High-Performance A801 Electric Vehicle from China's Leading Suppliers and Factory for Comfortable Short Distance Travel
From the perspective of body design and spatial layout, A801 demonstrates precise control over practicality. Its body size is 2400*1245*1619mm, coupled with an integrated body structure, which not only greatly improves the overall rigidity and torsional performance of the body, but also effectively reduces body deformation during driving, ensuring driving safety and providing sufficient support for optimizing internal space. The layout design of 2 doors and 2 seats meets daily travel needs, with seats that conform to ergonomic curves and are less prone to fatigue during prolonged use.
In terms of core power and endurance performance, A801 has the core advantage of "stability and efficiency". The vehicle is equipped with a 60V1500W direct current motor (DC), which has the characteristics of smooth starting and linear power output. With the precise control of the 60V24 tubes controller, it can provide sufficient power support for driving, ensure smooth starting and gentle acceleration, avoid operational discomfort caused by sudden power, and achieve efficient balance between power and energy consumption.
A801 builds a solid guarantee from the details, and the front hydraulic shock absorber can effectively filter out road bumps. When driving on bumpy and gravel roads, it greatly reduces the transmission of body vibrations and improves driving comfort; The rear trailing arm suspension balances stability and load-bearing capacity, even when the passenger is loaded with heavy objects, it can maintain the stability of the vehicle and avoid significant shaking or tilting during driving.
The braking system adopts a front and rear dual disc brake configuration. Compared with traditional "front disc and rear drum" braking, the dual disc brake responds more quickly and has a more even braking force. Combined with a compliant maximum speed of 25km/h, it can meet daily travel efficiency requirements and quickly reduce speed in emergency situations, providing safety protection.