Product Overview
The Electric Scooter Footboard Load and Functional Testing Machine is designed to verify the operational performance, load-bearing capability, speed response, and foot switch functionality of electric scooters before shipment.
The system simulates rider weight on the scooter deck while automatically testing vehicle speed and foot-start activation performance. Controlled by a PLC and touchscreen interface, the machine allows operators to preset testing time, loading conditions, and foot switch activation frequency.
After testing, the system automatically evaluates the results and provides a clear PASS/FAIL indication through visual status lights, improving inspection efficiency and ensuring product consistency.
The equipment is ideal for production line quality control, end-of-line inspection, product validation, and R&D testing.
Main Testing Functions and Testing Logic
Test Objective
To verify the structural integrity and load-bearing capability of the scooter deck under simulated rider weight.
Testing Logic
During actual riding, the scooter deck continuously supports the rider's body weight while transmitting vibration and dynamic loads throughout the frame.
The machine applies loads up to 150 kg to simulate real-world operating conditions and verifies whether the scooter structure maintains normal operation without deformation or failure.
Evaluation Items
Test Objective
To verify whether the scooter reaches its specified operating speed.
Testing Logic
The machine continuously monitors scooter speed during operation and compares measured values with preset requirements.
Manufacturers can use this function to verify:
Evaluation Items
Maximum speed
Speed stability
Speed deviation
Production consistency
Test Objective
To verify the reliability and response performance of the foot-start activation system.
Testing Logic
Many electric scooters require a kick-start or foot activation signal before motor assistance begins.
The machine automatically repeats switch activation cycles according to programmed parameters, simulating actual user operation and verifying proper system response.
Evaluation Items
Switch sensitivity
Activation consistency
Signal stability
Response reliability
4. Automated Pass/Fail Evaluation
Test Objective
To reduce operator judgment errors and improve testing efficiency.
Testing Logic
The PLC automatically compares test results with preset acceptance criteria.
Test results are displayed through:
Green light = PASS
Red light = FAIL
This function is particularly suitable for high-volume manufacturing environments.
Key Features
PLC and Touchscreen Control
Supports:
Deck load testing
Speed verification
Foot switch testing
Functional inspection
Automatic Quality Assessment
Production-Line Ready Design
Technical Specifications
Item | Specification |
Test Functions | Load Test, Speed Test, Foot Switch Test |
Maximum Simulated Load | 150 kg |
Control System | PLC + Touchscreen |
Test Time Setting | Programmable |
Foot Switch Frequency | Programmable |
Result Evaluation | Automatic PASS/FAIL |
PASS Indicator | Green Light |
FAIL Indicator | Red Light |
Test Bench Size | 2600 × 1620 × 1750 mm |
Control Cabinet Size | 600 × 600 × 1800 mm |
Power Supply | AC220V |
Current | 1A |
FAQ
The deck supports the rider's weight during every ride. Load testing verifies that the structure can safely withstand expected loads without excessive deformation or performance degradation.
The foot switch or kick-start system controls motor activation. Repeated testing ensures reliable operation, prevents activation failures, and improves overall product safety.
Speed testing verifies that the motor controller and drive system are operating within design specifications. It helps identify assembly issues before products leave the factory.
How does the automatic PASS/FAIL system improve quality control?
Automatic evaluation eliminates subjective operator judgment, increases testing consistency, and improves production efficiency by providing immediate inspection results.
Is this machine suitable for end-of-line testing?
Yes. The system is specifically designed for production-line quality verification and end-of-line inspection, allowing manufacturers to validate key scooter functions before shipment.
For a complete scooter testing laboratory or production quality system, this machine can be combined with:
Scooter Folding Fatigue Testing Machine
Scooter Dynamic Durability Roller Tester
Scooter Drop Testing Machine
Scooter Horizontal Impact Testing Machine
Scooter Brake Performance Testing Machine
Scooter Vibration Testing Machine
Scooter Handlebar Fatigue Testing Machine
Electric Scooter Battery Performance Testing System
Together, these systems provide comprehensive verification of scooter safety, durability, functionality, and production quality.
