Product Description
The UL 3300 Child Targetis designed for obstacle avoidance function testing of SCIEE robots— Service, Communication, Information, Education and Entertainment robots. It provides a realistic, repeatable and vehicle-friendly child surrogate for evaluating robot perception, obstacle detection, path planning and collision avoidance performance in indoor and service environments.
The target is developed to support the technical requirements of the ANSI/CAN/UL 3300 Standard and is suitable for safety validation of mobile service robots, educational robots, entertainment robots, communication robots and other indoor intelligent robotic platforms.
It can be used to verify whether a robot can correctly detect, classify and avoid child-like obstacles under different postures and sensing conditions.
Configuration
The target is available in two child-size options:
Option 1: Larger Child Target
- Height: 998 mm
- Weight: 14.5 kg
Option 2: Smaller Child Target
- Height: 831 mm
- Weight: 9.4 kg
Flexible posture configurations are supported, including:
- Standing posture
- Sitting posture
- Lying posture
- Crawling posture
Key Features
The target provides child-like body dimensions and representative physical characteristics for robot obstacle avoidance testing.
It supports multiple robot sensing technologies, including:
- Visual perception systems
- Ultrasonic radar detection from 30 kHz to 1 MHz
- 24 GHz millimeter-wave radar detection
- 77 GHz millimeter-wave radar detection
- LiDAR detection
The flexible and impact-friendly structure is designed to reduce damage risk during collision testing. It can withstand collision speeds of up to 10 km/h, making it suitable for repeated robot safety validation in controlled test environments.
Technical Specifications
Applicable Standard: ANSI/CAN/UL 3300
Application: Obstacle avoidance testing for SCIEE robots
Target Options:
- Height 998 mm, Weight 14.5 kg
- Height 831 mm, Weight 9.4 kg
Supported Postures:Standing, sitting, lying and crawling
Sensor Compatibility:Vision, ultrasonic radar, 24 GHz radar, 77 GHz radar and LiDAR
Ultrasonic Detection Range:30 kHz–1 MHz
Maximum Collision Speed: 10 km/h