Rivian Automotive is facing a proposed class action lawsuit in the United States that alleges the electric vehicle manufacturer misled customers about the future self-driving capabilities of its first-generation R1T pickup and R1S SUV.
The lawsuit, filed in the U.S. District Court for the Central District of California, claims Rivian promoted its Driver+ driver-assistance system as a platform that would eventually support advanced hands-free and Level 3 autonomous driving through future software updates, despite lacking the necessary hardware to achieve those capabilities.
Plaintiffs Challenge Autonomous Driving Promises
According to the complaint, Rivian marketed first-generation R1 vehicles between 2018 and 2023 as having the potential to receive more advanced autonomous driving functionality through over-the-air software updates.
The plaintiffs argue that the original hardware configuration installed in those vehicles was incapable of supporting the Level 3 autonomous driving features that customers were allegedly led to expect.
“In reality, Rivian manufactured its Gen 1 Vehicles without the hardware, cameras, sensors, and compute to enable hands-free driving and/or level 3 autonomous operation,” the complaint states.
The lawsuit further alleges that software updates alone would be insufficient to provide the promised functionality because the underlying hardware limitations cannot be overcome through software improvements.
Owners Seek Class Action Status
Three vehicle owners from California, Michigan, and Wisconsin are listed as plaintiffs in the case.
The individuals purchased first-generation R1T and R1S vehicles between 2022 and 2023, paying between $81,000 and $97,000, according to the filing.
The complaint argues that consumers relied on Rivian’s representations regarding future autonomous driving capabilities when making purchasing decisions.
“None of them would have purchased a Gen 1 Vehicle — or certainly would not have paid what they did — had Rivian truthfully disclosed that its vehicle would never be capable of true hands-free autonomous driving,” the lawsuit alleges.
The plaintiffs are seeking class action status on behalf of other owners of affected vehicles.
Marketing and Executive Statements Cited
The lawsuit claims Rivian promoted future autonomous driving capabilities through multiple channels, including marketing materials, public presentations, sales communications, and comments made by company executives.
Among the evidence cited are statements regarding the vehicle’s sensor suite and Rivian’s long-term ambitions for autonomous driving technology during early product launches and public events.
The plaintiffs contend those communications created expectations that the vehicles would eventually support higher levels of automation than they are technically capable of delivering.
Second-Generation Vehicles Feature New Hardware
The legal challenge comes after Rivian introduced second-generation R1 vehicles in 2024 featuring a significantly upgraded autonomous driving hardware platform.
The updated Rivian Autonomy Platform includes 11 cameras, five radar sensors, and increased computing capacity compared with the first-generation vehicles.
In late 2025, Rivian launched its Universal Hands-Free feature for second-generation vehicles, enabling hands-free driving on more than 3.5 million miles of roads across the United States and Canada where lane markings are clearly visible.
The deployment of the newer system has drawn attention to differences between the hardware installed in earlier and later vehicle generations.
Growing Scrutiny of Autonomous Driving Claims
The lawsuit highlights increasing scrutiny of how automakers market advanced driver-assistance and autonomous driving technologies.
As vehicle manufacturers compete to offer increasingly sophisticated automated driving features, regulators, consumers, and courts have paid closer attention to how companies describe the capabilities and future potential of those systems.
The case could become a closely watched example of how courts assess claims related to future software-enabled functionality and the hardware requirements needed to support autonomous driving technologies.