Safety Test for Scooter (EN 14617)

Purpose

This test is to verify that the scooter meets the safety and durability requirements according to EN 14617 and can be used safely by individuals weighing between 20–100 kg.

1. Material and Construction Inspection

• Visual inspection of welds, joints and material thickness.
• Check screws and bolts – must be properly tightened and secure.
• Handlebars & grips – test for firmness and comfort.

2. Static Load Test

• The scooter is placed on a flat surface.
• A weight of 100 kg is placed vertically on the deck for 5 minutes to simulate maximum user weight.
• No breaks, deformations or structural damage must occur.

3. Dynamic Load Test

• Drop test: The scooter is lifted 100 mm above the ground and dropped 10 times to simulate shock during normal use.
• Rolling resistance test: The scooter is ridden by a 100 kg test person over a distance of 10 metres.
• Vibration and shock test: The scooter is subjected to simulated road conditions including bumps and uneven surfaces.

4. Brake Test

• The scooter is accelerated to 15 km/h, then the brakes are activated.
• The braking distance must not exceed 2.5 metres.
• There must be no signs of overheating or malfunction.

5. Handlebar and Folding Mechanism Test

• The handlebar is bent 500 times up to 20° in both directions to test durability.
• The folding mechanism (if present) is opened and closed 1000 times to verify strength.

6. Water and Weather Resistance

• The scooter is exposed to simulated rain (water spray for 5 minutes) to check for corrosion resistance.
• Test of the grip tape to ensure it retains friction in wet conditions.

7. Final Assessment

After the test, the scooter is evaluated for the following:

• Cracks or material failure
• Malfunctions in folding mechanism or brakes
• Reduced ride performance

If the scooter passes all test requirements with no structural or functional defects, it is approved according to EN 14617.