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The Scooter Horizontal Impact Testing Machine is specially designed to simulate real-world collision and impact conditions of electric scooters and kick scooters. The system evaluates the structural strength, impact resistance, and durability performance of scooter front wheel assemblies and frame structures.
This equipment is widely used by electric scooter manufacturers, R&D laboratories, quality inspection organizations, and testing centers for product safety verification and compliance testing.
Simulates real scooter collision and impact conditions
Servo motor drive system for accurate speed control
Digital speed setting with LED display
Stable and repeatable impact performance
Suitable for structural durability evaluation
Professional laboratory testing design
Reliable operation and easy maintenance
Supports safety and compliance testing requirements
Item | Specification |
|---|---|
Impact Speed | 4.5 ± 1 m/s |
Speed Display | LED digital display |
Speed Control | Automatic digital control |
Drive System | Servo motor control |
Motor Power | 1.5 KW |
Impact Energy | 135 J (front wheel impact) |
Test Bench Size | 4900 × 890 × 2040 mm |
Control Cabinet Size | 370 × 350 × 910 mm |
Machine Weight | Approx. 500 KG |
Electric scooter manufacturers
Scooter R&D laboratories
Product durability testing
Structural impact verification
Quality control departments
Third-party testing organizations
Compliance and safety testing
The machine is used to evaluate:
Front wheel impact resistance
Scooter frame structural strength
Collision durability performance
Structural deformation after impact
Product safety reliability
Accurate servo-controlled impact speed
Stable and repeatable test results
Professional laboratory-grade structure
Suitable for long-term durability evaluation
Easy operation and parameter adjustment
The equipment can be used for impact-related testing requirements associated with:
EN17128
Customized durability testing standards
Internal laboratory testing procedures
The machine is suitable for electric scooters, kick scooters, and similar lightweight mobility products.
The system controls the impact speed at 4.5 ± 1 m/s with automatic digital control.
The machine adopts a servo motor drive system for stable and accurate testing performance.
The front wheel impact energy is 135 J.
Yes. Customized fixtures and testing solutions are available according to customer requirements.
Yes. The equipment is designed for professional laboratory durability and safety testing applications.