Product Description

The ASEAN NCAP Scooter Motorcycle Targetis designed for automotive active safety, ADAS and autonomous driving system testing in controlled proving-ground environments. It provides a realistic and repeatable scooter-type powered two-wheeler surrogate for evaluating motorcycle detection, collision warning, automatic emergency braking, path planning and avoidance functions.

The target is developed in accordance with ISO 19206-5and supports ASEAN NCAP motorcycle-related active safety test scenarios. It is especially suitable for Southeast Asian traffic environments where scooter-type motorcycles are highly representative in daily road use.

Configuration

• Scooter motorcycle target
• Rider dummy
• Support base
• Rear-view mirrors
• License plate

Key Features

The target provides realistic visual appearance, geometric proportions, millimeter-wave radar response and LiDAR characteristics for intelligent vehicle testing.

Two tire-motion feature simulation options are available: physical rotating tires or a built-in tire-rotation micro-Doppler simulator, allowing the target to reproduce wheel-rotation-related radar motion characteristics according to different test requirements.

The target supports mobile app and PC software control and can synchronize with towing systems for dynamic test scenarios. Its lightweight and vehicle-friendly structure is suitable for repeated closed-course testing and can withstand impact speeds up to 60 km/h.

Technical Specifications

Wheelbase:1260 ± 30 mm
Overall height:1615 ± 20 mm
Seat height:760 ± 20 mm
Rider shoulder width:430 ± 20 mm
Total weight, vehicle and rider:≤ 18 kg
Operating temperature:-20°C to 50°C
Maximum impact speed:60 km/h