Product Overview
The Two-Wheel Scooter Target is developed for the latest C-NCAP powered two-wheeler scenarios and NCAP active safety evaluation. Designed in accordance with ISO 19206-5 technical requirements, the target consists of a pedal-type scooter body, rider surrogate, supporting base, rear-view mirrors and license plate. It realistically reproduces the visual, millimeter-wave radar and LiDAR characteristics of a real scooter and rider. The rider surrogate adopts China-specific clothing color features, reflecting typical scooter rider appearances in Chinese road traffic environments for C-NCAP-oriented testing. With selectable free-rotating wheels or built-in micro-Doppler generators, the target can simulate realistic wheel-motion signatures. Its lightweight, impact-resistant and easy-to-deploy structure supports repeatable proving-ground testing at impact speeds up to 60 km/h, making it suitable for AEB PTW testing, collision warning validation, perception algorithm development, multi-sensor fusion assessment and vehicle-level active safety evaluation.
Key Features & Advantages
- Accurately replicates the visual, millimeter-wave radar, and LiDAR characteristics of a real rider and scooter, ensuring consistent sensor response across multi-sensor fusion systems.
- The rider surrogate is equipped with a China-specific clothing color configurationdeveloped for the latest C-NCAP-oriented powered two-wheeler scenarios. The clothing colors reflect representative visual features of scooter riders in Chinese traffic environments, improving the applicability of the target for China-focused NCAP evaluation.
- Two selectable wheel operation modes are available:
- Free-rotating wheels, and
- Built-in micro-Doppler generator inside the tires to realistically simulate wheel rotation signatures.
- Designed for impact testing with a maximum collision speed of up to 60 km/h.
- Supports smartphone App and PC software control, with seamless synchronization to towing and propulsion systems.
- Lightweight yet robust structure, enabling easy deployment, recovery, and repeatable testing under various scenarios.
Technical Specifications
| Item | Specification |
|---|---|
| Overall vehicle length | 1720 ± 50 mm |
| Wheel track | 1230 ± 20 mm |
| Handlebar height | 950 ± 20 mm |
| Pedal height | 300 ± 20 mm |
| Total weight, vehicle + rider | ≤ 15 kg |
| Maximum impact speed | Up to 60 km/h |
| Control method | Smartphone App / PC software |
| Operating temperature range | −20 °C to +50 °C |
Application Areas
- AEB powered two-wheeler testing
- Scooter crossing scenario evaluation
- Scooter longitudinal scenario evaluation
- Forward collision warning validation
- Camera, millimeter-wave radar and LiDAR sensor validation
- Multi-sensor fusion performance evaluation
- Perception algorithm development and benchmarking
- C-NCAP pre-testing and certification-oriented validation
- OEM development testing
- Closed-course active safety evaluation