Lucid vehicles represent the ultimate on-road experience. As we develop a next-generation robotaxi service with our partners at Uber and Nuro, we are re-imaging what mobility can be when you can work, read, or just take in the scenery around you as the vehicle makes hundreds of decisions per second on the way to your destination.  

At Lucid, our role extends beyond simply supplying the Lucid Gravity vehicles to make this moment possible. We are working hand‑in‑hand with our autonomy platform partners at Nuro to engineer primary vehicle controls - steering, braking and acceleration - from the ground up, enabling predictable, repeatable performance with the reliability, consistency and safety necessary for robotaxi operations at scale.¹

Built for Autonomy from Day One

Most vehicles are designed for human drivers, then adapted for autonomous use. The Lucid Gravity platform was engineered differently, with critical systems such as steering and braking redundancy architected into the platform from the earliest stages. Now, we’re working with our partners to ensure the vehicle’s physical capabilities and its autonomous decision-making are in complete alignment.

The result: a vehicle that doesn’t just follow instructions from the autonomy stack. It’s a vehicle that was designed to receive them.

Steering That Thinks Ahead & Acceleration That Sets The Tone

Lucid’s steering architecture gives the autonomy stack something most platforms can’t: a high‑fidelity understanding of how the vehicle moves and how it should respond. Redundant angle and torque sensing, high‑resolution feedback loops, and continuous self‑monitoring of system performance allow the vehicle to make micro‑adjustments with precision. It’s the difference between motion that feels robotic and motion that feels natural.

Because our control models were engineered with future autonomous use cases in mind, the vehicle’s planned path and its physical capabilities are perfectly aligned. Lane‑keeping, cornering, and complex urban maneuvers feel deliberate and smooth rather than reactive.

The first moment a vehicle moves tells you everything. In an autonomous vehicle, that first impression isn’t made by a driver — it’s made by the machine. And it only gets one chance to earn your trust.

Lucid’s powertrain delivers acceleration that feels smooth and purposeful from the instant the tires begin to roll, offering effortless power without ever feeling out of control.

Braking You Can Feel Confident In


Braking is one of the most visceral signals of safety in any vehicle. In an autonomous vehicle, braking is both critical and must be balanced because the rider has no control and often may have no warning. Braking must be measured and appropriate for each unique situation, every time.



Lucid’s system blends regenerative and hydraulic braking seamlessly, delivering deceleration that’s smooth and predictable, while maximizing efficiency. 



For partners, this means one less system to manage. Instead of navigating brake pressure thresholds, partners simply request a deceleration rate, and Lucid handles the rest. Redundant pressure and position sensing ensures the autonomy stack always has an accurate read on available braking force. A fail-operational braking pathway means that even in the unlikely event of a component failure, stopping performance remains stable and reliable.


For riders, all of this means an experience where deceleration always feels deliberate and smooth. 

A True Co-Development Model


What separates Lucid’s approach isn’t any single technology, it’s the integration. Our engineers work side-by-side with autonomy partners to align safety assumptions, control logic, and validation processes at every stage. 



Before deployment, every system goes through a rigorous validation pipeline: hardware-in-the-loop simulations, closed-course dynamic testing, extreme-temperature durability cycles, and autonomy-integrated scenario testing. Every maneuver is evaluated. Every edge case is stress-tested. 



Looking Ahead


We’re building toward a ride experience that feels intuitive from the very first mile. Working with our partners, our goal is for the vehicle’s confidence to become the rider’s confidence, transforming a novel experience into an everyday mode of sustainable and accessible transportation.