Scooter Horizontal Impact Tester
The Scooter Horizontal Impact Tester is a dedicated testing system designed to simulate horizontal collision scenarios for scooters and roller skates during actual operation. You can use this tester to convert potential energy into kinetic energy, propelling the specimen at a controlled speed to impact a rigid barrier. It allows you to evaluate structural integrity, deformation resistance, and safety performance under impact conditions.
Application
You can use this tester for horizontal impact testing and safety evaluation of various mobility products, including:
(1) Complete scooter horizontal impact strength testing
(2) Roller skate impact durability and structural integrity evaluation
(3) Scooter brake system impact resistance assessment
(4) Scooter wheel and frame deformation testing
(5) Safety testing for children’s and adult riding products
(6) Type testing and factory quality control
(7) Third-party testing laboratories and certification bodies
Standards
This tester is designed to meet relevant European and international standards, including:
(1) EN 13843:2003 — Roller sports equipment — Safety requirements and test methods
(2) EN 13613:2001 — Kick scooters — Safety requirements and test methods
(3) EN 14619:2004 — Children’s kick scooters — Safety requirements and test methods
(4) ASTM F2264-14 — Standard test method for non-powered scooters and ride-on products
Parameters
| Item | Technical Specification |
|---|---|
| Test Speed | 1 – 5 m/s (adjustable) |
| Standard Test Speed | (4.5 ±1) m/s |
| Track Length | 4.8 m |
| Impact Method | Horizontal free-rolling impact to rigid barrier |
| Barrier Height | 50 mm |
| Load Weights | Configurable per standard, stackable |
| Speed Control | Touchscreen programmable, automatic control |
| Motor Power | 1.5 kW |
| Equipment Dimensions (L×W×H) | 4800 × 650 × 1020 mm |
| Equipment Weight | Approx. 500 kg |
| Power Supply | AC 220V, 50 Hz |
Features
(1) Designed according to European and ASTM standards for reliable test results
(2) Horizontal impact mode realistically simulates real-world collision scenarios
(3) Wide test speed range meets multiple standard requirements
(4) Touchscreen digital control allows precise speed setting
(5) Modular load weights enable flexible combination loading
(6) Stable track structure ensures smooth and controlled specimen motion
(7) Robust machine frame supports long-term operational stability
Accessories
(1) Horizontal impact tester main unit, including track and drive system
(2) Rigid impact barrier, standard height 50 mm
(3) Standard load weights, per standard configuration
(4) Universal fixture for scooters or roller skates
(5) PLC touchscreen control system
(6) High-strength safety tether
(7) User manual (Chinese)
Test Procedures
(1) Securely mount the scooter or roller skate specimen on the fixture
(2) Install standard load weights according to testing requirements
(3) Use the drive system to accelerate the specimen along the track to the set speed
(4) The specimen impacts the rigid barrier perpendicularly
(5) Observe the specimen for structural changes such as wheel, frame, or brake deformation
(6) Record any functional failure or damage for safety evaluation
(7) Save and analyze test data
Maintenance Information
(1) Regularly inspect the track and barrier for wear or damage
(2) Keep moving components lubricated to ensure smooth acceleration
(3) Check fixtures and load weights before each test for proper installation
(4) Clean the track and impact area after testing
(5) Periodically test the accuracy of speed control and sensors
FAQ
1. What is this tester?
It is a horizontal impact testing machine designed to evaluate the structural integrity and safety performance of scooters and roller skates under controlled collision conditions.
2. What is this tester used for?
You use it to simulate real-world horizontal impacts, assess damage resistance, and verify safety compliance of ride-on products.
3. What is the working principle of this tester?
The tester accelerates the specimen along a track to a set speed, converting potential energy to kinetic energy, and collides it against a rigid barrier. Force sensors and visual inspection are used to evaluate structural and functional responses.
4. Why is this tester important?
It helps you ensure product safety, detect structural weaknesses, and verify compliance with international and regional standards before market release.
5. What industries is this tester suitable for?
It is suitable for scooter and roller skate manufacturers, quality control labs, certification bodies, and research institutions.
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