Volvo is expanding its partnership with Nvidia to develop an automated driving system that enables the driver to let go of the steering wheel and navigate from point to point on local roads, targeting a launch before the end of the decade and by 2030, according to the announced plan. The system is classified as Level 2++, meaning that the vehicle handles driving tasks in complex conditions, while the driver remains responsible for supervision and intervention when necessary.
Planned Driving Capabilities
Volvo says the system will be capable of handling traffic lights, stop signs, and unprotected left turns, in addition to varied urban driving conditions, without continuous direct control from the driver. These functions make it closer to Tesla’s Full Self-Driving (Supervised) system, while remaining classified as assisted driving rather than unsupervised autonomous driving.
The system will rely on Nvidia’s Hyperion platform, which combines high-performance computing hardware with a set of sensors mounted around the vehicle. Volvo will also use Nvidia’s Alpamayo software, which relies on models described as capable of reasoning to understand complex road conditions and determine when the vehicle should turn, brake, or accelerate.
The current design will not include lidar sensors, although they could be added in the future if Volvo decides to do so. The company had previously planned to include these sensors in some of its models, but that path lost momentum after its supplier, Luminar, went bankrupt.
What Changes in Practice?
Volvo is betting on combining its expertise in safety systems with Nvidia’s technologies rather than relying solely on sensing and software capabilities. Alwin Bakkenes, Volvo Cars’ global head of software engineering, said that the company will also contribute proprietary systems for understanding the driver, analyzing the driver’s behavior to a greater extent than basic attention-monitoring systems.
Volvo is adding connected safety technology, which enables vehicles to exchange information about hazards and upcoming road conditions, such as construction work. This could expand the system’s awareness beyond what a single vehicle’s sensors can detect, but it does not eliminate the need to evaluate the system’s performance in real-world conditions or the driver’s responsibility for monitoring.
Context and Open Limitations
The plan follows the setbacks affecting the Ride Pilot project, a Level 3 driving system that was supposed to operate without continuous supervision, before Volvo effectively sidelined it in the United States because it did not obtain the necessary regulatory approvals. Therefore, choosing a Level 2++ system represents a less ambitious path than full autonomous driving, but it still requires clarity regarding operating limits and driver-attention requirements.
Volvo says the system will reach its entire vehicle lineup, from mainstream to luxury models, but it has not specified which models will receive it first. It has also provided no precise date other than confirming that it will be introduced before the end of the decade.
The Commercial Dimension
Nvidia believes that point-to-point driving could be more commercially valuable than assistance systems limited to highways. The partnership gives both parties an opportunity to develop ongoing software services connected to the vehicle, but the source does not specify the subscription model, pricing, or the first markets where the function will be available.