which cars use lidar

[LaVivienne]

Several automakers have integrated LiDAR (Light Detection and Ranging) into their production vehicles, primarily as a key sensor for advanced driver-assistance systems (ADAS) and future autonomous driving capabilities. LiDAR works by emitting laser pulses to create a high-resolution, 3D map of the car's surroundings, excelling at accurately detecting objects and their distance, especially in low-light conditions. Currently, cars equipped with LiDAR are generally in the luxury segment.

Vehicle Model	Model Year	LiDAR Supplier	Key Feature/System
Lucid Air (Dream Edition)	2022+	Cepton	Highway Assist with LiDAR-based object detection
Genesis G90	2023+	Valeo	Highway Driving Pilot II (HDP II) for conditional L3 automation
Volvo EX90	Upcoming	Luminar	Ride Pilot, an unsupervised driving system (pending regulatory approval)
Polestar 3	Upcoming	Luminar	Similar to EX90, part of Volvo Car Group's strategy
Mercedes-Benz S-Class	2022+	Valeo	DRIVE PILOT, a conditional L3 system (available in Germany)
Mercedes-Benz EQS	2022+	Valeo	Same DRIVE PILOT system as the S-Class
Audi A8 (Facelift)	2021+	Valeo/Ibeo	Featured a Traffic Jam Pilot system (limited deployment)
BMW iX	2023+	Innoviz	Available as part of the BMW Personal CoPilot L3 option package
NIO ET7	2022+	Innovusion	NIO Adam supercomputer with Aquila sensing system
Xpeng G9	2023+	Robosense	XNGP advanced ADAS platform
Cadillac Celestiq	Upcoming	Unknown	Expected to feature Ultra Cruise hands-free driving system

The integration of LiDAR is a significant step toward higher levels of automation. Systems like Mercedes-Benz's DRIVE PILOT and the planned system for the Volvo EX90 aim to allow the driver to take their hands off the wheel and eyes off the road under specific conditions, such as on divided highways. This is often referred to as Level 3 conditional automation.

The trend is clear: while camera and radar-based systems are standard today, LiDAR is becoming the differentiator for next-generation, high-end driving assistance. Its ability to provide precise depth information regardless of lighting makes it a critical safety redundancy. For a consumer, choosing a car with LiDAR today is an investment in a vehicle's potential to receive over-the-air updates enabling more capable autonomous features in the future.

[BriellaFitz]

Honestly, for most people's daily drive, LiDAR is overkill right now. Tesla's proven you can do a lot with just cameras and radar. These LiDAR systems add thousands to the car's price. I'd only consider it if you do a ton of highway commuting and really value the idea of the car handling heavy traffic for you. Otherwise, you're paying for tech you might not use for years.

[Edward]

From my perspective, it's all about future-proofing. I want a car that gets smarter over time. Companies like Lucid and Mercedes are putting LiDAR in their flagships now so the hardware is ready for more advanced self-driving software later. It’s like buying a computer with a better graphics card—you’re paying for capability you’ll grow into. I’d look at the Genesis G90 or wait for the Volvo EX90 if that's your priority.

[DeEleanor]

As someone who pays close attention to the tech, it's fascinating. LiDAR isn't about replacing cameras; it's about adding a layer of super-accurate depth perception, especially at night. It's the key sensor that could make systems like GM's Ultra Cruise or Volvo's Ride Pilot truly hands-free. The real question is whether the software will live up to the hardware's promise. I'm watching the Lucid Air and BMW iX to see how their systems develop.

[ReeseLee]

My main concern is safety. I like that LiDAR gives the car a reliable way to "see" the road in 3D, even if a camera is blinded by the sun. For me, it's a worthwhile investment for the extra safety margin, especially for a family car. The upcoming Volvo EX90 is high on my list specifically because they're touting LiDAR as a core part of their safety suite. It feels like the next big step in protecting everyone inside.