Specification Information |
|
Vehicle Size |
3210*1190*1330mm |
Carriage Size |
1600*1100*310mm |
Wheelbase |
2145mm |
Track Width |
970mm |
Battery |
12V 9A |
Engine |
200cc air cooling |
Ignition Type |
C.D.I |
Start System |
Electric/kick |
Chasis |
40*80mm chasis |
Number of Doors |
2 |
Number of Cab Passengers |
1-2 |
Rated Cargo Weight |
548kg |
Ground Clearance(no-load) |
246mm |
Rear Axle Assembly |
half floating car rear axle(Max Speed:55km/h ) |
Front Damping System |
Ф37 Shock absorption of leaf spring |
Rear Damping System |
Single-layer 7-piece steel plate |
Brake System |
Front and rear disc brake |
Hub |
steel |
Front And Rear Tire Size |
4.00-12 |
Front Bumper |
integrated bumper |
Fuel |
Plate fuel tank |
Headlight |
led |
Meter |
Mechanical meter |
Rearview Mirror |
rotatable |
Seat/Backrest |
leather seat |
Steering System |
Handlebar |
Horn |
front and rear horn |
Vehicle Weight |
290kg |
Climbing Angle |
25° |
Parking Brake System |
hand brake |
Drive Mode |
rear drive |
Color |
red/orange |
Spare Parts |
jack, cross socket wrench, screwdriver, wrench, spark plug removal tool, pliers |
The electric bicycle frame fatigue test is a test method used to evaluate the durability and strength of the electric bicycle frame in long-term use. The test simulates the stress and load of the frame under different conditions to ensure that it can maintain good performance and safety in actual use.
Electric bicycle shock absorber fatigue test is an important test to evaluate the durability and performance of shock absorbers under long-term use. This test simulates the stress and load of shock absorbers under different riding conditions, helping manufacturers ensure the quality and safety of their products.
The electric bicycle rain test is a test method used to evaluate the waterproof performance and durability of electric bicycles in rainy environments. This test simulates the conditions encountered by electric bicycles when riding in the rain, ensuring that their electrical components and structures can work properly under adverse weather conditions.