
## Issue Description

Currently, the Volvo EX30 only allows battery preheating when a charging station is selected through the built-in navigation system. This requires an active WiFi connection, which forces users to manually share internet from their phone, causing CarPlay to disconnect. Users cannot manually initiate battery preheating for optimal charging preparation without this navigation dependency.

## Negative Impact of Current Solution

- **Slower Charging**: Without preheating, charging speeds are significantly reduced, especially in cold weather conditions
- **Battery Degradation**: Charging a cold battery causes more stress and long-term damage to battery cells
- **CarPlay Interruption**: Sharing WiFi from phone to enable navigation-based preheating disconnects CarPlay, disrupting music, calls, and navigation
- **WiFi Dependency**: Requires manual hotspot setup every time, adding unnecessary complexity to the charging preparation process
- **Inconvenience**: Users must choose between optimal charging performance and maintaining their preferred infotainment interface
- **Competitive Disadvantage**: Other electric vehicles offer simple manual battery preheating options without navigation dependencies

## Proposed Solution

Add a dedicated "Preheat Battery for Charging" button that initiates the battery preheating process before charging. This button should be easily accessible in the main menu or climate control section and work independently of navigation system and WiFi connectivity, allowing users to prepare the battery for optimal charging while maintaining their preferred connectivity setup.

## Positive Impact of Proposed Solution

- **Faster Charging**: Properly preheated battery achieves maximum charging speeds from the start
- **CarPlay Compatibility**: Users can maintain CarPlay connection while preparing for optimal charging
- **User Convenience**: Simple one-touch battery preparation without complex navigation setup
- **Competitive Parity**: Matches functionality available in other electric vehicles
- **Improved User Experience**: Removes artificial barriers between charging optimization and infotainment preferences

## Negative Impact of Proposed Solution

- **Battery Drain**: Manual preheating could drain battery if used unnecessarily when not planning to charge
- **User Education**: Requires users to understand when battery preheating is beneficial vs. wasteful
- **Potential Overuse**: Users might activate preheating habitually even when not needed, reducing overall efficiency

Manual Battery Preheating Without Navigation Dependency


## Issue Description

The EX30 does not remember the driver's preferred driving mode (Range, Normal, or Performance) between vehicle startups. Every time the vehicle is started, it defaults to a preset mode regardless of the driver's preference or previously selected mode.

This means drivers who prefer a specific driving mode (such as Performance for AWD safety, or Range for efficiency) must manually change the driving mode after every startup. Different drivers have different preferences - some want Range mode for maximum efficiency, others want Performance mode for safety reasons - but the vehicle does not accommodate these individual preferences.

When drivers forget to set their preferred mode immediately after startup and before driving, they are forced to change the driving mode while driving, which requires navigating through the infotainment system and increases distraction, inattention risk, and potential for accidents.

## Negative Impact of Current Solution

The current implementation creates several issues:

1. **Repetitive manual adjustment**: Drivers must manually select their preferred driving mode after every vehicle startup
2. **Safety risk during driving**: When forgotten at startup, drivers must change modes while driving, increasing distraction and accident risk
3. **Inconsistent driving experience**: Vehicle behavior doesn't match driver expectations until mode is manually changed
4. **User frustration**: Annoying and unnecessary extra step that should be automated
5. **Wasted time**: Adds an unnecessary task to every driving session
6. **Lack of personalization**: Vehicle doesn't respect individual driver preferences despite having driver profiles
7. **Critical safety scenarios**: Drivers who need AWD (Performance mode) for safety may forget to enable it, creating dangerous situations in adverse weather

## Proposed Solution

Add a default driving mode setting in the "Drive" section of the Car settings page:

- **Default Driving Mode selector**: Dropdown or radio buttons to choose preferred startup mode (Range, Normal, or Performance)
- **Persistent storage**: Save the preference to the vehicle settings
- **Automatic application**: Apply the selected default mode automatically at every vehicle startup
- **Profile integration**: Store different default modes for different driver profiles
- **Easy access**: Located in Settings > Drive section for intuitive discovery

This would allow each driver to set their preferred driving mode once, and the vehicle would automatically start in that mode every time.

## Positive Impact of Proposed Solution

The proposed solution would deliver significant benefits:

1. **Enhanced safety**: Eliminates the need to adjust driving mode while driving, reducing distraction and accident risk
2. **Time savings**: Removes repetitive manual adjustment from every driving session
3. **Consistent experience**: Vehicle always starts with the driver's preferred characteristics
4. **Improved personalization**: Respects individual driver preferences and driving priorities
5. **Reduced frustration**: Eliminates an annoying and unnecessary manual task
6. **Better for critical scenarios**: Drivers who need specific modes for safety (AWD in Performance) can ensure it's always enabled
7. **User confidence**: Drivers can trust the vehicle will behave as expected from the moment they start driving
8. **Professional experience**: Aligns with user expectations from modern vehicles that remember preferences

## Negative Impact of Proposed Solution

Potential drawbacks to consider:

1. **Minimal development effort**: Requires engineering time to implement the setting and persistence logic, though this should be relatively straightforward
2. **None for existing users**: Since the default setting would remain "Normal" (current behavior), users who don't want to customize anything are completely unaffected


Default Driving Mode Setting


## Issue Description

After the recent update, the EX30 offers three driving modes: Range, Normal, and Performance. Only the Performance mode keeps both motors (AWD/4x4) permanently engaged, ensuring true all-wheel drive with both front and rear axles constantly powered.

However, Performance mode automatically enables creep mode (the vehicle doesn't fully stop when releasing the brake pedal and moves forward without accelerator input) and features much more aggressive throttle response. Drivers who want permanent all-wheel drive for safety in adverse weather conditions (rain, snow, slippery roads) don't necessarily want the aggressive behavior and mandatory creep mode that comes with Performance mode.

Currently, there's no option to have persistent AWD without these unwanted side effects. The Performance mode doesn't solve the use case where a driver simply wants to maximize road safety through continuous AWD engagement.

## Negative Impact of Current Solution

The current implementation forces unwanted compromises on drivers:

1. **Constant mode switching**: In adverse weather, drivers must repeatedly switch to Performance mode for AWD, then back when conditions improve
2. **Forced creep mode**: Performance mode automatically enables creep mode that cannot be disabled, changing fundamental vehicle behavior
3. **Unnecessarily aggressive behavior**: Vehicle becomes overly responsive when the driver only wants enhanced traction and safety
4. **Safety vs. comfort dilemma**: Drivers must choose between safety (AWD in Performance mode) and driving comfort (normal throttle response and no creep mode)
5. **Driver frustration**: The inability to separate safety features (AWD) from performance characteristics (throttle mapping, creep mode) creates unnecessary inconvenience
6. **Suboptimal for weather conditions**: Drivers who don't care about range or consumption but prioritize safety have no appropriate mode selection

## Proposed Solution

Implement one of three possible approaches to provide persistent AWD without Performance mode's aggressive characteristics:

### Option 1: New Driving Mode

Create an additional driving mode (e.g., "Normal AWD" or "All-Weather") that:

- Keeps both motors permanently engaged for continuous AWD
- Maintains Normal mode's comfortable throttle response
- Allows independent creep mode toggling
- Optimizes for safety rather than performance

### Option 2: Persistent AWD Setting

Add a configuration option in the "Drive" settings section in Car settings page:

- Toggle for "Persistent Four-Wheel Drive"
- Works independently of driving mode selection
- When enabled, keeps both motors engaged regardless of selected mode (Range, Normal, or Performance)
- Preserves the selected mode's other characteristics (throttle response, creep mode settings)

### Option 3: Custom Driving Mode (Most Flexible)

Enable a fully customizable driving mode saved to the driver profile:

- **Creep mode**: Toggle on/off independently
- **One-pedal drive intensity**: Adjustable regenerative braking strength
- **AWD engagement**: Toggle persistent four-wheel drive on/off
- **Throttle map**: Select between Range, Normal, or Performance throttle response characteristics
- **Steering stiffness**: Adjustable steering wheel force/resistance level
- **Profile storage**: Save custom configuration to individual driver profiles
- **Quick access**: Select custom mode alongside existing Range/Normal/Performance modes

This approach would provide the ultimate flexibility, allowing each driver to create their ideal driving mode configuration that matches their specific preferences and needs, whether prioritizing safety, efficiency, comfort, or any combination thereof.

## Positive Impact of Proposed Solution

The proposed solution would deliver significant benefits:

1. **Enhanced safety without compromise**: Drivers can maintain AWD engagement in adverse weather without accepting aggressive driving behavior
2. **Reduced driver workload**: No need to constantly switch between driving modes based on weather conditions
3. **Driver confidence**: Assurance that AWD is always engaged when prioritizing safety
4. **Better feature separation**: Decouples safety features (AWD engagement) from performance characteristics (throttle response, creep mode)
5. **Flexible configuration**: Matches individual driver preferences and priorities (especially with Option 3's custom mode)
6. **Improved user experience**: Drivers feel in control of their safety preferences without unwanted side effects
7. **All-weather versatility**: Particularly valuable for drivers in regions with frequently changing weather conditions
8. **Ultimate personalization** (Option 3): Each driver can create their perfect driving mode by combining desired characteristics from different modes
9. **Profile integration** (Option 3): Custom settings automatically load when driver switches profiles, ensuring consistent personal experience

## Negative Impact of Proposed Solution

Potential drawbacks to consider:

1. **Increased energy consumption**: Permanent AWD uses more energy than on-demand engagement in Normal mode, reducing overall range
2. **Menu complexity**: Adding another mode or setting increases the number of configuration options (especially with Option 3)
3. **User education needed**: Drivers need to understand when to use persistent AWD vs. on-demand engagement
4. **Potential confusion**: Less experienced users might not understand the difference between Performance mode AWD and persistent AWD setting
5. **Configuration complexity** (Option 3): Too many customization options might overwhelm some users, though default modes would remain available


Persistent AWD Mode Without Performance Behavior


## Issue Description

The current one-pedal drive system does not intelligently adjust braking force based on obstacles or vehicles ahead. When approaching a vehicle at high speed with foot off the accelerator pedal, the system maintains consistent regenerative braking without considering the traffic situation, similar to how adaptive cruise control would behave.

## Negative Impact of Current Solution

The current implementation reduces driver confidence in the one-pedal drive system. Drivers cannot fully trust the system to automatically provide appropriate braking force when approaching obstacles, which defeats the purpose of one-pedal driving. This forces drivers to manually intervene with the brake pedal, making the "one-pedal" experience inconsistent and less reliable.

## Proposed Solution

Implement intelligent obstacle-aware braking in one-pedal drive mode, similar to adaptive cruise control behavior. When one-pedal drive is activated and the driver removes their foot from the accelerator, the system should:

1. Use existing safety sensors to detect vehicles and obstacles ahead
2. Automatically increase braking force (both regenerative and friction braking) based on proximity and approach speed
3. Provide stronger deceleration when approaching obstacles quickly
4. Maintain the seamless one-pedal experience while ensuring safe stopping distances

## Positive Impact of Proposed Solution

This enhancement would significantly increase driver confidence in the one-pedal drive system. Drivers would be able to fully trust the system to handle obstacle-based braking automatically, creating a truly seamless one-pedal driving experience. The system would deliver on its promise of comprehensive single-pedal control while maintaining safety.

## Negative Impact of Proposed Solution

The system might occasionally brake more aggressively than expected in certain traffic situations, potentially requiring a learning period for drivers to adapt to the intelligent behavior. There could also be rare false positives where the system detects obstacles that don't require braking intervention.

One-Pedal Drive Intelligent Obstacle-Based Braking


## Issue Description

The Volvo EX30 displays CarPlay connection notifications even when the CarPlay interface is already visibly active and functioning on the main display. This creates redundant visual feedback that provides no additional value to the user since they can clearly see that CarPlay is connected and operational through the active interface itself.

However, these notifications should still appear when CarPlay connects while the user is in other areas of the infotainment system (such as the connectivity settings page) where the CarPlay connection status is not immediately obvious. The system should intelligently determine when to show these notifications based on the current screen context.

## Negative Impact of Current Solution

- **Visual Redundancy**: Showing connection notifications when CarPlay interface is already visible provides duplicate information
- **Reduced Interface Clarity**: Extra visual elements make the interface busier without adding functional value

## Proposed Solution

Implement intelligent notification logic that suppresses CarPlay connection notifications when the CarPlay interface is already active and visible:

- **Active Interface Detection**: System should detect when CarPlay interface is currently displayed on the main screen
- **Smart Notification Suppression**: Automatically suppress CarPlay connection notifications when CarPlay interface is visible and active
- **Show Notifications in Other Contexts**: Display CarPlay connection notifications when user is in different parts of the infotainment system (vehicle settings, climate control, connectivity page, other apps) where CarPlay connection status is not immediately visible
- **Context-Aware Logic**: Only show notifications when they provide useful information that isn't already obvious from the current screen
- **Background Connection Handling**: Handle connection confirmations silently when user is already actively using CarPlay

## Positive Impact of Proposed Solution

- **Cleaner Interface**: Eliminates unnecessary visual clutter when CarPlay is already obviously working
- **Improved Focus**: Less visual distraction allows users to focus on their CarPlay applications


CarPlay Connection Notification Redundancy When Interface Already Active


## Issue Description

The Volvo's bottom toolbar is fixed with predetermined shortcuts that don't match individual user needs and usage patterns. The current layout includes: left side with last 3 opened applications, center Google Assistant button, and right side with camera, max windshield heating, and glovebox opening. This creates a significant waste of valuable screen real estate since many users rarely or never use these specific functions.

For users primarily using CarPlay or experienced/power users, the recent applications shortcuts are either irrelevant or uninteresting. The Google Assistant button is not needed by all users, and functions like maximum windshield heating and glovebox opening are selected features that some users may never use or use so rarely that they don't mind navigating through infotainment menus to access them. Meanwhile, users must navigate through deep infotainment menu structures for functions they use daily. This cannot work for everyone - users must have the choice to customize their toolbar.

![Current Bottom Toolbar](/issues/50.JPG)

## Negative Impact of Current Solution

- **Wasted Screen Space**: Fixed shortcuts occupy valuable toolbar positions with functions most users rarely need
- **Poor Personalization**: One-size-fits-all approach ignores individual usage patterns and preferences
- **Inefficient Access**: Frequently needed functions are buried in menus while rarely used ones get prime toolbar positions
- **CarPlay Incompatibility**: Recent apps shortcuts become meaningless when using CarPlay exclusively
- **Reduced Productivity**: Users must navigate through multiple menus to access their most-used functions
- **Frustrating User Experience**: Cannot customize the interface to match personal driving and usage habits
- **Underutilized Potential**: The toolbar could accommodate many more useful shortcuts with proper customization

## Proposed Solution

Implement a fully customizable bottom toolbar system with user-defined shortcuts:

- **Optional Toggle Settings**: Allow users to enable/disable recent applications display (if disabled, frees up 3 spaces for shortcuts) and Google Assistant button (if disabled, frees up 1 space for shortcuts) in vehicle settings
- **Expandable Toolbar**: When assistant and recent apps are disabled, expand available positions to up to 9 shortcuts
- **Multi-page Toolbar**: Implement swipe gesture to access additional toolbar pages for more shortcuts
- **Comprehensive Action Library**: Provide extensive list of available shortcuts including:
  - Comfort parking mode
  - Camera access
  - Disable/enable driver attention monitoring
  - Disable/enable speed limit warnings
  - Trip information display (consumption data)
  - Trunk opening
  - Climate control on/off toggle
  - Car wash mode activation
  - One-pedal drive toggle
  - Parking sensors on/off
  - Any other infotainment functions
- **Drag-and-Drop Customization**: Allow users to easily reorganize and customize their toolbar layout
- **Dynamic Context-Aware Shortcuts**: When specific functions are needed (e.g., camera shortcut when reversing, comfort parking when vehicle is in parking mode), temporarily add these shortcuts at the beginning of the toolbar and shift user shortcuts accordingly

## Positive Impact of Proposed Solution

- **Personalized Efficiency**: Users can access their most-needed functions with single taps instead of menu navigation
- **Maximized Screen Utilization**: Every toolbar position serves a purpose aligned with individual user needs
- **Enhanced User Satisfaction**: Customizable interface creates sense of ownership and improved usability
- **Improved Safety**: Quick access to frequently used functions reduces time spent navigating menus while driving
- **Flexible Usage Scenarios**: Different toolbar configurations for different driving contexts (city, highway, winter, etc.)
- **Future-Proof Design**: Customizable system can accommodate new features without interface redesign
- **Competitive Advantage**: Advanced personalization features differentiate Volvo from competitors with fixed interfaces

## Negative Impact of Proposed Solution

- **Initial Setup Complexity**: Users may need time to configure their preferred toolbar layout
- **Development Complexity**: Implementing comprehensive customization system requires significant engineering effort
- **Potential User Confusion**: Too many customization options might overwhelm less tech-savvy users, but they do not have to opt in, so they would have the same user experience as today


Customizable Bottom Toolbar with Personalized Shortcuts


## Issue Description

The Volvo EX30 infotainment system uses three completely different notification styles at different screen locations, creating an inconsistent and unprofessional user experience. The system displays similar types of information using three distinct visual designs:

**Type 1** (Upper right area near speedometer): Driver attention alerts, braking assist information, washer fluid warnings - some are dismissible but re-appear during driving, others cannot be dismissed

![Type 1 Notifications](/issues/49-1.jpeg)

**Type 2** (Navigation area): Navigation announcements, CarPlay connection notifications - unnecessarily large and prominent

![Type 2 Notifications](/issues/49-2.JPG)

**Type 3** (System popups): "Remove key" warnings when charging phone, system messages - cannot be dismissed and freeze the entire touchscreen interface, preventing any infotainment interaction

Additionally, audio accompaniment is inconsistent - some notifications include sound while others are silent, making it unpredictable for drivers to know when important alerts are being displayed.

![Type 3 Notifications](/issues/49-3.jpeg)

## Negative Impact of Current Solution

- **Unprofessional Appearance**: Three different notification styles make the interface look amateurish and poorly designed
- **Inconsistent Dismissal Behavior**: Type 1 can be dismissed but reappears, Type 2 auto-dismisses, Type 3 cannot be dismissed at all
- **User Confusion**: Drivers must remember three different interaction patterns for similar notification types
- **Visual Clutter**: Different sizes, positions, and completely different visual styles create unnecessary visual noise and distraction
- **Unpredictable Audio**: Inconsistent sound accompaniment makes it unclear when important alerts are active
- **Reduced Trust**: Inconsistent design reduces confidence in the system's reliability and attention to detail
- **Cognitive Load**: Multiple notification systems require mental effort to process and understand

## Proposed Solution

Implement a unified notification system with consistent visual design and behavior:

- **Single Visual Style**: Standardize all notifications to use one consistent design language, size, and positioning
- **Consistent Dismissal Logic**: All dismissible notifications should follow the same interaction pattern and timing rules
- **Unified Location**: Consider consolidating notifications to a single, predictable screen area when possible
- **Standardized Audio**: Establish consistent audio rules - critical safety alerts always have sound, informational messages follow user preference settings
- **Hierarchy System**: Implement clear visual hierarchy (critical, warning, info) with consistent styling for each level
- **Optional Setting**: Allow users to customize notification behavior and audio preferences in vehicle settings

## Positive Impact of Proposed Solution

- **Professional Interface**: Unified design creates a more polished, premium user experience that doesn't look amateurish
- **Improved Usability**: Consistent interaction patterns reduce learning curve and user confusion
- **Better Focus**: Standardized positioning and sizing reduce visual distraction while driving
- **Enhanced Safety**: Predictable audio cues help drivers respond appropriately to different alert types
- **Increased Trust**: Consistent design language improves perceived system reliability
- **Reduced Cognitive Load**: Single notification system eliminates mental effort needed to process different styles
- **Brand Consistency**: Unified approach aligns with Volvo's reputation for thoughtful, safety-focused design


Inconsistent Notification System with Multiple Visual Styles


## Issue Description

The right steering stalk in the Volvo EX30 serves dual purposes: gear selection when stationary (D, R, P) and cruise control activation/deactivation while driving (down second position). However, once cruise control is active, speed adjustments must be made using the left hand via steering wheel buttons or the touchscreen display. This creates an inconsistent and less intuitive control scheme where the same stalk that activates cruise control cannot be used to adjust its speed.

## Negative Impact of Current Solution

- **Inconsistent Control Logic**: The right stalk activates cruise control but cannot adjust its speed, forcing drivers to use different controls
- **Left Hand Dependency**: Speed adjustments require using the left hand on steering wheel buttons, disrupting natural driving ergonomics
- **Reduced Efficiency**: Drivers must switch between different control methods and hands for related cruise control functions - activating with the right hand while adjusting speed with the left hand
- **Cognitive Load**: Having to remember different control locations for cruise control activation vs. adjustment increases mental effort - steering wheel buttons are harder to locate and require more attention than the easily accessible stalk
- **Safety Concern**: Reaching for steering wheel buttons or touchscreen while maintaining cruise control can be less safe than using the natural right stalk position

## Proposed Solution

Add an optional setting to enhance the right steering stalk functionality during active cruise control to allow speed adjustments. This feature should be configurable in vehicle settings to avoid confusing less experienced drivers:

- **Stalk Up**: Increase cruise control speed in small increments (e.g., 5-10 km/h per movement)
- **Stalk Down (first position)**: Decrease cruise control speed in small increments
- **Stalk Down (second position)**: Maintain current function - deactivate cruise control entirely
- Preserve existing functionality when stationary (gear selection) and initial cruise control activation
- **Optional Setting**: Allow drivers to enable/disable this enhanced stalk behavior in vehicle settings, defaulting to current behavior for familiarity

## Positive Impact of Proposed Solution

- **Unified Control Interface**: All cruise control functions accessible through the same stalk that activates the system
- **Improved Ergonomics**: Natural right-hand control for both activation and speed adjustment
- **Enhanced Safety**: Reduced need to reach for other controls while maintaining speed control
- **Intuitive Operation**: Logical up/down movements for speed increase/decrease
- **Consistent User Experience**: Single control point for all cruise control operations
- **Reduced Learning Curve**: Simplified control scheme that follows natural expectations

## Negative Impact of Proposed Solution

- **Accidental Speed Changes**: Unintentional stalk movements could inadvertently adjust cruise control speed
- **Muscle Memory Disruption**: Existing users would need to adapt to the enhanced functionality
- **Potential Sensitivity Issues**: Finding the right balance between responsive speed adjustment and accidental activation


Cruise Control Speed Adjustment via Right Steering Stalk


## Issue Description

The EX30's current AWD system lacks an automatic speed-based switching option that would optimize traction and efficiency. Unlike other Volvo models, there is no setting to automatically engage AWD at low speeds (up to 30 km/h) for maximum traction and then switch to RWD only for highway efficiency.

Currently, drivers must manually choose between different driving modes (normal and performance mode) without the benefit of intelligent, speed-based AWD management that adapts to driving conditions automatically.

## Negative Impact of Current Solution

The current implementation creates several efficiency and usability issues:

1. **Reduced low-speed traction**: Manual AWD selection may result in reduced traction during critical low-speed situations like parking, starting from stops, or navigating slippery conditions
2. **Inefficient highway driving**: Continuous AWD engagement at higher speeds unnecessarily reduces range and efficiency
3. **Driver workload**: Manual mode switching requires constant attention and decision-making from the driver
4. **Inconsistent with Volvo standards**: Missing a feature that is standard in other Volvo models creates an inconsistent brand experience
5. **Suboptimal safety**: Drivers may forget to engage AWD when conditions require maximum traction

## Proposed Solution

Implement an intelligent speed-based AWD management system:

1. **Automatic low-speed AWD**: Engage AWD automatically from 0-30 km/h for maximum traction during starts, parking, and maneuvering
2. **Seamless transition**: Automatically switch to RWD-only mode above 30 km/h for optimal efficiency during highway driving
3. **Customizable speed threshold**: Allow users to set their preferred AWD switching speed (off, 30 km/h, 50 km/h, or always AWD)
4. **Override capability**: Allow manual AWD engagement regardless of speed when needed for specific conditions
5. **Smart conditions detection**: Consider road conditions, weather data, and driving patterns for more intelligent switching decisions

## Positive Impact of Proposed Solution

The proposed solution would deliver several benefits:

1. **Optimized efficiency**: Automatic switching maximizes range by using RWD at highway speeds while ensuring traction when needed
2. **Enhanced safety**: Guaranteed AWD engagement during critical low-speed situations improves vehicle control and safety
3. **Reduced driver workload**: Eliminates the need for manual AWD management in most driving scenarios
4. **Volvo brand consistency**: Aligns the EX30 with features available in other Volvo models
5. **Improved user experience**: Seamless operation without sacrificing performance or efficiency
6. **Better traction management**: Ensures optimal traction during parking, starting, low-speed maneuvering, and especially in wet weather conditions

## Negative Impact of Proposed Solution

Potential drawbacks include:

1. **Transition feel**: Some drivers might notice the AWD engagement/disengagement transitions
2. **Edge case handling**: System must properly handle situations like sudden deceleration or acceleration near the switching threshold


AWD Automatic Speed-Based Switching


## Issue Description

The EX30's "Ready to Drive" alert currently only functions when Pilot Assist is active and the vehicle has automatically stopped behind another car. The system beeps and displays a message when the car ahead starts moving, but this feature is inconsistent across different driving modes.

The alert does not activate when the driver is stopped without Pilot Assist enabled or when using regular cruise control, creating an inconsistent user experience.

There is currently no setting to enable or disable this notification according to user preference.

## Negative Impact of Current Solution

The current implementation creates several usability and safety concerns:

1. **Inconsistent behavior**: The alert only works with Pilot Assist, not with regular cruise control or manual driving
2. **Missed opportunities**: Drivers may not notice when traffic starts moving if they're distracted (using phone, talking to passengers)
3. **Traffic flow disruption**: Delayed reactions to moving traffic can cause congestion and frustration for other drivers
4. **No user control**: Users cannot customize whether they want this notification or not
5. **Limited safety benefit**: The safety feature is only available in specific driving scenarios

## Proposed Solution

Implement a comprehensive Ready to Drive alert system with user control:

1. **Universal alert system**: Extend the "Ready to Drive" alert to work in all driving modes (manual, cruise control, and Pilot Assist)
2. **Toggle setting**: Add a setting in vehicle preferences to enable or disable the Ready to Drive notifications
3. **Consistent detection**: Monitor traffic movement regardless of the active driving assistance system
4. **Smart activation**: Trigger alerts when the vehicle has been stationary for a few seconds and traffic ahead begins moving

## Positive Impact of Proposed Solution

The proposed solution would deliver several benefits:

1. **Improved traffic flow**: Faster driver reactions to moving traffic reduce congestion and improve overall traffic efficiency
2. **Enhanced safety**: Reduces the risk of rear-end collisions from delayed reactions
3. **Better user experience**: Consistent behavior across all driving modes creates predictable system operation
4. **Customizable notifications**: Users can choose whether they want these alerts based on their driving preferences
5. **Reduced driver distraction**: Helps drivers who may be temporarily distracted return attention to driving
6. **Universal availability**: All drivers benefit from the feature regardless of which assistance systems they use
7. **Reduced road rage incidents**: Prevents honking and frustration from other drivers when the driver doesn't immediately notice traffic moving

## Negative Impact of Proposed Solution

Potential drawbacks include:

1. **False positives**: System might alert for minor movements that don't require immediate action


Ready to Drive Alert Toggle Setting


## Issue Description

The EX30 currently lacks the ability to configure custom side mirror positions for reverse gear. When reversing, the mirrors cannot be adjusted to automatically tilt down to show the ground and wheel area, which is a standard feature in vehicles of this price category.

The current mirror adjustment system only allows manual positioning for normal driving, with no option to enable or configure automatic reverse positioning for improved visibility while backing up.

## Negative Impact of Current Solution

The absence of reverse mirror positioning creates several safety and usability concerns:

1. **Reduced parking visibility**: Drivers cannot see the ground or curb position relative to their wheels when reversing
2. **Increased risk of wheel damage**: Without proper ground visibility, drivers are more likely to scrape wheels against curbs or obstacles
3. **Safety concerns for non-360 camera users**: Vehicles without the 360-degree camera system have limited visibility aids while reversing
4. **Missing expected feature**: This functionality is standard equipment in competing vehicles at this price point
5. **Manual mirror adjustment distraction**: Drivers must manually adjust mirrors while reversing, taking attention away from driving

## Proposed Solution

Implement a comprehensive side mirror reverse position management system:

1. **Toggle option**: Add a setting to enable/disable automatic mirror positioning when engaging reverse gear
2. **"Manage" button**: Add a dedicated management interface for reverse mirror settings
3. **Position memory**: Allow users to set and save preferred mirror positions for reverse gear
4. **Smart transition system**: Automatically switch smoothly between reverse and drive mirror positions based on driving mode
5. **Low-speed positioning**: Maintain reverse mirror position during forward movement up to 5 km/h to assist with maneuvering

## Positive Impact of Proposed Solution

The proposed solution would provide several benefits:

1. **Enhanced safety**: Better ground visibility reduces the risk of accidents and property damage
2. **Improved parking confidence**: Drivers can park more precisely and safely, especially in tight spaces
3. **Reduced wheel damage**: Clear visibility of wheel position relative to curbs and obstacles
4. **Competitive feature parity**: Brings the EX30 in line with standard features expected in this price category and maintains Volvo's reputation for comprehensive safety features
5. **Better user experience**: Automated mirror adjustment eliminates the need for manual repositioning while reversing
6. **Accessibility improvement**: Particularly beneficial for drivers who struggle with spatial awareness or have limited mobility


Side Mirror Reverse Position Settings


## Issue Description

The infotainment system displays a persistent charging notification "Charging your devices. Remove key card and other objects." whenever any device is placed on the wireless charging pad.

This notification appears regardless of whether the vehicle is in parking mode or driving, and regardless of who is charging the device (driver or passenger).

Most critically, the notification appears even when there is no physical key card in the vehicle, making it completely irrelevant for users who exclusively use the digital key.

![Charging notification example](/issues/42-1.jpeg)

## Negative Impact of Current Solution

The current implementation creates multiple usability issues:

1. **Irrelevant warnings**: The notification appears even when no physical key card is present, making it meaningless for digital key users
2. **Interrupts user interaction**: The notification blocks interaction with the infotainment system and cannot be dismissed by tapping on it or the display
3. **Forced waiting**: Users must wait for the notification to disappear automatically, with no way to speed up the process
4. **Frequent interruptions**: The notification appears every time someone charges a device, whether driver or passenger
5. **Obstructs important functions**: The notification can interfere with accessing critical driving information or controls

## Proposed Solution

Implement a settings option to disable charging notifications, with the following features:

1. **"Don't show again" option**: Add an "I understand, don't show again" button directly on the notification, with a settings option to reset all dismissed warnings
2. **Smart detection**: Only show the notification when an actual key card is detected in the vehicle
3. **Dismissible notifications**: Allow users to tap to dismiss the notification immediately

## Positive Impact of Proposed Solution

The proposed solution would deliver several benefits:

1. **Reduced distractions**: Eliminates unnecessary interruptions while driving or using the infotainment system
2. **Improved usability**: Users can interact with the system without forced delays
3. **Personalized experience**: Digital key users wouldn't receive irrelevant warnings about physical key cards
4. **Better passenger experience**: Passengers can charge devices without disrupting the driver's interaction with the system
5. **Enhanced safety**: Fewer unnecessary notifications mean less distraction from driving


Charging Notification Disable Option


## Issue Description

When engaging drive or reverse gear, there is a 1-2 second delay before the power steering assistance becomes available. During this delay, the steering wheel remains heavy and difficult to turn, while the acceleration pedal is already responsive and the vehicle can begin moving immediately.

## Negative Impact of Current Solution

This delay creates a dangerous safety situation where:

- The vehicle can accelerate immediately upon gear engagement, but steering control is compromised
- Drivers cannot quickly maneuver around obstacles or make emergency steering corrections during the first 1-2 seconds of movement
- The expectation is that when "Drive" is engaged, the entire vehicle system is ready for operation
- Risk of collision when immediate steering input is needed after gear engagement
- Driver confusion and loss of confidence in vehicle responsiveness

The disconnect between available acceleration and steering assistance creates an unsafe driving condition.

## Proposed Solution

Implement one of two safety-focused solutions:

**Option 1 (Preferred):** Synchronize steering assistance activation with gear engagement

- Power steering assistance should become available immediately when gear is engaged
- No delay between gear selection and full vehicle control availability

**Option 2 (Alternative):** Delay acceleration availability until steering is ready

- Disable or limit acceleration pedal responsiveness until power steering assistance is fully active
- Ensure all vehicle control systems are synchronized before allowing movement

Both solutions ensure that acceleration and steering capabilities are available simultaneously.

## Positive Impact of Proposed Solution

Implementing synchronized control availability would:

- Eliminate the critical safety risk of having acceleration without proper steering control
- Provide drivers with immediate confidence that the vehicle is fully ready when gear is engaged
- Reduce collision risk during emergency maneuvers in the first seconds after gear engagement
- Create consistent and predictable vehicle behavior that matches driver expectations
- Improve overall vehicle safety and driver trust in the system


Steering Assist Delay After Gear Engagement


## Issue Description

When putting the car in parking mode while using the wireless charging pad, the infotainment system displays a reminder popup about not forgetting to take the mobile phone from the charger. This popup appears every time without any option to permanently dismiss or disable the notification.

## Negative Impact of Current Solution

The repetitive reminder popup creates an unnecessary interruption for drivers who:

- Use their phone as a digital key and are already highly aware they need to take it when exiting
- Find the constant reminder annoying and intrusive
- Want a cleaner, less cluttered interface when parking
- Are experienced with wireless charging and don't need ongoing reminders

The lack of dismissal options forces all users to see this popup regardless of their experience level or personal preferences.

## Proposed Solution

Add a "Don't show again" checkbox or toggle option to the mobile phone charging reminder popup, allowing users to permanently disable this notification.

The implementation could include:

- A checkbox labeled "Don't show this reminder again" within the popup
- Clear indication that the reminder can be re-enabled through settings if needed
- Maintain the popup as default behavior for new users who benefit from the reminder

## Positive Impact of Proposed Solution

Implementing a disable option would:

- Significantly improve user experience for drivers who find the popup intrusive
- Provide customization options that respect user preferences and experience levels
- Reduce interface clutter for experienced users
- Maintain helpful guidance for new users while allowing dismissal for experienced ones
- Create a more personalized and less annoying infotainment experience

## Negative Impact of Proposed Solution

Potential drawbacks could include:

- Risk that users might accidentally disable the reminder and later forget their phone
- Additional complexity in the notification system settings
- Possible confusion about where to re-enable the reminder if needed later


Mobile Phone Charging Reminder - Disable Option


## Issue Description

The car currently continues playing media when the driver's door is opened, which is actually a thoughtful design choice compared to many vehicles that abruptly stop playback. However, some users prefer the traditional behavior of pausing media when exiting the vehicle, and there's currently no setting to customize this behavior.

## Negative Impact of Current Solution

The current fixed behavior creates user preference conflicts:

- Some drivers appreciate the continuous playback when briefly stepping out of the vehicle
- Other users find it annoying that music continues playing when they exit, potentially draining battery or disturbing others
- No accommodation for different user preferences or use cases
- Users who prefer media to pause have no option to customize this behavior

## Proposed Solution

Add a setting in the infotainment system under "Audio" or "General" settings:

- **"Media behavior when driver door opens"** dropdown with three options:
  - **Continue playing** (default): Current behavior is maintained (media continues playing)
  - **Pause**: Media playback pauses automatically when driver door is opened
  - **Lower volume**: Media volume automatically reduces to a lower level (e.g., 20% of current volume) when driver door opens

This setting should be easily accessible and clearly labeled to help users understand the impact of their choice.

## Positive Impact of Proposed Solution

This optional setting would:

- Accommodate both user preferences without forcing a one-size-fits-all solution
- Maintain the current thoughtful design as the default while providing choice
- Reduce user complaints about unwanted continued playback
- Allow users to customize behavior based on their typical usage patterns
- Provide flexibility for different scenarios (brief stops vs. longer exits)


Media Pause on Driver Door Open - Optional Setting


## Issue Description

The steering wheel assistance currently offers three fixed settings (gentle, normal, firm), but lacks the ability to dynamically adjust based on driving conditions. This creates a compromise where drivers must choose between comfort at high speeds or precision at low speeds.

## Negative Impact of Current Solution

The fixed steering assistance settings force drivers to:

- Accept less precise steering during parking and low-speed maneuvering when using comfortable highway settings
- Or accept overly firm steering at highway speeds when optimized for parking precision
- Manually adjust settings frequently based on driving conditions, which is distracting and unsafe

## Proposed Solution

Add a **"Dynamic"** toggle option beneath the existing three steering settings (gentle, normal, firm) that when enabled, automatically adjusts the selected assistance level based on vehicle speed:

- At speeds below 30 km/h: Automatically reduce steering effort (make steering lighter) regardless of the chosen mode for better vehicle manipulation during parking and maneuvering
- At speeds above 30 km/h: Automatically switch to the user's selected setting and smoothly firm up the steering
- Smooth transitions between assistance levels to avoid abrupt changes in steering feel
- Default setting: OFF (disabled by default) to avoid confusing new drivers or guests

## Positive Impact of Proposed Solution

This dynamic system would provide:

- Optimal steering feel for all driving conditions without manual intervention
- Enhanced parking and low-speed maneuvering comfort
- Better highway driving precision and road feedback
- Reduced driver distraction from manual setting adjustments
- Improved overall driving experience through intelligent adaptation


Dynamic Steering Assistance Speed-Based Adjustment


## Issue Description

The One Pedal Drive feature currently only offers an on/off toggle without any customization options for braking intensity. Drivers cannot adjust how aggressively the regenerative braking engages when lifting off the accelerator pedal, limiting the feature's adaptability to different driving preferences and conditions.

## Negative Impact of Current Solution

The current binary on/off approach forces drivers to choose between standard driving mode and a fixed One Pedal Drive experience that may feel too aggressive or too mild for their preferences.

This can lead to:

- Discomfort for drivers who find the current braking intensity too strong or too weak
- Reduced adoption of the feature due to lack of customization
- Inconsistent driving experience that doesn't adapt to different traffic conditions or driver comfort levels
- Potential safety concerns if drivers are uncomfortable with the fixed braking behavior

## Proposed Solution

Add adjustable braking intensity settings for One Pedal Drive with multiple levels (e.g., Low, Medium, High, or a slider scale from 1-10).

This would allow drivers to:

- Fine-tune the regenerative braking strength to match their driving style
- Adjust the setting based on driving conditions (city vs. highway driving)
- Gradually adapt to One Pedal Drive by starting with lower intensity settings
- Maintain consistent energy recovery while customizing the driving feel

## Positive Impact of Proposed Solution

Implementing adjustable braking intensity would:

- Increase user satisfaction and adoption of the One Pedal Drive feature
- Provide a more personalized driving experience tailored to individual preferences
- Allow drivers to optimize energy recovery based on their comfort level
- Improve overall driving confidence and control
- Enable gradual learning curve for new One Pedal Drive users

## Negative Impact of Proposed Solution

- Increased complexity in the infotainment menu system
- Possible confusion for some users with too many customization options


One Pedal Drive - Adjustable Braking Intensity Settings


## Issue Description

The Parking Comfort Timer setting does not remember the configured value after exiting the vehicle, requiring users to reconfigure it every time they need to use this feature. Additionally, the setting is buried deep in the infotainment menu system, making it difficult to access quickly when needed. The current implementation also lacks flexibility in usage modes - users cannot choose between one-time use or permanent activation.

## Negative Impact of Current Solution

- **Memory Loss**: Users must repeatedly navigate through menus to set the same timer value, wasting time and causing frustration
- **Poor Accessibility**: The setting is hidden deep in the menu structure, making it impractical for quick access when needed
- **Limited Flexibility**: No option to choose between temporary (one-time) or permanent activation modes
- **User Experience Degradation**: Particularly problematic for delivery drivers or people who frequently need to briefly exit their vehicle while keeping climate control active
- **Safety Concerns**: Drivers may attempt to navigate complex menus while the vehicle is running or in traffic situations - for users who need to use this feature multiple times daily, the frustration and time loss will lead them to configure it while driving

## Proposed Solution

1. **Memory Persistence**: Make the Parking Comfort Timer remember the last set duration across vehicle sessions
2. **Quick Access Shortcut**: Add a direct shortcut to Parking Comfort Timer settings, accessible from the main climate control screen or through a dedicated button
3. **Usage Mode Selection**: Implement two usage modes:
   - **One-time use**: Timer activates once and then resets to off
   - **Permanent mode**: Timer setting remains active for future use until manually disabled
4. **Smart Context Menu**: Show Parking Comfort Timer option prominently in climate controls when the vehicle is parked

## Positive Impact of Proposed Solution

- **Improved User Experience**: Elimination of repetitive menu navigation saves time and reduces frustration
- **Enhanced Accessibility**: Quick access makes the feature practical for frequent use
- **Professional Use Support**: Particularly beneficial for delivery drivers, service technicians, and others who frequently exit vehicles briefly
- **Flexibility**: Users can choose the appropriate mode based on their usage patterns
- **Safety Improvement**: Reduced need to navigate complex menus while vehicle is in use
- **Feature Adoption**: More users would likely utilize this feature if it were more accessible and persistent

## Negative Impact of Proposed Solution

- **Battery Consideration**: Persistent timer settings might lead to unintended battery drain if users forget the feature is active


Parking Comfort Timer Memory and Accessibility Issues


## Issue Description

The climate control system lacks a dedicated option to manually control the heating of rearview mirrors. Users cannot find a way to turn on mirror heating, and if it's activated automatically during general heating, users are unaware of this functionality. There is no clear indication or separate control for this feature.

## Negative Impact of Current Solution

- **Lack of control**: Users cannot manually activate mirror heating when needed (e.g., during light frost or condensation)
- **Unknown functionality**: If mirror heating works automatically, users don't know when it's active or how to control it
- **Missed functionality**: During conditions where only mirror heating is needed (not full cabin heating), users cannot access this specific feature

## Proposed Solution

Add a separate button or control option for rearview mirror heating in the climate control interface. This could be implemented as:

- A dedicated mirror heating button with clear iconography (mirror with heating lines)
- Integration into the existing climate control menu with a toggle switch
- Visual indicator showing when mirror heating is active

## Positive Impact of Proposed Solution

- **Better control**: Users can manually activate mirror heating when specifically needed
- **Improved visibility**: Clear visual feedback when mirror heating is active
- **Enhanced safety**: Better visibility through mirrors during adverse weather conditions
- **User awareness**: Users understand when and how mirror heating functionality works
- **Efficient use**: Ability to use only mirror heating without activating full climate system


Climate Control - Rearview Mirror Heating Control


## Issue Description

The ambient lighting brightness control in the settings menu has inconsistent behavior when adjusting brightness to the minimum value (0%). When the brightness slider is manually moved to the leftmost position (0%), the ambient lighting turns off but the system state doesn't change to "off". This creates unpredictable behavior when trying to use preset ambient lighting options or the off button afterwards.

![Ambient lighting brightness control issue](/issues/35-1.MOV)

## Negative Impact of Current Solution

- **Confusing user experience**: The lighting appears off but the interface doesn't reflect this state
- **Unpredictable behavior**: Selecting preset ambient lighting options may not work as expected
- **Inconsistent controls**: The "off" button doesn't function properly when brightness was set to 0% manually
- **Loss of user confidence**: Users become uncertain about the actual state of their ambient lighting system

## Proposed Solution

When the brightness slider is moved to 0% (fully left), the system should:

1. Automatically close the brightness adjustment popup/slider
2. Change the ambient lighting state to "off" in the interface
3. When a preset ambient lighting option is selected, automatically set a default brightness level (e.g., 20%) and change state from "off" to "on"
4. Ensure the "off" button works consistently regardless of how the lighting was previously turned off
5. When selecting any preset ambient lighting scene, always set state to "on" regardless of current state, and ensure brightness is never 0% (minimum should be a reasonable default like 20%)

## Positive Impact of Proposed Solution

- **Consistent user experience**: The interface state always matches the actual lighting behavior
- **Predictable controls**: All ambient lighting controls work as expected in any scenario
- **Improved usability**: Users can confidently control their ambient lighting without worrying about hidden states
- **Better integration**: Seamless switching between manual brightness control and preset options


Ambient Lighting Brightness Control State Inconsistency


## Issue Description

The Volvo infotainment system currently lacks integration with smart garage door systems, requiring drivers to use separate devices or manual controls to operate their garage doors. Modern smart homes commonly use HTTP-based garage door controllers that could be integrated into the vehicle's interface.

## Negative Impact of Current Solution

Drivers must juggle multiple devices when arriving home - steering the vehicle while simultaneously reaching for garage door remotes, smartphone apps, or other controllers. This creates distraction and reduces convenience, especially when returning home with hands full or during bad weather conditions. The lack of location-based automation means missing opportunities for seamless smart home integration.

## Proposed Solution

Implement a comprehensive garage door control system in the infotainment interface with the following features:

- **HTTP Integration**: Support for garage door controllers via HTTP requests with authentication (API keys, tokens, basic auth)
- **Multiple Garage Configuration**: Allow setup of multiple garage doors with individual settings and names
- **Location-Based Triggers**: Set GPS coordinates for each garage, automatically showing popup controls when approaching
- **Automatic Operation**: Optional fully automatic door opening when arriving at configured locations
- **Manual Controls**: On-demand garage door controls accessible through the infotainment menu
- **Provider Flexibility**: While HTTP webhooks provide broad compatibility, explore integration with major smart home platforms (HomeKit, Google Home, Alexa) for wider ecosystem support
- **HomeLink Integration**: If Volvo adds HomeLink support to their vehicles (as an optional feature like Tesla or Audi offer), this could serve as an additional provider option, giving users choice between traditional HomeLink and modern HTTP-based solutions

## Positive Impact of Proposed Solution

- Significantly improves the home arrival experience by reducing driver distraction and increasing convenience
- Location-based automation ensures garage doors open seamlessly without manual intervention
- Supporting multiple garages accommodates users with complex home setups or multiple properties
- HTTP-based integration provides compatibility with most modern garage door systems
- Potential smart home platform integration could expand compatibility even further
- Adds premium functionality and technological sophistication that is uncommon in most vehicles, enhancing the overall value proposition

## Negative Impact of Proposed Solution

- Location-based automation could trigger accidentally in nearby areas, requiring precise GPS calibration
- Users would need technical knowledge to configure HTTP endpoints and authentication
- Privacy concerns arise from storing location data and network credentials in the vehicle system


Garage Door Control via HTTP Integration


## Issue Description

The current range estimation system in the Volvo EX30 provides inaccurate projections that are consistently lower than the actual achievable range. The system doesn't appear to take into account individual driving patterns, route characteristics, or real-time driving behavior when calculating the expected range. It seems the system intentionally underestimates range to create a "better user experience" with remaining range, but this actually creates stress when drivers trust these conservative estimates and make unnecessary charging decisions.

## Negative Impact of Current Solution

The inaccurate range estimation causes unnecessary range anxiety and affects trip planning confidence. Drivers cannot rely on the displayed range for accurate journey planning, leading to:

- Unnecessary charging stops due to overly conservative estimates
- Reduced confidence in the vehicle's actual capabilities
- Poor user experience and trust in the infotainment system
- Suboptimal route planning decisions

## Proposed Solution

Implement a personalized range estimation system that uses:

- Individual driver's historical consumption data and driving patterns
- Current trip characteristics and route profile (when navigation is active)
- Real-time driving style analysis (acceleration, braking, speed patterns)
- Route topology, traffic conditions, and weather data
- Learning algorithms that adapt to the specific driver's behavior over time

The system should maintain a driver profile that continuously learns and refines range predictions based on actual vs. predicted consumption data.

## Positive Impact of Proposed Solution

- More accurate range predictions leading to better trip planning
- Reduced range anxiety through realistic and personalized estimates
- Improved confidence in the vehicle's capabilities
- Better utilization of the vehicle's actual range potential
- Enhanced user experience and trust in the infotainment system
- More efficient charging behavior and route planning


Personalized Range Estimation Based on Driving Profile


## Issue Description

The Volvo EX30 currently lacks distinct driving modes (eco, adaptive, normal, boost) and automatically reduces power output when the battery level drops below a certain percentage. This automatic power reduction occurs regardless of the driving situation or user preference, limiting the driver's control over vehicle performance.

**Real-world scenario**: When the battery drops below a certain percentage, the vehicle automatically reduces power and acceleration performance. However, if a driver knows they only have 15 kilometers remaining in their journey, they should have the choice to maintain full power rather than having the car make this decision autonomously.

## Negative Impact of Current Solution

- **Unpredictable performance**: Power reduction occurs without user consent, creating inconsistent driving experience
- **Safety concerns**: Reduced acceleration during critical overtaking maneuvers when expecting full power
- **Limited user control**: The system decides power management without considering user's specific needs or remaining journey distance
- **Driving anxiety**: Uncertainty about available power creates stress, especially when quick acceleration is needed
- **Inconsistent expectations**: Unlike combustion engines that maintain consistent power until fuel runs out

## Proposed Solution

Implement a comprehensive driving mode system with user-controlled power management:

**Driving Modes:**

- **Eco Mode**: Maximum efficiency, reduced power output
- **Adaptive Mode**: Intelligent power management based on driving conditions with battery-based power reduction (current state)
- **Normal Mode**: Balanced performance with zero battery-based power reduction
- **Boost Mode**: Maximum performance with zero battery-based power reduction

**Power Management Setting:**

- Add user toggle for "Dynamic Power Reduction" in vehicle settings
- When enabled: Gradual power reduction starts at 50% battery, more aggressive at 20% (current state)
- When disabled: Full power maintained until critical battery level (e.g., 10-15%)
- Default setting could remain enabled for range anxiety mitigation

## Positive Impact of Proposed Solution

- **Consistent driving experience**: Users know exactly what performance to expect based on their mode selection
- **Enhanced safety**: Predictable acceleration response during critical driving situations
- **User empowerment**: Drivers can choose their preferred balance between performance and range
- **Familiar experience**: Similar to traditional driving modes found in combustion vehicles
- **Flexible usage**: Users can disable power reduction when they know their remaining journey distance
- **Emergency capability**: Full power available when needed, even at lower battery levels


Dynamic Driving Modes and Power Management Control


## Issue Description

In all graphics and interface elements where vehicle photos are displayed, the system shows generic vehicle images instead of images that match the specific configuration of the owner's vehicle. This includes color, sunroof presence/absence, and other visual features that are already rendered in the vehicle configurator.

## Negative Impact of Current Solution

The current generic vehicle imagery creates a disconnect between the user's actual vehicle and what they see in the infotainment system. This reduces the personal connection to the vehicle and makes the interface feel less tailored to the individual owner's specific configuration and choices.

## Proposed Solution

Utilize the existing rendered vehicle images from the configurator to display the user's specific vehicle configuration throughout the infotainment system. This includes:

- Using the correct exterior color in all vehicle graphics
- Showing the presence or absence of the sunroof based on the owner's configuration
- Displaying other visual configuration elements that are already available in the configurator system
- Applying these personalized images consistently across all interface elements that show the vehicle

## Positive Impact of Proposed Solution

Implementing vehicle-specific imagery would:

- Create a more personalized and engaging user experience
- Strengthen the emotional connection between the owner and their vehicle
- Demonstrate attention to detail and customization
- Make better use of existing configurator technology and assets
- Provide visual consistency between the purchase/configuration experience and daily use


Specific Vehicle Configuration Images in Graphics


## Issue Description

On the digital dashboard, the odometer display (total kilometers driven) uses a different font size compared to the range and remaining battery information. Additionally, the formatting is inconsistent - the odometer shows "23702km" without proper thousand separators and spacing, making it harder to read at a glance.

![Digital dashboard showing font inconsistency and formatting issues](/issues/30-1.JPG)

## Negative Impact of Current Solution

- **Poor readability**: The lack of thousand separators makes large numbers difficult to read quickly while driving
- **Visual inconsistency**: Different font sizes create a disjointed appearance on the dashboard
- **Cognitive load**: Drivers need extra mental effort to parse the unseparated number format
- **Professional appearance**: The inconsistent formatting looks unpolished compared to other luxury vehicle displays

## Proposed Solution

Standardize the digital dashboard typography and formatting:

- Use consistent font sizes across all dashboard metrics (odometer, range, battery level)
- Add proper thousand separators to the odometer reading based on locale settings (e.g., "23 702 km" with space separator, or "23,702 km" with comma separator, instead of "23702km")
- Ensure consistent spacing between numbers and units across all metrics
- Maintain the same visual hierarchy and styling for similar types of information

## Positive Impact of Proposed Solution

- **Improved readability**: Proper formatting makes numbers easier to read at a glance
- **Visual coherence**: Consistent typography creates a more professional, unified dashboard appearance
- **Better user experience**: Reduced cognitive effort required to process dashboard information
- **Safety enhancement**: Faster information processing means less time looking away from the road
- **Brand perception**: Professional formatting reinforces Volvo's premium brand image


Digital Dashboard Font Inconsistency and Formatting Issues


## Issue Description

The steering wheel volume controls currently adjust volume in very small increments, requiring multiple button presses to achieve a meaningful change in volume level. Users must repeatedly click the volume buttons to significantly increase or decrease the volume, which is inconvenient during driving.

## Negative Impact of Current Solution

- **Driver distraction**: Multiple button presses required to adjust volume significantly
- **Inefficient interaction**: Time-consuming to reach desired volume level
- **Safety concern**: Extended interaction time with controls while driving
- **User frustration**: Simple volume adjustment becomes tedious task
- **Frequent adjustment annoyance**: Particularly frustrating for users who need to change volume often during their drive

## Proposed Solution

Increase the volume increment steps for steering wheel controls to larger units (e.g., 10-20 volume levels per button press instead of current single level). This would allow users to quickly reach their desired volume with fewer button presses while maintaining the fine control option on the display touchscreen for precise adjustments.

**Alternative enhancement**: Implement progressive increment scaling when pressing repeatedly - first press could change by 5 levels, second by 10, third by 20, and subsequent presses by 20 (e.g., 5, 10, 20, 20, 20...) for even more efficient volume adjustment.

## Positive Impact of Proposed Solution

- **Faster volume adjustment**: Fewer button presses needed for significant volume changes
- **Reduced driver distraction**: Quicker interaction with steering wheel controls
- **Improved safety**: Less time spent adjusting volume while driving
- **Better user experience**: More efficient and intuitive volume control
- **Dual control approach**: Quick adjustment on steering wheel, fine-tuning on display


Steering Wheel Volume Control - Larger Increments


## Issue Description

The rain sensitivity popup dialog displays a visually inconsistent border radius design that appears unprofessional. The inner buttons have rounded corners that are not properly harmonized with the outer container's border radius, creating an amateurish appearance that undermines the premium brand perception.

![Rain sensitivity popup with inconsistent border radius](/issues/28-1.JPG)

## Negative Impact of Current Solution

- **Unprofessional appearance**: The inconsistent border radius makes the interface look hastily designed and amateurish
- **Brand perception damage**: Visual inconsistencies reflect poorly on Volvo's attention to detail and premium positioning
- **Design system inconsistency**: Breaks established visual hierarchy and design principles
- **User experience degradation**: Poorly designed interface elements create subtle but persistent negative impressions
- **Competitive disadvantage**: Modern automotive interfaces require polished design details to meet user expectations

## Proposed Solution

Implement consistent border radius design following the established design principles used by premium brands like Apple.

### Design System Approach

- **Outer container**: Use primary border radius (e.g., 12px)
- **Inner buttons**: Use nested border radius calculated as: `outer_radius - padding` (e.g., 8px if padding is 4px)
- **Visual hierarchy**: Ensure inner elements respect the outer container's boundaries
- **Consistency**: Apply the same border radius rules across all popup dialogs and similar UI components

### External Links

- **UI Design Best Practices**: [Border radius design principles](https://www.youtube.com/shorts/RcZsC56eGUc)

## Positive Impact of Proposed Solution

- **Enhanced premium perception**: Consistent design details reinforce Volvo's luxury positioning
- **Improved brand perception**: Demonstrates attention to detail and quality craftsmanship
- **Professional appearance**: Creates a polished, intentional interface that feels thoughtfully designed
- **Design system consistency**: Establishes reusable patterns for future UI development
- **User confidence**: Well-designed interfaces increase user trust in the overall system quality
- **Competitive advantage**: Refined visual details differentiate Volvo from competitors with less polished interfaces


Rain Sensitivity Popup - Inconsistent Border Radius Design


## Issue Description

In the Car Status section, the "Total Distance" value is displayed without any thousands separator, making large numbers difficult to read quickly. For example, a value like "25847" km is displayed as a continuous string of digits without formatting.

![Total Distance without thousands separator](/issues/27-1.JPG)

## Negative Impact of Current Solution

- **Poor readability**: Large distance numbers are hard to parse at a glance while driving
- **Unprofessional appearance**: The system looks untrustworthy and amateurish without proper number formatting
- **Cognitive load**: Drivers need extra mental effort to interpret the exact mileage value
- **Inconsistent formatting**: Many other automotive interfaces use proper number formatting for better UX
- **Safety concern**: Taking extra time to read unformatted numbers while driving diverts attention from the road

## Proposed Solution

Add thousands separators to the Total Distance display in the Car Status section. Use appropriate locale-based formatting:

- For European markets: "25 847" km (space separator)
- For US markets: "25,847" mi (comma separator)
- Automatically adapt based on the vehicle's regional settings

## Positive Impact of Proposed Solution

- **Improved readability**: Numbers become instantly recognizable and easier to read
- **Faster information processing**: Drivers can quickly understand mileage without counting digits
- **Better user experience**: Consistent with modern digital interface standards
- **Enhanced professionalism**: Makes the interface feel more polished and attention to detail


Total Distance Number Formatting - Missing Thousands Separator


## Issue Description

The Volvo EX30 mobile app currently lacks integration with Apple Shortcuts and other automation platforms, requiring users to manually open the app and navigate through multiple screens to perform basic vehicle operations. Users must complete approximately 4 taps and wait for app loading just to start climate control preparation, compared to Tesla's streamlined automation capabilities.

## Negative Impact of Current Solution

- **Time-consuming manual process**: Starting cabin heating requires opening the app and navigating through 4+ taps, making it inefficient for daily use
- **No automation capabilities**: Cannot create custom shortcuts for common routines like "prepare car for morning commute" or "check if car is locked at night"
- **Poor integration with ecosystem**: Lacks connectivity with Apple Shortcuts, Google Assistant, Alexa, or IFTTT that users expect from modern connected vehicles
- **Missed convenience opportunities**: Users cannot add vehicle functions to iPhone home screen, Control Center, or Siri for quick access
- **Competitive disadvantage**: Tesla and other EV manufacturers offer extensive automation features that make vehicle interaction more seamless

## Proposed Solution

Implement comprehensive automation support for the Volvo EX30 app with the following integrations:

### Apple Shortcuts Integration

- **Shortcuts**: Lock/unlock vehicle, start/stop climate control, horn activation, check battery status

### Extended Automation Platform Support

- **Google Assistant integration**: "OK Google, start my car's climate control"
- **Amazon Alexa support**: Voice commands through Echo devices and Alexa app
- **IFTTT connectivity**: Create advanced automation rules based on location, time, weather, or other triggers

### Key Automation Functions

- Vehicle locking and unlocking
- Climate control preparation and temperature setting
- Battery status and charging management
- Horn and light activation for vehicle location
- Security status verification

## Positive Impact of Proposed Solution

- **Competitive advantage**: Positions Volvo as innovative and user-focused compared to manufacturers lacking automation features
- **Increased user satisfaction**: Eliminates friction points and creates positive emotional connection with vehicle technology
- **Dramatic time savings**: Use cases like reduce climate preparation from 4+ taps to single home screen shortcut activation
- **Enhanced daily convenience**: Users can integrate vehicle preparation into their morning routines through automation
- **Modern user experience**: Brings Volvo app functionality in line with user expectations and industry standards
- **Ecosystem integration**: Seamless connection with users' existing automation setups and smart home systems
- **Safety improvement**: Voice-activated controls reduce need to interact with phone while preparing to drive

## Negative Impact of Proposed Solution

- **Development complexity**: Requires significant engineering effort to implement multiple platform integrations
- **Security considerations**: Remote vehicle access through third-party platforms increases potential attack surface
- **Maintenance overhead**: Multiple integration points require ongoing support and updates as platforms evolve


Apple Shortcuts and Automation Support for Vehicle Functions


## Issue Description

The Volvo EX30 mobile app currently lacks iOS home screen widgets that would allow users to quickly check essential vehicle information without opening the full application. This means users must launch the complete app every time they want to check basic vehicle status, location, or climate setting.

## Negative Impact of Current Solution

- **Time inefficiency**: Users must open the full app and wait for it to load just to check simple status information like battery level or vehicle location
- **Poor user experience**: Multiple taps and app loading time required for basic information that should be instantly accessible
- **Missed convenience**: iOS widgets are a standard feature that users expect from modern vehicle apps, creating a gap in functionality compared to other automotive apps
- **Reduced engagement**: Without quick access to vehicle status, users may check their vehicle less frequently, potentially missing important alerts or status changes

## Proposed Solution

Implement iOS home screen widgets for the Volvo EX30 app with two primary widget types:

### Widget 1: Vehicle Location

- Shows current vehicle position on a small map thumbnail
- Displays address or nearby landmark
- Shows distance in meters from current user location to vehicle
- Quick tap opens full location view in the app

### Widget 2: Vehicle Status Dashboard

- Battery percentage with visual indicator
- Current driving range in kilometers
- Current cabin temperature
- Charging status (if applicable)
- Compact layout suitable for various iOS widget sizes

## Prerequisites

Widgets should:

- Update automatically with fresh vehicle data
- Support multiple widget sizes (small, medium, large)
- Maintain Volvo's design language and branding
- Include appropriate privacy controls and user permissions

## Positive Impact of Proposed Solution

- **Instant access**: Vehicle status information available directly from iPhone home screen without app launch
- **Better user experience**: Reduces friction for checking common vehicle information from multiple taps to zero taps
- **Enhanced convenience**: Users can quickly glance at widgets to see if car is ready, charged, or at expected location
- **Modern functionality**: Brings the Volvo app in line with user expectations and industry standards for automotive apps
- **Increased user engagement**: Easy access to vehicle status may encourage more frequent monitoring and interaction with vehicle features
- **Time savings**: Eliminates app loading time for basic status checks, especially valuable in quick decision-making scenarios
- **Enhanced brand perception**: iOS users will have higher perception of Volvo brand as it demonstrates care and willingness to go the extra step for customers


iOS Widgets


## Issue Description

In the Trip Info section under Current Trip, there is a settings button with an option for automatic reset. When selecting "after each trip," users expect the system to reset trip information after exiting the vehicle for a reasonable period (ideally around 30 minutes). However, the reset functionality behavior is unpredictable - it's unclear what actually triggers the reset or what the time interval is.

## Negative Impact of Current Solution

- Users cannot understand when the reset will actually occur
- There is no transparency about what triggers the reset or the time interval required
- Unpredictable behavior leads to confusion about whether the feature is working properly
- Users cannot rely on consistent trip tracking due to unclear reset logic

## Proposed Solution

1. Fix the automatic reset functionality to work reliably when "after each trip" is selected
2. Clearly communicate the exact time interval (e.g., "30 minutes") in the settings interface
3. Consider adding user-configurable time intervals (15 min, 30 min, 1 hour, etc.)

## Positive Impact of Proposed Solution

- Users would have reliable and predictable trip information management
- Clear expectations about when resets will occur
- Better user trust in the system's functionality
- More accurate trip tracking and data collection
- Enhanced user control over their vehicle's information systems


Trip Info Auto-Reset Timing Unclear and Inconsistent


## Issue Description

In the trip information display (Current trip info since last reset), the kilometer values are displayed without proper thousands separators, making large numbers difficult to read at a glance while driving.

![Current trip info display showing unseparated kilometers](/issues/23-1.jpeg)

## Current Behavior

- Trip distances are displayed as continuous numbers (e.g., "12345 km")
- Large numbers are hard to read quickly
- No visual separation for thousands

## Suggested Improvement

- Add thousands separators to kilometer values (e.g., "12,345 km" or "12 345 km" depending on locale)
- Apply consistent formatting across all trip information displays
- Consider regional preferences for separator style (comma vs. space)


Trip Info Display - Kilometers Should Be Separated by Thousands


## Issue Description

The Pilot Assist system offers three time interval settings for following distance: "Short", "Medium", and "Long". However, even the "Short" setting maintains an extremely large gap to the vehicle ahead, particularly problematic during highway driving where other vehicles frequently merge into this space.

## Negative Impact of Current Solution

- **Safety hazard**: Other cars constantly merge into the large gap on highways, creating unpredictable, dangerous driving situations
- **Counterproductive safety feature**: What is intended as a safety feature actually endangers the driver and passengers by creating dangerous situations when impatient drivers from other vehicles aggressively merge into the large gap
- **Driver stress**: Continuous merging activity forces the driver to deal with frequent lane changes and traffic disruptions
- **System ineffectiveness**: The adaptive cruise control becomes less reliable when the following distance is too conservative for real-world highway conditions
- **Traffic flow disruption**: Excessively large gaps can contribute to traffic congestion and inefficient highway utilization

## Proposed Solution

Adjust the default values for the existing "Short", "Medium", and "Long" following distance settings to provide more appropriate gaps for real-world highway conditions. Volvo should take inspiration from other automotive manufacturers like Audi, whose adaptive cruise control systems offer more reasonable following distances.

The adjusted settings should:

- Reduce the following distance for all three settings, particularly the "Short" setting
- Benchmark against competitors like Audi to ensure following distances are competitive and practical
- Maintain safe but reasonable gaps that discourage frequent merging by other vehicles
- Still provide adequate stopping distance and reaction time for each setting level
- Better match driver expectations for what "Short", "Medium", and "Long" following distances should actually be

## Positive Impact of Proposed Solution

- **Enhanced safety**: Fewer merge attempts into the following distance reduces unpredictable traffic situations
- **Improved driver confidence**: More predictable traffic flow around the vehicle increases trust in the system
- **Better highway efficiency**: More appropriate following distances contribute to smoother traffic flow
- **Reduced driver intervention**: Less need for manual adjustments when other vehicles merge into the gap
- **Better user experience**: The existing settings will more accurately reflect their intended purpose


Pilot Assist 'Short' Following Distance Still Too Large for Highway Safety


## Issue Description

The collision warning audio alert system plays a two-part warning when there's a risk of collision during normal driving, such as with vehicles ahead, cyclists, or other road hazards. The audio warning consists of two sequential alerts, but the second part is redundant and occurs too late to be useful for collision avoidance.

## Negative Impact of Current Solution

The second audio warning plays at a time when contact with the vehicle or object would have already occurred, making it ineffective for preventing collisions. This delayed second warning can be confusing to drivers and creates unnecessary audio clutter in the cabin. The redundant alert may also cause drivers to lose confidence in the proximity warning system's accuracy and timing.

## Proposed Solution

Simplify the collision warning audio system to play only a single, well-timed alert when collision risk is detected. The warning should be quick, sharp, and moderately aggressive to immediately alert the driver, distinctly different from other gentle vehicle sounds.

## Positive Impact of Proposed Solution

A single, properly timed audio warning would provide clearer and more actionable feedback to drivers. This would improve the effectiveness of the collision avoidance system by eliminating confusion from redundant alerts. Drivers would have better confidence in the warning system's timing and would be more likely to respond appropriately to the alerts.


Proximity Warning Audio - Redundant Second Alert


## Issue Description

When navigating through settings menus (e.g., Car Settings), after drilling down into sub-pages or switching to navigation and then pressing the settings button again, the system returns to the home screen instead of returning to the main page of the originally selected settings section.

![Settings navigation issue demonstration](/issues/20-1.MOV)

## Negative Impact of Current Solution

- **Inefficient navigation**: Users must repeatedly navigate through multiple menu levels to return to their desired settings section
- **Interrupted workflow**: When temporarily switching to navigation or other functions, users lose their position in the settings hierarchy

## Proposed Solution

Implement persistent state navigation for settings sections:

- When a user initially selects a settings category (e.g., Car Settings), the system should remember this as the "root" for that session
- Subsequent presses of the settings button should return to the main page of the originally selected settings section, not the global home screen
- Only after a significant period of inactivity or explicit navigation away should the system reset to the main settings menu or after pressing home button

## Positive Impact of Proposed Solution

- **Improved efficiency**: Users can quickly return to their working settings section without repetitive navigation
- **Better workflow continuity**: Temporary switches to navigation or other functions won't disrupt the settings workflow
- **Enhanced user experience**: Navigation behavior becomes more predictable and intuitive
- **Reduced driver distraction**: Fewer touches and less time spent navigating menus while driving
- **Consistent with user expectations**: Matches common UI patterns found in other modern interfaces


Settings Navigation - Persistent State Navigation


## Issue Description

The predictive collision warning system has three settings: "Early", "Medium", and "Late". However, even the "Early" setting provides warnings too late to be truly effective for preventing collisions.

## Current Behavior

- Three available settings: Early, Medium, Late
- "Early" setting still triggers warnings at a point where reaction time may be insufficient
- Limited effectiveness in preventing potential accidents

## Suggested Solution

Add an "Extra Early" or "Maximum" setting that provides warnings even sooner than the current "Early" setting, giving drivers more time to react to potential collision scenarios.

## Impact

- **Safety**: Enhanced collision avoidance capabilities
- **User Experience**: Better customization for different driving preferences and reaction times
- **Peace of Mind**: Increased confidence in the safety system's effectiveness

This enhancement would make the forward collision warning system more robust and adaptable to various driving conditions and user preferences.


Forward Collision Warning 'Early' Setting Still Too Late


## Issue Description

The speed limit adaptation system currently changes the speed limit only when the vehicle enters or exits a town/village, causing abrupt speed transitions. For example, when entering a town, the limit changes from 90 km/h to 50 km/h exactly at the town entrance sign, and when leaving, it changes from 50 km/h to 90 km/h at the exit sign.

## Negative Impact of Current Solution

- **Driver anxiety**: Drivers get startled when approaching a village because they see the speed limit will change but don't know when
- **Driver impatience**: When leaving towns, drivers become impatient and lose trust in the system's ability to update the speed limit in time
- **Forced manual intervention**: Drivers are forced to brake manually when entering towns at 90 km/h, which automatically disables the cruise control system to immediately reduce speed, because the system only starts braking at this moment
- **Abrupt speed changes**: The sudden speed limit changes create uncomfortable driving experience and potentially unsafe situations

## Proposed Solution

Implement proactive speed limit adaptation:

- **Before entering towns**: Reduce speed limit to 50 km/h approximately 200 meters before the town entrance
- **Before leaving towns**: Increase speed limit to 90 km/h approximately 100 meters before the town exit
- Utilize existing map data to predict upcoming speed limit changes and adjust accordingly

## Positive Impact of Proposed Solution

- **Smoother driving experience**: Gradual speed transitions instead of abrupt changes
- **Maintained cruise control**: No need for manual braking, keeping adaptive cruise control active
- **Improved driver confidence**: Drivers can trust the system to handle speed changes proactively
- **Enhanced safety**: Reduces risk of entering towns at excessive speeds
- **Better passenger comfort**: Eliminates sudden speed adjustments that can be jarring

## Negative Impact of Proposed Solution

- **Potential early warnings**: May occasionally slow down before reaching actual speed limit zones if map data is inaccurate
- **Increased system complexity**: Requires more sophisticated prediction algorithms and reliable map data
- **Battery consumption**: Additional processing for predictive speed management may slightly impact energy efficiency


Proactive Speed Limit Adaptation - Change Speed Before Entering/Leaving Towns


## Issue Description

While driving, there is no easily accessible way to view current consumption (kWh) and distance traveled without navigating through multiple menu layers. Currently, to check consumption when someone asks about it (as it's a new car), drivers must go through Car → Car Status → Trip Info, which requires multiple taps and attention away from driving.

## Negative Impact of Current Solution

- **Safety concern**: Requires multiple menu navigation steps while driving, taking attention away from the road
- **Inconvenient access**: Essential driving information is buried in submenus
- **Frequent need**: As EX30 owners often get asked about consumption due to the car being new, this information is needed regularly
- **Distraction**: The current multi-step process creates unnecessary driver distraction

## Proposed Solution

Add current trip information to the top section of the main interface, or enhance the existing quick actions at the bottom with a "Drive Info" button (more in issue #20). When the Drive Info button is pressed, the quick action icons would temporarily disappear and be replaced with current trip information including:

- Current consumption (kWh/100km or similar)
- Distance traveled on current trip
- Average consumption for the trip

![Current state with new Drive Info button](/issues/17-1.jpeg)

![What happens when Drive Info is pressed](/issues/17-2.jpeg)

## Positive Impact of Proposed Solution

- **Improved safety**: One-tap access reduces driver distraction and time spent navigating menus
- **Better user experience**: Essential driving information becomes immediately accessible
- **Informed driving**: Easy access to consumption data helps drivers understand their driving efficiency
- **Convenience**: No more multi-step navigation for frequently needed information
- **Social benefit**: Enables quick answers to common questions about the new EV without complex menu navigation

## Negative Impact of Proposed Solution

- **Screen space**: May reduce available space for other interface elements
- **Information overload**: Could potentially clutter the interface if not implemented thoughtfully
- **Learning curve**: Users would need to discover and learn the new quick access method


Current Trip Info Quick Access


## Issue Description

The climate control quick access panel displays text that is disproportionately large compared to other interface elements. This affects both the "OFF" button and temperature display values (e.g., "23°C") for driver and passenger zones, creating visual inconsistency and unprofessional appearance that doesn't align with the rest of the infotainment system's design language.

## Negative Impact of Current Solution

The oversized text for climate control elements ("OFF" button and temperature values) creates several issues:

- Makes the interface appear amateurish and poorly designed
- Creates visual inconsistency within the climate control interface
- Reduces readability, especially while driving
- Breaks the cohesive design pattern established throughout the system
- Suggests lack of attention to detail in the UI design

## Proposed Solution

Standardize the text size for all climate control elements including the "OFF" button and temperature display values (e.g., "23°C") to match other interface elements. The text should use consistent font size, weight, and styling as other interactive elements throughout the infotainment system to maintain visual harmony.

## Positive Impact of Proposed Solution

- Creates a more professional and polished appearance
- Improves visual consistency across the climate control interface
- Enhances readability and user experience
- Maintains design coherence with the rest of the infotainment system
- Demonstrates attention to detail and quality in UI design


Climate Control Off Button Text Size Inconsistency


## Issue Description

Currently, the custom steering wheel button can only be assigned one of three actions, and each action can only be toggled on/off. This is limiting for users who want to control multiple vehicle settings efficiently.

## Proposed Solution

Implement a "Custom Profiles" system with two configurable profiles:

### Custom Profiles

- **Single Press**: Activates Custom Profile 1 (user-configurable combination of settings)
- **Long Press**: Activates Custom Profile 2 (alternative user-configurable combination)
- **Subsequent Press**: Deactivates the currently active profile

### Configurable Settings Per Profile

Each Custom Profile should allow users to configure combinations of:

- Steering feel/stiffness
- Speed limit warning
- Driver alert settings
- Ambient lighting
- One pedal drive mode
- Other relevant vehicle settings

### User Interface

- Settings menu to configure what each Custom Profiles includes
- Clear indication of which profile is currently active

## Benefits

- Eliminates need to repeatedly configure multiple settings (4-5 separate menu actions) that some users might typically adjust together at the start of each drive
- Improved driving comfort and overall driving experience
- Reduced driver frustration from repetitive menu navigation
- Improved user experience through reduced menu navigation
- More efficient control of multiple vehicle settings
- Personalized driving modes for different scenarios
- Better utilization of the existing custom button hardware


Custom Steering Wheel Button - Multiple Profiles


## Issue Description

The cruise control system automatically disables when the vehicle exceeds 150 km/h, even during brief overtaking maneuvers. This behavior is inconsistent with lower speed settings (110 km/h, 130 km/h) where the system maintains engagement and gradually reduces speed when the accelerator is released, while continuing to maintain distance from vehicles ahead.

## Negative Impact of Current Solution

- **Driver confusion**: Unexpected cruise control deactivation during overtaking disrupts the driving experience
- **Inconsistent behavior**: The system behaves differently at speeds above 150 km/h compared to lower speed settings
- **Safety concerns**: Loss of adaptive cruise control during high-speed overtaking removes distance management assistance
- **Reduced driver confidence**: Unpredictable system behavior makes drivers hesitant to rely on cruise control
- **Manual re-engagement required**: Driver must manually reactivate cruise control after each overtaking maneuver

## Proposed Solution

Maintain cruise control engagement above 150 km/h with consistent behavior:

- Keep cruise control active when briefly exceeding 150 km/h during overtaking
- When the driver releases the accelerator, gradually reduce speed without braking to the set cruise speed
- Continue maintaining distance from vehicles ahead using the adaptive cruise control system
- Apply the same speed management logic used for lower speed settings (110 km/h, 130 km/h) to speeds above 150 km/h

## Positive Impact of Proposed Solution

- **Consistent system behavior**: Uniform cruise control response across all speed ranges
- **Improved overtaking safety**: Maintains distance management during high-speed maneuvers
- **Enhanced driver confidence**: Predictable system behavior increases trust in cruise control
- **Smoother driving experience**: No interruption of cruise control during temporary speed increases
- **Reduced driver workload**: Eliminates need to constantly reactivate cruise control after overtaking

## Negative Impact of Proposed Solution

- **Increased system complexity**: Requires more sophisticated speed management algorithms at higher speeds


Cruise Control Disables Above 150 km/h During Overtaking


## Issue Description

The cruise control system inconsistently adapts to new speed limits despite having the speed limit adaptation setting enabled. When entering a new speed zone (e.g., transitioning from a higher speed zone to a 50 km/h zone), the system sometimes adjusts the cruise control speed automatically and sometimes does not, even though the new speed limit is clearly detected and displayed on the screen next to the current cruise control limit and speed.

## Negative Impact of Current Solution

- Unpredictable cruise control behavior creates inconsistent driving experience
- Driver cannot rely on the automatic speed adaptation feature even when it's enabled
- Requires constant manual monitoring and adjustment of cruise control settings
- Forces driver to manually override cruise control speed when automatic adaptation fails
- When entering a village at illegal speed, driver must manually brake, which disables cruise control entirely
- Reduces confidence in the driver assistance system's reliability
- The feature becomes unreliable despite being specifically enabled for this purpose

## Proposed Solution

Improve the speed limit detection and adaptation logic to ensure consistent behavior when the speed limit adaptation setting is enabled. The system should:

- Always adapt cruise control speed when a new speed limit is detected and displayed
- Provide clear and consistent criteria for when speed adaptation occurs
- Ensure the adaptation works regardless of road type, time of day, or speed difference

## Positive Impact of Proposed Solution

- Increased driver confidence in the driver assistance system
- Reduced need for manual cruise control adjustments
- Better utilization of the existing speed limit detection technology
- Enhanced overall driving experience with more consistent automation
- Improved safety through more reliable speed management

## Negative Impact of Proposed Solution

- May require extensive testing and calibration of the speed detection algorithms
- Could potentially result in unwanted speed changes if detection becomes too sensitive
- Might need additional user settings to fine-tune adaptation behavior for different preferences


Inconsistent Speed Limit Adaptation in Cruise Control


## Issue Description

Currently, the infotainment system defaults to Google Maps when accessing navigation. Users cannot set their preferred navigation app (such as Waze or other Google Play Store navigation apps) as the default option. Every time you press the home button, only Google Maps is visible as the primary navigation choice.

## Negative Impact of Current Solution

- Users must manually navigate through the app selection menu every time they want to use their preferred navigation app
- Forces users to take extra steps (home button → app selection → choose preferred nav app) instead of direct access
- Creates unnecessary interaction time while driving, potentially affecting safety
- Reduces user satisfaction by not respecting personal app preferences

## Proposed Solution

Add a setting in the system preferences that allows users to select their default navigation application from available navigation apps installed from Google Play Store. This setting would include options for:

- Google Maps (current default)
- Waze
- Other compatible navigation applications currently installed

The setting would be located in the system settings menu, similar to how smartphones allow users to set default apps for various functions.

## Positive Impact of Proposed Solution

- Immediate access to preferred navigation app with single button press
- Reduced driver distraction and improved safety through fewer required interactions
- Enhanced user experience by respecting individual preferences
- No impact on users who prefer to keep the current default (Google Maps)
- Maintains system stability while adding user customization

## Negative Impact of Proposed Solution

- Minimal risk of user confusion during initial setup, though this would be mitigated by clear settings interface
- Could potentially require validation of third-party navigation apps for compatibility


Custom Default Navigation App Setting


## Issue Description

The CarPlay interface scaling/zoom level is not optimized for the EX30's display resolution. Interface elements appear oversized, making poor use of the available screen real estate. The dashboard view with map integration is particularly affected and nearly unusable due to excessive scaling.

## Negative Impact of Current Solution

- Limited information visible on screen due to oversized interface elements
- Dashboard map view provides insufficient detail and navigation context
- Interface appears unprofessional and cheap due to poor scaling optimization
- Reduced usability when trying to interact with CarPlay applications
- Wasted potential of the display's good resolution capabilities

## Proposed Solution

Implement proper CarPlay scaling settings within the integration configuration.

This could include:

- Adjustable scaling/zoom levels in the infotainment settings
- Optimized default scaling that better utilizes the display resolution
- Better integration settings that respect the native display capabilities

## Positive Impact of Proposed Solution

- More information and detail visible on the display
- Improved map visibility and navigation experience in dashboard view
- More professional and premium appearance of the interface
- Better utilization of the high-quality display hardware
- Enhanced overall CarPlay usability and user experience

## Negative Impact of Proposed Solution

- May require users to adjust settings to their preference initially
- Could provide multiple scaling options (50%, 75%, 100%, 125%) to accommodate different user preferences and accessibility needs


CarPlay Interface Scaling Settings


## Issue Description

The climate control temperature popup for driver and passenger settings has empty space on the right side that could be utilized for additional controls. Currently, users must navigate to separate menus to adjust fan speed settings, making climate control less efficient and accessible.

![Climate Fan Speed Control in Temperature Popup](/issues/10-1.jpeg)

## Negative Impact of Current Solution

- Requires multiple screen interactions to adjust both temperature and fan speed
- Empty space in the popup interface is wasted
- Less intuitive climate control experience compared to traditional automotive interfaces
- Increased driver distraction due to multiple menu navigation while driving
- Slower response time when quick climate adjustments are needed

## Proposed Solution

Add fan speed control options (Auto, Off, Low, Medium, High) in the empty right-hand space of the temperature adjustment popup. This would create a unified climate control interface where both temperature and fan speed can be adjusted simultaneously without leaving the popup.

## Positive Impact of Proposed Solution

- Single-screen access to primary climate controls reduces driver distraction
- More efficient use of available screen real estate
- Faster climate adjustments with fewer menu interactions
- More intuitive interface that matches user expectations from traditional car controls
- Improved safety through reduced time spent navigating menus while driving

## Negative Impact of Proposed Solution

- Slightly more crowded popup interface, though there appears to be adequate space
- Potential for accidental fan speed changes when adjusting temperature
- May require interface redesign to maintain visual balance and readability


Climate Fan Speed Control in Temperature Popup


## Issue Description

In the climate view, unlike all other system views, the icons do not have descriptive labels underneath them. This makes the climate control interface inconsistent with the rest of the infotainment system and potentially confusing for users who are not familiar with the specific icon meanings.

![Climate View Missing Labels](/issues/9-1.jpeg)

## Negative Impact of Current Solution

- **Inconsistent User Interface**: Climate view behaves differently from all other system views, breaking interface consistency
- **Reduced Usability**: Users must guess or memorize what each icon represents without helpful text labels
- **Learning Curve**: New users or infrequent drivers need time to understand the meaning of unlabeled icons
- **Accessibility Issues**: Less accessible for users who might benefit from text labels to understand functionality
- **Driver Distraction**: Users may spend more time trying to identify the correct icon while driving

## Proposed Solution

Add descriptive text labels underneath each climate control icon, consistent with the labeling approach used in all other system views.

## Positive Impact of Proposed Solution

- **Interface Consistency**: Climate view will match the design pattern used throughout the rest of the system
- **Improved Usability**: Users can quickly identify functions without relying solely on icon recognition
- **Enhanced Accessibility**: Text labels make the interface more accessible to all users
- **Reduced Learning Time**: New users can immediately understand available functions

## Negative Impact of Proposed Solution

- **Increased Visual Density**: Additional text may make the climate view appear more cluttered
- **Potential Space Constraints**: Labels might require interface layout adjustments to accommodate text


Climate View - Missing Icon Labels


## Issue Description

When disabling Driver Alert features, the system displays an unnecessary confirmation notification that requires an extra click each time. This confirmation appears every time the user wants to turn off Driver Alert, even though the user has already demonstrated understanding of the action by repeatedly disabling it.

![Driver Alert Disable Confirmation](/issues/8-1.jpeg)

## Negative Impact of Current Solution

- **Repetitive Interruption**: Users must confirm the same action repeatedly, causing frustration
- **Unnecessary Friction**: Extra click required for a simple toggle action that should be immediate
- **Poor User Experience**: System doesn't learn or remember user preferences and understanding
- **Distraction While Driving**: Additional interaction required that could divert attention from the road
- **Counterproductive Safety**: The intended safety feature actually creates more risk by requiring extra steps while driving

## Proposed Solution

Add a "Remember my choice" or "Don't show this again" option to the Driver Alert disable confirmation dialog. Once the user checks this option and confirms, the system should:

1. Remember the user's preference to skip future confirmations per individual driver profile
2. Allow direct toggling of Driver Alert without showing the confirmation dialog for users who opted to remember
3. Store this preference in individual user profile settings (not globally)
4. Continue showing confirmations for driver profiles that haven't opted to remember the choice
5. Optionally provide a way to reset this preference in the individual profile settings menu

## Positive Impact of Proposed Solution

- **Streamlined User Experience**: Direct toggle functionality without repetitive confirmations
- **Reduced Driver Distraction**: Fewer clicks means less time interacting with the screen
- **Intelligent System Behavior**: System learns and adapts to user preferences
- **Improved Efficiency**: Faster access to frequently used settings
- **User Autonomy**: Respects user's demonstrated understanding of the feature

## Negative Impact of Proposed Solution

- **Potential Accidental Disabling**: Some users might accidentally disable Driver Alert without the safety confirmation
- **Hidden Safety Feature**: Less prominent warning about disabling safety features

Driver Alert Disable - Remember User Confirmation


## Issue Description

When long-pressing the home button, the system enters a simplified environment with black background featuring a gradient and a mini music player. While this mode is designed for minimal distraction, the current implementation includes unnecessary visual elements that can be disruptive during night driving.

![Simplified Home Mode Current State](/issues/7-1.jpeg)

## Negative Impact of Current Solution

- **Distracting Gradient**: The background gradient is completely unnecessary and visually disruptive during night driving
- **Grey Background on Mini Player**: The grey background on the mini music player creates unwanted light emission in dark environments
- **Inconsistent Dark Mode**: The mode doesn't fully commit to minimal light output despite being designed for reduced distraction

## Proposed Solution

Improve the simplified home mode's night-driving suitability by:

1. **Remove Background Gradient**: Eliminate the gradient completely and use pure black background instead
2. **Redesign Mini Player**:
   - Remove the grey background from the mini music player
   - Use either a subtle light grey border for definition, or remove the background completely

The goal is to create a truly minimal interface that emits the least amount of light possible when users intentionally choose this mode.

## Positive Impact of Proposed Solution

- **Better Night Driving Experience**: Reduced light emission creates less visual distraction and maintains night vision
- **True Minimal Design**: Achieves the intended purpose of the simplified mode more effectively
- **Improved User Choice**: Users who select this mode get the minimal distraction experience they're seeking
- **Enhanced Safety**: Less screen brightness and visual elements reduce driver distraction


Simplified Home Mode - Better Night Design


## Issue Description

When receiving incoming calls with CarPlay connected, there is approximately a 2-second audio delay where neither party can hear each other. The call timer on the display starts counting from 0-2 seconds, but no audio is transmitted or received during this initial period.

## Negative Impact of Current Solution

- **Safety Risk**: Driver may need to repeat themselves or ask the caller to repeat, causing distraction during driving
- **Professional Impact**: Business calls appear unprofessional when there's a delay in responding
- **User Frustration**: Creates anxiety about whether the call connected properly

## Proposed Solution

Eliminate the audio delay by applying the same audio processing used for outgoing calls to incoming calls. Since outgoing calls work without any delay, the system should use the same audio initialization and handoff process for incoming calls to ensure immediate audio connection.

## Positive Impact of Proposed Solution

- **Seamless Communication**: Immediate audio connection creates natural conversation flow
- **Enhanced Safety**: Reduces driver distraction by eliminating the need to repeat or clarify
- **Improved User Confidence**: Users can trust that calls will connect properly every time


CarPlay Call Delay - Audio Issue During Incoming Calls


## Issue Description

When CarPlay is connected, there is no way to instantly return to the CarPlay interface from anywhere in the system. CarPlay does not consistently appear in recent applications, and the Home button does not lead directly to CarPlay, even though it is the primary interface the user is utilizing.

## Negative Impact of Current Solution

- **CarPlay unavailable in recent apps**: CarPlay does not reliably appear among recent applications, forcing users to find alternative paths
- **Increased driver distraction**: Multiple clicks needed to get back to desired car interface
- **Ignoring user preferences**: System does not recognize that the user primarily uses CarPlay

## Proposed Solution

Implement a two-level system for the Home button and ensure constant CarPlay availability:

1. **CarPlay in recent applications**: If CarPlay is connected, it should unconditionally be displayed among recent applications
2. **Smart Home button**:
   - First Home press → direct transition to CarPlay (if connected)
   - Second Home press → default infotainment home screen

## Positive Impact of Proposed Solution

- **Respecting user preferences**: System recognizes primary CarPlay usage
- **Increased safety**: Faster access = less time spent interacting with screen
- **Better user experience**: Intuitive and predictable system behavior
- **Flexibility**: User still has access to native functions through second press

## Negative Impact of Proposed Solution

- **Potential confusion**: Some users might initially be confused by the changed Home button behavior
- **Potential conflict**: May interfere with other system functions tied to the Home button


Direct CarPlay Access from Home Button


## Issue Description

When unlocking the car, the phone automatically connects via Bluetooth, but CarPlay does not activate automatically every time.

Users must manually navigate to Settings → Connectivity → select the connected phone, wait approximately 2 seconds for the CarPlay banner to appear, and then manually activate CarPlay in the phone details section.

## Negative Impact of Current Solution

- **Annoying Experience**: The manual activation process is primarily frustrating and annoying for users
- **Degraded User Experience**: Significantly worsens the overall user experience with the infotainment system
- **Safety Risk**: Requires multiple navigation steps through menus while potentially driving
- **User Frustration**: Manual process every time the car is started when CarPlay should be seamless
- **Inconsistent Experience**: CarPlay availability is unpredictable, making it unreliable for regular use

## Proposed Solution

Implement automatic CarPlay activation when a previously paired phone with CarPlay enabled is detected and connected via Bluetooth.

The system should:

1. Detect when a CarPlay-enabled phone connects via Bluetooth
2. Automatically attempt to establish CarPlay connection
3. Activate CarPlay interface without user intervention
4. Provide a brief notification confirming CarPlay is active

## Positive Impact of Proposed Solution

- **Improved Safety**: Eliminates need for manual menu navigation while driving
- **Seamless Experience**: CarPlay becomes truly "plug and play" without manual activation
- **Time Savings**: Immediate CarPlay availability upon entering the vehicle
- **Enhanced Usability**: Consistent and predictable behavior builds user confidence
- **Reduced Distraction**: Automatic connection allows focus on driving preparation


Automatic CarPlay Reconnection When Phone is Connected


## Issue Description

The current minimum brightness setting for the infotainment display is still too bright for comfortable night driving. Even when set to the lowest available brightness level, the display produces excessive light that causes glare and reduces night vision capability.

## Negative Impact of Current Solution

- **Night vision impairment**: Excessive display brightness reduces driver's ability to see clearly outside the vehicle in dark conditions
- **Eye strain and fatigue**: Bright display light causes discomfort during extended night driving sessions
- **Glare and distraction**: Overly bright screen creates unwanted reflections on windows and mirrors
- **Safety concerns**: Reduced night vision capability can impact ability to spot pedestrians, animals, or road hazards
- **Driver discomfort**: Many drivers find themselves squinting or looking away from the display due to brightness levels

## Proposed Solution

Extend the brightness range to include much lower minimum settings:

- Reduce minimum brightness to the absolute lowest value the display hardware can support

## Positive Impact of Proposed Solution

- **Improved night vision**: Dramatically reduced display brightness allows eyes to maintain better adaptation to darkness
- **Enhanced driving safety**: Better visibility of road conditions, pedestrians, and potential hazards in low-light situations
- **Reduced eye strain**: Comfortable display brightness eliminates squinting and eye fatigue during night driving
- **Better sleep preparation**: Lower light exposure helps maintain natural circadian rhythms for drivers
- **Customizable experience**: Users can find their optimal comfort level for different lighting conditions


Lower Minimum Brightness Setting for Better Night Driving


## Issue Description

The infotainment display brightness does not automatically adjust based on external lighting conditions. Users must manually adjust brightness settings throughout the day - when set to minimum for night driving, the display becomes barely visible during bright daylight conditions the next day.

## Negative Impact of Current Solution

- **Constant manual adjustment required**: Drivers must repeatedly adjust brightness settings as lighting conditions change throughout the day
- **Poor visibility in bright conditions**: Display set to minimum brightness for night driving becomes hard to read in daylight
- **Safety distraction**: Manual brightness adjustments while driving take attention away from the road
- **Eye strain**: Sudden brightness changes when switching between day/night settings can cause discomfort

## Proposed Solution

Implement automatic brightness adjustment that:

- Uses ambient light sensors to detect external lighting conditions
- Automatically adjusts display brightness in real-time based on environmental light levels
- Provides smooth transitions between brightness levels to avoid jarring changes
- Allows users to set manual override when desired
- Includes user-configurable sensitivity settings for personal preference
- Maintains separate brightness profiles for day and night conditions with smooth transitions
- Uses user-defined day and night brightness settings as milestones, with automatic adjustment operating within these boundaries

## Positive Impact of Proposed Solution

- **Enhanced safety**: Eliminates need for manual brightness adjustments while driving
- **Optimal visibility**: Display automatically maintains appropriate brightness for current conditions
- **Improved user experience**: Set-and-forget functionality reduces driver workload
- **Better eye comfort**: Smooth automatic transitions prevent sudden brightness changes
- **Consistent readability**: Display remains clearly visible in all lighting conditions without user intervention
- **Modern functionality**: Brings the infotainment system in line with smartphone and tablet auto-brightness features


Automatic Display Brightness Adjustment Based on External Conditions


## Issue Description

The infotainment display remains too bright even when brightness is set to minimum, causing eye strain and discomfort during night driving. There is currently no option to completely turn off the display while maintaining audio functionality and safety features.

## Negative Impact of Current Solution

- **Eye strain and discomfort**: Even at minimum brightness, the display emits too much light in dark conditions, causing physical discomfort and eye fatigue
- **Distraction from road**: The bright display draws attention away from the road ahead during night driving
- **Compromised night vision**: Constant bright light exposure affects the driver's ability to see clearly in dark environments
- **Safety concerns**: Eye strain and distraction can lead to reduced driving performance and increased accident risk

## Proposed Solution

Implement a complete display shutdown feature that:

- Allows users to turn off the display entirely with a dedicated button or gesture
- Maintains all audio functions (music, navigation voice prompts, alerts) without visual display
- Preserves all safety-critical audio warnings and notifications
- Navigation voice commands continue to work without turning the display back on
- Display can only be reactivated by touching the screen again
- No automatic display activation from any system except direct user touch

## Positive Impact of Proposed Solution

- **Enhanced safety**: Reduced eye strain and distraction leads to better focus on road conditions
- **Improved comfort**: Elimination of unwanted light sources during night driving
- **Better night vision**: Preserves natural night vision adaptation by removing bright light sources
- **Maintained functionality**: All essential audio features continue to work seamlessly
- **User control**: Gives drivers full control over their visual environment while driving
- **Reduced fatigue**: Less eye strain results in reduced overall driving fatigue on long night trips

## Negative Impact of Proposed Solution

- **Speed visibility**: Users would not be able to see their current speed on the display when it's turned off. However, this is not a significant concern since drivers who choose not to look at the display would not see the speed information anyway, regardless of whether the display is on or off.
