About

About Tensor Robocar

Tensor Robocar is a purpose-built Level 4 autonomous vehicle designed for private ownership. Its 217.5-inch body is shaped entirely around sensing, carrying 17 exterior cameras, five lidars, six hyper-radars and an 8,000-TOPS onboard supercomputer. Inside approved zones it drives itself and folds the steering wheel away; outside them the driver takes over.

Operations

Order / Commitment
up to 2,000 - 2025-11-21 - Tensor and GreenMobility signed a letter of intent covering up to 2,000 autonomous vehicles for a planned Denmark self-driving fleet.
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Order / Commitment
Second half of 2026 - 2025-09-24 - Tensor schedules the start of Robocar customer deliveries for the second half of 2026 in selected global markets.
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Supply

Supply / Components

Tensor Robocar
Redundant Vehicle Processors - Compute & Control - Texas Instruments - Texas Instruments processors form part of Tensor Robocar's redundant vehicle-compute architecture - source: tensor.auto
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Tensor Robocar
Arm Safety Capable Processor Architecture - Compute & Control - Arm - Tensor integrates 433 Arm-based cores across each Robocar compute and safety architecture - source: newsroom.arm.com
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Tensor Robocar
Drive Agx Thor - Compute & Control - NVIDIA - Eight NVIDIA DRIVE AGX Thor systems provide the primary autonomous-driving compute in Tensor Robocar - source: tensor.auto
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Timeline

Tensor and Volt plan Sofia robotaxi fleet
2026-09-22 - Partnership - Volt says it will place an initial order for 200 Tensor vehicles; the announcement does not establish a booked order, delivery or live service. The partners describe up to 2,000 vehicles across the region as a long-term goal, not a committed rollout. Volt plans to build and manage local servicing infrastructure; regulatory frameworks remain in progress.
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Tensor embeds Arm compute architecture across its Robocar
2026-02-26 - Partnership - Each vehicle uses Arm cores across Neoverse AE, Cortex-X, Cortex-A, Cortex-R and Cortex-M domains for AI, cabin control, drive-by-wire, lidar, redundancy and low-power subsystem management. The Arm platform operates alongside NVIDIA-accelerated processing and is supported by Arm’s automotive safety toolchains and software ecosystem.
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