Customer Pain Points
High Risk in Extreme Takeover Scenarios
Safety concerns during real-vehicle testing of driver takeovers in extreme conditions
High Training Costs with Difficult Behavior Reproduction
Expensive driver training with challenges in consistently replicating specific driving behavior patterns
Difficult Validation of HMI Designs
Limited effectiveness of pure software simulation in fully evaluating human-machine interaction designs for intelligent cockpits
Challenges in Simulating Complex Scenario Coordination
Difficulty in effectively modeling human-system coordination mechanisms for complex scenarios like congestion and sudden accidents
Solution Value
High-Immersion Simulation
Utilizes multi-DOF motion platforms, LED panoramic display systems, and realistic cockpit components to recreate physical sensations like acceleration, braking, and steering, significantly enhancing driving immersion.
High Scenario Controllability
Supports customizable weather (rain/snow/fog), traffic flow (vehicle density, pedestrian behavior), and road types (highway/urban/rural), enabling accurate reproduction of real driving scenarios.
Human-Machine Interaction Validation
Integrates eye trackers and motion capture devices to analyze driver attention distribution on HMI interfaces and operational response times, facilitating interaction design optimization.
Safe and Cost-Effective
Eliminates real-vehicle testing risks, reduces testing costs, and supports continuous testing operations.
