Precision Cutting & Reinforced Chassis

Utilizing advanced precision pipe cutting technology to engineer highly durable, reinforced chassis foundations for maximum load capacity and stability.

Automated Robotic Welding Platform

Our state-of-the-art automated welding platforms ensure seamless, high-strength structural integrity and flawless manufacturing consistency across every vehicle.

200-Meter Electrophoretic Production Line

Equipped with an industry-leading 200-meter e-coating and baking facility, delivering automotive-grade finishes, vibrant colors, and superior rust resistance.

Multi-Stage Anti-Corrosion Process

A rigorous, multi-stage coating process encompassing degreasing, spray rinsing, pickling, phosphating, electrophoresis, drying, and precision spraying for ultimate environmental durability.

Related certificates

We will provide certificates of conformity (CoC) for every vehicles and deliver them together to help you to get necessary license for business： For the Europe market, most of our electric moped modes are qualified with EEC, COC certification(EU CERTIFICATE OF CONFORMITY), which is legal to get registration in the European market.

documents for import

For the United States, our electric motorcycle factory is D.O. T listed, so we can provide qualified MCO/MSO for you to get your legal plate to ride on the road legally.

MSDS

UN38.3

ISO9001

Frame Damping Test

During the Frame Damping Fatigue test, the electric motorcycle is subjected to a series of controlled stress cycles to simulate real-world riding conditions. These tests help identify potential weak points in the frame design and material composition. Engineers can then refine their designs to enhance the overall performance and longevity of the electric motorcycle.

Motor Power Test

The Motor Power Test is a critical aspect of the overall performance evaluation of electric motorcycles and electric scooters. This test aims to assess the efficiency, power output, and torque capabilities of the electric motor under various conditions, ensuring the reliability and optimal functioning of the vehicle throughout its life cycle.

Fatigue Test

Brake cable fatigue testing is an essential procedure in ensuring the safety and reliability of electric motorcycles and electric scooters. This test aims to evaluate the durability and performance of brake cables under repetitive stress, simulating real-life usage conditions. Through this evaluation, manufacturers can identify potential weak points in the brake system and make necessary adjustments to improve overall vehicle safety.