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The company was founded in 2021 and has an annual manufacturing capacity of 120,000 motorcycles.

Electric Motorcycles: A Green New Choice for Future Mobility

2025-11-29

In the current era of the rise of new energy sources, electric motorcycles have emerged onto the scene. Electric motorcycles—often referred to as "e-motos"—are two- or three-wheeled vehicles powered by batteries and driven by electric motors; they represent a high-performance subcategory of electric vehicles. Their key characteristics include: motor power ≥ 500W, vehicle total mass > 50kg, and the absence of a pedal-assist riding function. Typically, their designed maximum speed can reach over 40 km/h, with some high-performance models even exceeding 50 km/h.

In the current era of the rise of new energy sources, electric motorcycles have emerged onto the scene. Electric motorcycles—often referred to as "e-motos"—are two- or three-wheeled vehicles powered by batteries and driven by electric motors; they represent a high-performance subcategory of electric vehicles. Their key characteristics include: motor power ≥ 500W, vehicle total mass > 50kg, and the absence of pedal-assist riding functionality. Typically, their designed maximum speed can reach over 40 km/h, with some high-performance models even exceeding 50 km/h.

Based on their intended use and performance, electric motorcycles can be categorized as follows:

By range: short-range (<50 km), medium-range (50-100 km), and long-range (>100 km).

By battery type: lead-acid batteries (low cost), lithium-ion batteries (lightweight, high energy density), and others.

By vehicle type structure, they are classified into electric two-wheeled motorcycles (maximum speed > 50 km/h) and electric three-wheeled motorcycles (ready-to-ride weight ≤ 400 kg).

The core technology of electric motorcycles revolves around the electric drive system, which primarily includes: The electric motor converts electrical energy into mechanical energy, with power ratings ranging from 250W to over 1700W, directly influencing speed and performance.

As an energy storage unit, battery packs commonly come in voltages of 48V, 60V, and 72V. The greater the capacity, the longer the range (for example, a 48V 40Ah battery can achieve a range of 80km). The control system intelligently regulates power distribution and supports features such as ABS anti-lock braking and TCS traction control, enhancing both safety and driving experience.