
Precision Without Human Variability
Precision electromechanical steering, throttle, and brake actuators provide continuous, exact mechanical inputs with no risk of human physical fatigue or reaction lag

Proving active safety compliance on the test track and executing end-of-factory vehicle clearance represent two of the slowest, most labour-intensive bottlenecks in the automotive industry today. On proving grounds, evaluating Level 2 and 4 ADAS features requires thousands of precise scenario repetitions to assess technology, while human test drivers naturally exhibit reaction-time variance, behavioral drift, and are exposed to hazardous, crash-imminent trajectories. At the factory end-of-line, manual Pre-Delivery Inspection (PDI) road tests consume inspection tracks for up to 12 minutes per vehicle, causing shipping backlogs.

RoshAi joins together the proving-ground ADAS Validation Equipment and factory floor Automotive PDI Testing into a unified robotic testing system. By utilizing non invasive robotic test drivers mounted in the cabin, we are able to clamp directly to the steering wheels, throttle, and brake pedal to remove human error from the cockpit. On the proving ground, closed-loop scenario automation executes complex edge cases with sub-centimetre path accuracy. On the factory end-of-line test track, the same robotic precision automates dynamic acceleration and alignment verification as well as powertrain testing, shrinking the inspection cycle to under 3 minutes per vehicle with 99%+ repeatable precision across all vehicle platforms.
Precision-engineered tools for repeatable, automated ADAS and autonomy validation.

Precision electromechanical steering, throttle, and brake actuators provide continuous, exact mechanical inputs with no risk of human physical fatigue or reaction lag

Coordinates multi-vehicle maneuvers, pedestrian dummy cut-ins, and high-speed emergency obstacle avoidance with sub-centimeter path accuracy.

Automates standard dynamic factory test routines, including verification of powertrain acceleration profiles, steering wheel alignment, and anti-lock braking performance

Safe evaluation of high-risk, crash-imminent trajectories and sensor-challenged driving scenarios without risking human test drivers

Mounts quickly and unobtrusively within driver's cab, works across multiple vehicle types including sedans, SUVs, commercial haulers, ICE and electric powertrains with no impact to factory warranty or steering geometry
millimeter-level steering, throttle, and braking execution
Identical actuation, nonstop testing, and faster validation help engineering teams improve data consistency and shorten compliance timelines.

Delivers identical steering and pedal actuation across hundreds of consecutive proving-ground runs, giving engineers objective, test-to-test data correlation.

Runs demanding multi-hour durability loops and factory clearance tracks around the clock without driver rest breaks, staffing shortages, or operator fatigue.

Shifts validation cycles into high-speed automation, helping OEM engineering programs achieve active safety certification months ahead of schedule.

Delivers identical steering and pedal actuation across hundreds of consecutive proving-ground runs, giving engineers objective, test-to-test data correlation.
Runs demanding multi-hour durability loops and factory clearance tracks around the clock without driver rest breaks, staffing shortages, or operator fatigue.
Shifts validation cycles into high-speed automation, helping OEM engineering programs achieve active safety certification months ahead of schedule.

Automated Validation for Next-Generation Vehicles
Equips vehicle manufacturers, Tier-1 suppliers, and independent automotive test tracks with robotic drivers and scenario automation to validate active safety, certify sensor perception, and stress-test software-defined vehicles.

Evaluate how our robotic ADAS validation equipment and automated PDI test driving systems integrate into your proving grounds and manufacturing lines.