What cars do not have CarPlay?

[DiAlice]

Tesla, Rivian, and General Motors' new EVs are the most prominent examples of cars without Apple CarPlay. This is primarily a strategic choice by automakers to develop proprietary infotainment systems, control user data, and create recurring revenue streams. For buyers, this means evaluating the built-in system's quality versus the convenience of a familiar smartphone interface.

The shift away from CarPlay is most evident among electric vehicle startups and legacy automakers launching new EV platforms. Tesla has never supported CarPlay or Android Auto, relying entirely on its own constantly updated software ecosystem. Similarly, Rivian's R1T and R1S use a custom-built interface. General Motors made a decisive move by announcing the removal of CarPlay and Android Auto from all new EVs, including the Chevrolet Blazer EV, Cadillac Lyriq, and upcoming models like the Cadillac Vistiq. These vehicles use the built-in Google Automotive OS, which integrates Google Maps, Assistant, and the Play Store natively.

Beyond EVs, some vehicles exclude CarPlay due to cost-cutting on base trims or because they predate its widespread adoption. The Suzuki Jimny Lite in certain markets is a modern example of a lower trim omitting this feature. Many vehicles from model years before 2016 often lack CarPlay, as it was not yet a standard industry offering. In the luxury segment, some brands like Lamborghini have historically bundled connectivity features into expensive optional packages, though this practice is becoming less common.

The core reason for this trend is data and ecosystem control. Industry analysis indicates that automakers see connected car data and in-car services as a future profit center, potentially worth hundreds of dollars per vehicle annually. By using a system like Google Automotive OS, the carmaker and Google can share data and subscription revenue from services like navigation and music, which is not possible when a user relies solely on phone projection.

For consumers, the impact is significant. A proprietary system’s long-term usability depends on the manufacturer's commitment to software updates. Resale value can also be affected; vehicles with outdated, unsupported proprietary systems may depreciate faster than those retaining the ability to use a current smartphone's interface. According to industry valuation guides, infotainment technology is a growing factor in used car pricing.

Brand/Type	Example Models	Key Reason for No CarPlay	User Consideration
EV Startups	Tesla Model 3/Y, Rivian R1T/R1S	Full vertical integration of software/hardware	System is polished but a "walled garden."
GM's New EVs	Chevy Blazer EV, Cadillac Lyriq	Shift to Google Automotive OS for data/revenue	Built-in Google services are robust; phone is disconnected.
Older Vehicles	Most models pre-2016	Technology not available at time of manufacture	Can sometimes be added via aftermarket head unit.
Base Trim Models	Suzuki Jimny Lite (select markets)	Cost-saving measure on entry-level trim	Verify specifications for the exact trim level.

The decision ultimately hinges on personal preference. If you prioritize a seamless, familiar interface that improves with your phone upgrades, a car with CarPlay is essential. If you trust the automaker's software vision and prefer an integrated experience, the proprietary route may suffice. Always verify the feature list for the specific model year and trim before purchasing.

[EdenAnn]

I’ve owned my Tesla Model 3 for two years now. Honestly, I didn’t miss CarPlay at first—the built-in system is fast and Netflix on the screen is great while charging. But the navigation, while decent, isn’t as smart as Google Maps or Waze on my phone for real-time traffic rerouting. My music playlists are also split between the car’s apps and my phone. It’s a trade-off: a slick, all-in-one experience that sometimes makes me feel locked in. I just plug my phone into a vent mount now for the best of both worlds, which feels like a step backward.

[VanKeira]

As a recent car shopper, GM’s decision to drop CarPlay was a deal-breaker for me. I test-drove the Blazer EV. The salesperson emphasized the built-in Google system—maps, voice assistant, everything right there. But I use Apple everything. My calendar, messages, and preferred music apps are all optimized for CarPlay. The idea that my $60,000 car would not seamlessly connect with my primary device felt archaic. I understand their business motive—they want subscription revenue—but as a customer, it felt like they were prioritizing their future profits over my current convenience. I bought a competitor’s EV that kept CarPlay instead.

[XavierLee]

Shopping for a used car under $15k? You’ll run into this a lot. Many great, reliable cars from around 2014-2015 just don’t have CarPlay. It wasn’t standard yet. My advice? Don’t cross a good car off your list just for that. Check if the manufacturer offers an official software update for that model—some do. If not, a quality aftermarket head unit from brands like Pioneer or Alpine can add CarPlay, Android Auto, and a better sound system for maybe $500-$800 installed. It’s a worthwhile upgrade that modernizes the whole cabin.

[Maci]

The technical rationale here is about system architecture. CarPlay and Android Auto are essentially “phone mirroring” protocols. They run on your phone’s processor and display a simplified interface on the car’s screen. Systems like Tesla’s or GM’s Google Automotive OS run natively on the vehicle’s own computer. This allows for deeper vehicle integration—pre-conditioning the battery via navigation, or controlling more car functions with voice. The automaker’s argument is that a native system offers a safer, more stable, and more feature-rich experience. The downside is that its computational power is fixed at the car’s manufacture date, while your phone gets a new chip every few years. It’s a battle between a centralized, controlled platform and a distributed, personal one. For now, the industry is betting heavily on the centralized model, especially with the push toward autonomous driving features that require tight hardware-software coordination.