Product Overview
This product is designed for automotive active safety and ADAS function testing, providing a highly realistic powered two-wheeler (PTW) target solution. It complies with the requirements of ISO 19206-5, C-NCAP, and other relevant testing and evaluation standards. The target is suitable for laboratory, proving-ground, and real-vehicle testing scenarios involving AEB, collision avoidance, and perception performance assessment.

Product Composition

• Pedal-type motorcycle body

• Rider surrogate

• Supporting base/feet

• Rear-view mirrors

• License plate

Key Features & Advantages

• Accurately replicates the visual, millimeter-wave radar, and LiDAR characteristics of a real rider and motorcycle, ensuring consistent sensor response across multi-sensor fusion systems.

• Two selectable wheel operation modes:

  • 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

• 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

• Operating temperature range: −20 °C to +50 °C

This solution provides a reliable and standards-compliant PTW target for evaluating perception, decision-making, and control performance of modern ADAS and automated driving systems.