Safety Test for Scooter (EN 14617)
Purpose
This test is designed to verify that the scooter meets safety and durability requirements in accordance with EN 14617 and can be safely used by individuals weighing between 44–220 lbs.
1. Material and Construction Inspection
- Visual inspection of welds, joints, and material thickness.
- Check screws and bolts – they must be properly tightened and secure.
- Handles & grips – tested for firmness and comfort.
2. Static Load Test
- The scooter is placed on a flat surface.
- A weight of 220 lbs is placed vertically on the deck for 5 minutes to simulate maximum rider weight.
- There must be no cracks, deformations, or structural damage.
3. Dynamic Load Test
- Drop test: The scooter is lifted 4" off the ground and dropped 10 times to simulate impacts during regular use.
- Rolling resistance test: A 220 lbs test rider rides the scooter over a 33 ft distance.
- Vibration and shock test: The scooter is subjected to simulated road conditions including bumps and uneven surfaces to test frame and component durability.
4. Brake Test
- The scooter is accelerated to 9.3 mph, and the brakes are then applied.
- Stopping distance must not exceed 8.2 ft.
- There must be no signs of overheating or brake failure.
5. Handlebar and Folding Mechanism Test
- The handlebar is bent 500 times up to an angle of 20° in both directions.
- The folding mechanism (if applicable) is opened and closed 1000 times to ensure long-term durability.
6. Water and Weather Resistance
- The scooter is sprayed with water for 5 minutes to simulate rain exposure and test corrosion resistance.
- Grip tape is tested to confirm it maintains traction in wet conditions.
7. Final Assessment
After testing, the scooter is evaluated for the following:
- Cracks or material fractures
- Failures in folding mechanism or brakes
- Loss of ride performance
If the scooter passes all test requirements without structural or functional defects, it is approved under EN 14617 standards.