- Key Specifications
- Autonomous Driving Systems and Safety Sensors
- Comparison Table: Tensor Robocar vs Competing Autonomous Electric Crossovers
- User Experience and Privacy
Tensor has announced the launch of the first Level 4 fully autonomous electric robocar available for private ownership. This is a large luxury crossover SUV equipped with retractable steering wheel and pedals, delivering an advanced and intelligent driving experience that blends luxury with future technology.
Key Specifications
Model and Size:
A large luxury electric crossover SUV resembling a larger and updated Toyota Prius in its exterior design. The dimensions are 5525 mm long, 2261 mm wide, 1989 mm tall, with a wheelbase of 3150 mm, making it larger than the Cadillac Vistiq and Tesla Model X.
External Technologies:
Digital side mirrors, aerodynamic wheels, and double-laminated glass. Rear coach doors with PalmRead technology allow keyless and phone-free access.
Smart Technology:
Steering wheel and pedals that automatically retract. Front driver display and dual rear passenger entertainment screens. Ambient lighting system with 128 colors and dual wireless smartphone chargers.
Interior Comfort:
Heated, ventilated, and massaging seats upholstered in leather and fabric.
Autonomous Driving Systems and Safety Sensors
Level of Autonomy:
Level 4 autonomy allows full driverless operation under defined conditions.Sensors:
Over 100 advanced sensors, including 37 cameras, 5 lidars, 11 radars, 22 microphones, and others, ensuring high levels of safety and responsiveness.Computing System:
A supercomputer with 8,000 TOPs processing power running a dual AI system mimicking human cognition, learning from expert drivers and reasoning through complex scenarios.Intelligent Cleaning Modes:
Automated sensor cleaning system with dedicated wipers and nozzles to protect sensor performance.Manual Driving Option:
Driver can manually engage by pulling out the steering wheel and pedals at will.
Comparison Table: Tensor Robocar vs Competing Autonomous Electric Crossovers
User Experience and Privacy
All user data is locally processed and stored to ensure privacy protection. Users have encrypted end-to-end access to their data via a smartphone app. The vehicle includes physical camera covers and microphone mute switches for maximum privacy. However, as with all internet-connected devices, absolute security cannot be guaranteed.
The Tensor Robocar represents a breakthrough in private autonomous electric vehicles, combining advanced technology, high luxury, and strong privacy safeguards. It offers high autonomy with the option for manual control, smart and elegant design, and spacious, comfortable interiors.
With its cutting-edge technology and dense sensor array, Tensor promises confident driving even under challenging weather conditions like rain and fog. Production is scheduled to start in 2026 at a renowned Vietnamese factory, positioning Tensor as a leading contender in the future autonomous EV market.