Jaguar Type 01 Adopts NVIDIA Hyperion and Halos
Jaguar reveals the electric Type 01 in New York, running on NVIDIA Hyperion architecture with Halos safety tech and 1,015 hp.
Electric four-door grand tourer pairs 1,015 hp with centralized computing and over-the-air software support.
Jaguar introduced the production-ready Type 01 in New York, choosing NVIDIA Hyperion as the core computing backbone for its electric grand tourer. Confirmed jointly by Jaguar Land Rover and NVIDIA on October 7, 2026, the four-door EV also integrates NVIDIA Halos, a safety framework designed to monitor hardware and algorithm health across vehicle subsystems.
Instead of routing functions through dozens of separate electronic control units scattered across the chassis, the Type 01 relies on a centralized software-defined vehicle architecture. JLR claims this setup runs ten times faster than its previous-generation electronic platform, pooling sensor processing and cabin controls into a unified computing stack.
Sensors and NVIDIA Hyperion Computing
To feed its driver-assistance systems and digital displays, the Type 01 packages 10 exterior cameras, 5 radar units, and 12 ultrasonic sensors. Everything feeds directly into the central NVIDIA platform, which delivers trillions of operations per second (TOPS).
JLR and NVIDIA ran more than 150,000 validation tests on the software stack before the New York premiere. The architecture includes native software-over-the-air (SOTA) capability, allowing engineers to update navigation routines, powertrain management, and driver assistance without dealership service visits.
Halos Safety Layer and Unconfirmed Silicon
The vehicle also serves as an early deployment ground for NVIDIA Halos. The system provides cross-layer fault detection, checking for anomalies in physical semiconductor operations and verifying real-time perception models against unexpected inputs.
Neither company disclosed the exact system-on-chip powering production cars. NVIDIA Hyperion supports both DRIVE Orin silicon and newer DRIVE Thor processors. For now, the precise chip configuration remains unconfirmed. Similarly, while Hyperion hardware supports higher levels of autonomous driving, features available at delivery remain limited by local regulatory approvals.
Powertrain Specs and 2027 Rollout
Underneath the bodywork sits the 850-volt Jaguar Electric Architecture (JEA). A tri-motor setup produces 1,015 hp (1,030 PS) and 1,365 Nm of torque, pushing the car from 0 to 100 km/h in 3.1 seconds.
A 118 kWh battery pack targets an estimated range of up to 640 km (400 miles). DC fast charging at 350 kW can replenish roughly 320 km of driving range in 13 minutes.
Order books open in early 2027, with customer deliveries scheduled for the second half of 2027. Pricing starts at $130,500 in the United States and £130,000 in the United Kingdom. Launch schedules and pricing for other regions have not yet been announced.