Custom All Terrain Electric Mobility Scooter Manufacturers

How can an all-terrain electric scooter pass through muddy mountain roads, gravel roads, grasslands, slopes and other scenes?

Muddy mountain roads: dual guarantees of power and structure
Muddy mountain roads have always been a severe test for vehicles. The soft and slippery road surface is like a natural trap. The wheels are very easy to fall into the mud. The hidden gullies and potholes may cause the vehicle to lose control at any time.
Suzhou Heins Medical Equipment Co., Ltd. has been deeply involved in the field of all-terrain scooters for many years. For such complex road conditions, it has created an efficient response plan for the All Terrain Electric Mobility Scooter.
Its high-torque motor has unique power output characteristics, which can instantly burst out strong power even at low speeds. This design allows the vehicle to still struggle to get out of trouble with sufficient driving force when it is stuck in the mud. The intelligent power distribution system that cooperates with it is like the smart brain of the vehicle. It monitors the grip of the four wheels in real time through sensors throughout the body. Once a wheel shows signs of slipping, the system will immediately adjust the power distribution and accurately transmit the power to the wheel with stronger adhesion to avoid slipping from the root. In addition, the high-gear ratio transmission device used in the vehicle further improves the efficiency of power transmission through the optimization of the precise gear structure, which significantly enhances the vehicle's ability to escape from muddy environments.
In terms of body structure design, the All Terrain Electric Mobility Scooter uses a high-strength alloy steel frame. This alloy steel is forged through a special process, and its strength far exceeds that of ordinary steel, and it has extremely strong deformation resistance. Whether facing the twisting force of muddy roads or sudden impact forces, the overall rigidity of the body can be firmly maintained. In addition, the surface of the frame has been treated with multiple layers of rust prevention to form a dense protective layer, which can effectively resist corrosion even if it is exposed to the harsh environment of wet and muddy for a long time, greatly extending the service life of the vehicle.
Gravel road: precise collaboration between tires and suspension
The surface of the gravel road is covered with sharp and irregularly shaped stones, which not only puts extremely high demands on the wear resistance and puncture resistance of the tires, but also causes severe impacts on the suspension system and chassis of the vehicle due to frequent bumps. During the research and development of the Heins Medical Equipment all-terrain electric mobility scooter, a full range of optimization designs were carried out for these pain points.
Special off-road tires are key equipment for dealing with gravel roads. The tread adopts a design that combines deep patterns with staggered serrated patterns. The deep patterns increase the contact area between the tire and the gravel road, just like countless "little claws" tightly grasping the ground, effectively improving the grip; the staggered serrated patterns cleverly guide the stones out, preventing them from embedding in the tires and reducing the risk of tire damage. In terms of material selection, the tires are made of high-strength rubber and a reinforced fiber layer is added inside. This composite structure greatly improves the puncture resistance of the tires. In many outdoor field tests, this scooter has been driving for a long distance on a mountain road covered with gravel, and the tires have always remained intact without any damage or leakage.
To cope with the bumps on the gravel road, the multi-level adjustable hydraulic suspension system plays an important role. The suspension system has sensitive road condition perception and can automatically adjust the shock damping according to the ups and downs of the road surface. When encountering larger stones, the suspension system will compress quickly, absorbing and dissolving the impact force like a spring, keeping the vehicle body stable and providing a comfortable ride experience for the driver; on relatively flat roads, the suspension will automatically harden to enhance the vehicle's support and ensure driving stability. In addition, the vehicle chassis is designed with a high ground clearance, which can easily cross the raised stones and avoid collisions between the chassis and gravel. At the same time, the chassis is also equipped with high-strength protective plates, which are made of special alloy materials and can resist the scratches and impacts of stones, providing all-round protection for core components such as batteries and motors.
Grassland: A combination of lightweight and intelligent control
The seemingly flat grassland actually hides mysteries. The soft soil can easily cause the vehicle to sink, and hidden obstacles such as ditches and mounds are even more difficult to prevent, which puts higher requirements on the passability and terrain adaptability of the scooter. With advanced design concepts and technologies, the Heins Medical Equipment all-terrain scooter can calmly cope with grass road conditions.
In terms of body design, the lightweight concept is adopted, and some key body parts are made of aviation-grade aluminum alloy. This material ensures high strength while significantly reducing weight, thereby reducing the pressure of the vehicle on the grass and effectively reducing the risk of sinking. The application of the electronic limited slip differential provides reliable protection for vehicles driving on grass. When the wheel slips on the grass, the system can respond quickly, limit the power output of the slipping wheel, and transfer the power to the wheel with adhesion in time, helping the vehicle to get out of trouble easily.
The steering system also reflects the design concept of intelligence and convenience. The all-terrain electric mobility scooter uses electric power steering technology, and the steering force can be automatically adjusted according to the vehicle speed and road conditions. When driving at low speed on the grass, the steering power is enhanced, making the steering operation light and flexible. The driver only needs to turn the steering wheel lightly to easily control the vehicle to bypass obstacles; when driving at high speed, the steering force is automatically increased to make the vehicle's driving direction more stable and avoid loss of control due to slight shaking. In addition, the panoramic camera and intelligent navigation system equipped with the vehicle are like the driver's "clairvoyance" and "compass". The panoramic camera captures the 360-degree environment around the vehicle in real time and displays it clearly on the in-car display screen; the intelligent navigation system combines real-time road conditions to plan the best route for the driver and help him avoid hidden dangerous areas in advance.
Slope: Coordinated upgrade of power and safety
The slope section is particularly demanding on the performance of all-terrain scooters. Not only does it require strong climbing ability, but braking performance and anti-slip function are also crucial. Heins Medical Equipment's all-terrain electric mobility scooters have been deeply optimized in terms of power and safety systems to ensure the reliability and safety of the vehicle when driving on slopes.
In terms of the power system, in addition to being equipped with a high-torque motor, it is also innovatively equipped with a two-speed gearbox. The driver can flexibly switch between high and low gears according to the actual slope of the slope. When climbing a steep slope, switch to low gear, and the gearbox further amplifies the motor torque through precise gear transmission, providing the vehicle with powerful climbing power. After many professional tests, many models of the company can climb steadily on steep slopes, and the climbing performance far exceeds similar products on the market.
In terms of braking safety, the vehicle uses front and rear disc brake systems. Both the brake disc and brake pad are made of high-performance friction materials, which are resistant to high temperatures, have low wear and stable braking effects. When driving on a slope, even if emergency braking is required, the disc brake system can respond quickly and stop the vehicle steadily within a short distance with its powerful braking force. At the same time, the electronic anti-slip system provides double protection for driving on a slope. When the vehicle is on a slope and the driver releases the accelerator pedal, the system will immediately start braking to prevent the vehicle from sliding backwards and avoid accidents. In addition, the slope start assist function further improves the safety and convenience of driving. When the vehicle starts on a slope, the system will automatically keep the brakes on for a few seconds, providing the driver with sufficient time to step on the accelerator pedal to achieve a smooth start, effectively avoiding the phenomenon of slipping caused by improper starting operation.