Android Auto Adopts Universal Screen Size for All Devices

This week at I/O, Google unveiled a host of exciting updates for Android Auto, enhancing its compatibility with various screen shapes, introducing video streaming via YouTube, adding widget support, and rolling out more AI-driven Gemini features. Additionally, there are updates for vehicles equipped with Google’s native software, allowing users to ask Gemini car-specific questions.

First up is the adaptation to screen sizes. Gone are the days when in-car displays were limited to a standard rectangle. Now, we see a range of shapes, including curved, panoramic, and even circular screens. Google is stepping up to the challenge with an update that customizes Android Auto for any screen configuration. Previously, phone projection systems mimicked older widescreen TVs, placing a rectangular interface within a larger display, leaving unused margins. Google aims to embrace the unique shapes of each vehicle’s screen, as noted by Patrick Brady, VP of Android Automotive, who pointed out examples like the Lucid Air’s curved display and the MINI Cooper’s circular one.

Brady mentioned the new BMW Neue Klasse, which features an irregular trapezoidal shape, saying, “I don’t even know the shape. It’s kind of parallelogram-ish.” The new “full bleed” design will allow apps like Google Maps to utilize the entire display, regardless of its geometry.

This will be particularly useful for streaming YouTube videos through Android Auto, a feature set to launch later this year. This capability, which is only available when the vehicle is parked, supports 4K video at 60 frames per second and includes spatial audio with Dolby Atmos. The content will stream from the user’s phone, which communicates with the car to enable video playback when parked. Brady noted that users have been requesting the ability to watch videos while charging their EVs or waiting in parking lots.

Google is also introducing its Material Three Expressive design language to Android Auto. This design, described as a more vibrant and youthful direction, will bring personalized elements from the user’s phone, including wallpaper-based color palettes and themes, giving Android Auto a more cohesive and tailored look.

Another significant addition is widget support, allowing users to project personalized widgets for sports scores, smart home controls, contact shortcuts, and more. Users can interact with their widgets using natural language through Google’s Gemini AI assistant, making it easy to request sports updates or calendar information.

A new feature called “Magic Cue” will analyze incoming messages and surface relevant information proactively. For instance, if someone texts asking for an address, Gemini can pull the necessary details from the user’s phone and suggest a quick reply. Brady emphasized that this aims to minimize distractions while driving.

Brady also highlighted that Gemini is becoming a more effective intermediary for other apps. Drivers can now ask Gemini to place orders through apps like Starbucks without needing special API integrations, allowing for smoother operation while using Android Auto.

The recently announced “Immersive Navigation” view in Google Maps is also making its way to Android Auto. This feature enhances navigation with refreshed colors, detailed 3D buildings, realistic terrain, and greenery.

Brady argues that a smarter, more customizable Android Auto helps bridge the gap between phone projection and embedded software. Even vehicles that don’t support phone projection, like those from Rivian, Chevy, and Cadillac, rely on Google’s native Android Automotive systems. Over time, many functions of Android Auto find their way into embedded systems and vice versa.

However, there are still some limitations. For instance, Android Auto users cannot control their car’s HVAC system or adjust certain vehicle settings through phone projection. Yet, Brady noted that these distinctions are quickly diminishing. Advanced features, such as Google Maps communicating directly with an EV’s powertrain to add charging stops or precondition the battery, were once exclusive to deeply embedded systems. Google is now collaborating with automakers to enable these capabilities through Android Auto.

Brady concluded, “I think these worlds are blending as the phones get more capable, the cars get more capable from a software perspective, and the integration between them improves.”