Product Overview
The Two-Wheel and Three-Wheel Children Electric Scooter Test Bench is designed to evaluate the durability, performance, endurance, and operational reliability of children's electric scooters, ride-on vehicles, and electric three-wheel scooters.
The system reproduces real-world riding conditions through a dual-roller road simulation platform equipped with obstacle blocks. Adjustable weights simulate rider loads, while integrated sensors continuously monitor vehicle speed, travel distance, obstacle crossings, and endurance performance.
By accelerating long-term usage conditions within a laboratory environment, manufacturers can verify product quality, improve durability, and validate performance before mass production or certification testing.
The equipment is suitable for manufacturers, testing laboratories, quality inspection organizations, and R&D departments developing children's mobility products.
Applicable Products
The system is compatible with:
Children's Electric Scooters
Two-Wheel Kids Scooters
Three-Wheel Electric Scooters
Ride-On Toys
Children's Mobility Vehicles
Electric Balance Scooters
Mini Electric Ride-On Vehicles
Testing Functions and Testing Logic
1. Dynamic Durability Testing
Test Objective
To evaluate the long-term structural durability of children's scooters under repeated riding conditions.
Testing Logic
During normal operation, the frame, steering system, wheels, and drive components are subjected to continuous vibration and cyclic loading.
The dual-roller platform accelerates these loading cycles, helping engineers identify fatigue-related failures before products enter the market.
Typical Failure Modes
Frame cracking
Steering looseness
Fastener loosening
Wheel wear
Bearing failure
2. Obstacle Crossing Simulation
Test Objective
To evaluate product reliability when riding over uneven surfaces.
Testing Logic
Obstacle blocks mounted on the rollers repeatedly impact the wheels, reproducing common riding conditions such as:
The repeated impact cycles accelerate durability evaluation and reveal structural weaknesses.
Measured Parameters
3. Range and Endurance Verification
Test Objective
To evaluate battery endurance and operating range.
Testing Logic
The encoder continuously records wheel rotation and calculates simulated travel distance during testing.
Manufacturers can compare battery performance under different load conditions and determine realistic endurance characteristics.
Monitored Data
Test Objective
To verify speed consistency and motor performance.
Testing Logic
The roller system continuously measures vehicle speed and displays results on the touchscreen interface.
The test helps engineers evaluate:
Maximum speed
Speed stability
Controller performance
Motor efficiency
5. Rider Load Simulation
Test Objective
To reproduce actual operating conditions experienced by children during riding.
Testing Logic
Adjustable weights up to 150 kg are applied to simulate rider loads and evaluate performance under different operating conditions.
This allows testing of:
6. Assisted Start Function Verification
Test Objective
To verify proper vehicle activation and startup behavior.
Testing Logic
The rollers initiate vehicle movement, simulating rider push-off conditions and triggering the scooter's startup sequence.
This function is especially useful for products equipped with safety-start features requiring wheel movement before motor engagement.
Core Features
Adjustable Dual Roller Design
Roller spacing adjustable from 430 mm to 1100 mm
Compatible with two-wheel and three-wheel scooters
Suitable for various vehicle sizes
Continuous measurement of:
Touchscreen Control System
Adjustable Rider Load Simulation
Load capacity up to 150 kg
Adjustable testing conditions
Realistic performance evaluation
Road Simulation System
Obstacle blocks:
5 mm obstacles
10 mm obstacles
Provide realistic durability and endurance testing conditions.
Technical Specifications
Item | Specification |
Roller Diameter | 320 mm |
Roller Spacing | 430–1100 mm Adjustable |
Simulated Load | Up to 150 kg |
Obstacle Blocks | 5 mm & 10 mm |
Timer Range | 0–999,999 Hours |
Speed Display | Touchscreen |
Distance Monitoring | Encoder Based |
Obstacle Counting | Real-Time Monitoring |
Test Bench Size | 2340 × 1230 × 1880 mm |
Control Cabinet Size | 500 × 390 × 1060 mm |
Power Supply | AC380V |
Installed Power | 4 kW |
FAQ
Why is road simulation testing important for children's electric scooters?
Children's scooters are frequently used on uneven surfaces such as sidewalks, playgrounds, and residential roads. Road simulation testing helps verify long-term reliability under realistic riding conditions.
What is the purpose of obstacle blocks on the rollers?
Obstacle blocks reproduce repeated impacts encountered during actual use. This testing logic accelerates fatigue accumulation and helps identify structural weaknesses earlier than normal riding.
How is range measured on the test bench?
An encoder continuously records wheel rotations and calculates simulated travel distance. This allows engineers to evaluate battery endurance and compare performance under different loading conditions.
Why is rider load simulation necessary?
Vehicle performance changes significantly under different rider weights. Applying controlled loads helps manufacturers verify motor output, battery consumption, and structural durability under realistic conditions.
Can this machine test both two-wheel and three-wheel scooters?
Yes. The adjustable roller spacing from 430 mm to 1100 mm allows the system to accommodate a wide range of children's electric scooters and three-wheel ride-on vehicles.
To build a complete children's scooter testing laboratory, this equipment is commonly paired with:
Children Scooter Drop Testing Machine
Scooter Folding Fatigue Testing Machine
Handlebar Fatigue Testing Machine
Scooter Brake Performance Tester
Battery Pack Performance Testing System
Wheel Impact Testing Machine
Vibration Testing Machine
Charger Reliability Testing System
Together, these systems provide comprehensive verification of safety, durability, performance, and regulatory compliance for children's electric mobility products.
