The 3-Wheel Electric Mobility Scooter features a 500W sine wave motor, 48–60V battery options, hydraulic front suspension, drum brakes, an intelligent digital dashboard, and tubeless tires for stable and comfortable short-distance travel.
The 3-Wheel Electric Mobility Scooter – V1 is a compact electric vehicle designed to provide stable handling, practical daily performance, and comfortable short-distance mobility. It combines a 500W sine wave motor with a 48–60V battery system, an Oubit 12-tube sine wave controller, hydraulic front suspension, drum brakes, and wear-resistant tubeless tires.
With overall dimensions of 1575 × 730 × 1040 mm, the scooter maintains a compact body while integrating the essential systems required for reliable everyday operation. Its coordinated electrical system, comfortable suspension, intelligent digital instrument, and automotive-grade lighting create a practical three-wheel vehicle with an elegant exterior design.
The 3-Wheel Electric Mobility Scooter uses a compact three-wheel layout consisting of one front steering wheel and two rear support wheels. This structure provides a wider rear support area than a conventional two-wheel electric vehicle.
Its overall dimensions are:
1575 × 730 × 1040 mm
The compact body makes the vehicle easier to operate in locations where maneuverability and efficient use of space are important. The driver’s seat, handlebar controls, front lighting, electrical system, and rear wheels are integrated into one balanced vehicle structure.
The three-wheel design also contributes to stable everyday handling while maintaining a smaller overall footprint than larger enclosed electric passenger vehicles.
The vehicle is powered by a 500W sine wave spline shaft motor. This motor supplies the power required for regular short-distance travel and works with the scooter’s battery and controller as part of an integrated electric drive system.
Sine wave motor control supports smooth power delivery during starting and acceleration. The motor configuration is matched to the compact size and practical mobility-focused design of the vehicle.
The 500W motor is paired with an Oubit 12-tube sine wave controller to coordinate electrical output during operation.
The 3-Wheel Electric Mobility Scooter supports the following battery configurations:
These battery options allow buyers to select a configuration based on their intended operating requirements. Both capacities work with the vehicle’s motor, controller, dashboard, lighting system, and other electrical components.
The 32Ah version provides a higher battery capacity than the 20Ah option. Actual driving distance can vary according to the selected battery, rider weight, road conditions, speed, stopping frequency, and operating habits.
An Oubit 12-tube sine wave controller manages the electrical power delivered from the battery to the motor.
The controller is matched with the 500W sine wave spline shaft motor to support controlled acceleration and stable operation. It helps coordinate the vehicle’s electric drive system during starting, normal travel, and changes in speed.
The controller also works with the intelligent one-line digital instrument, creating a centralized electrical control structure for the scooter.
The vehicle is equipped with a 27-tube hydraulic front fork. This suspension system supports the front wheel and helps absorb vibration caused by uneven road surfaces.
The hydraulic front fork contributes to more comfortable handling by reducing the amount of direct impact transferred to the handlebar and driver’s position.
This suspension configuration is especially useful during regular travel over roads with minor bumps or surface changes. It works together with the tires, frame, and seating structure to support a smoother riding experience.
Comfortable handling is one of the main product highlights of this 3-Wheel Electric Mobility Scooter. The hydraulic front fork, three-wheel chassis, compact body, and practical control layout work together to create a manageable riding experience.
The scooter’s structure is designed to support stable operation without making the vehicle unnecessarily large. Its handlebar controls and digital dashboard are positioned within the driver’s normal field of view and reach.
The combination of the suspension system and three-wheel support structure helps improve comfort during daily short-distance use.
The braking system includes:
The front and rear drum brakes provide braking control for the scooter’s three-wheel structure. The front brake works with the steering wheel, while the rear brake system supports deceleration through the rear section of the vehicle.
The braking configuration is matched to the vehicle’s compact dimensions, motor output, and practical operating design.
Regular inspection and maintenance of the braking system should be carried out according to the vehicle’s operating and maintenance requirements.
The front of the scooter is equipped with an automotive-grade LED lens headlight.
The lighting system includes high- and low-beam functions, allowing the driver to select a suitable lighting mode according to the surrounding conditions.
The lens-style headlight is integrated into the front body structure, giving the vehicle a coordinated and recognizable appearance. It also complements the scooter’s elegant color combinations and smooth exterior body lines.
The high- and low-beam functions provide two available lighting modes within the same headlight system.
The low beam is designed for regular lighting use, while the high beam provides an alternative setting when additional forward lighting is required.
This practical lighting configuration adds functionality without requiring separate front lamps. The integrated design also helps maintain a clean and compact front profile.
The 3-Wheel Electric Mobility Scooter features an intelligent one-line digital instrument.
The dashboard centralizes key vehicle information within a display positioned in front of the driver. Its one-line communication structure connects the instrument with the scooter’s electrical system through an integrated wiring arrangement.
This allows the dashboard, controller, battery system, and other electrical components to work through a coordinated communication structure.
The digital instrument also gives the front control area a more modern and organized appearance.
The scooter is fitted with 300-8 wear-resistant tubeless tires.
Tubeless tires do not require a separate inner tube and are matched to the vehicle’s compact three-wheel chassis. The front tire works with the steering and suspension systems, while the two rear tires support the rear section of the scooter.
The selected tire specification contributes to regular road performance and complements the stable handling characteristics of the vehicle.
The product configuration focuses on useful components required for everyday operation. Rather than relying only on exterior styling, the scooter combines a coordinated motor, controller, battery, suspension, lighting, braking, dashboard, and tire system.
Its main practical components include:
This combination gives the vehicle a clearly defined configuration focused on practical mobility, comfortable handling, and durability.
Reliability and durability are important characteristics of the 3-Wheel Electric Mobility Scooter.
The frame supports the rider’s seat, battery system, motor, steering components, and three-wheel chassis within a compact structure. The hydraulic front fork, drum brakes, and tubeless tires are integrated to support regular vehicle operation.
The exterior panels are shaped to protect and organize the vehicle’s main components while maintaining an attractive overall appearance.
| Configuration | Especificação |
|---|---|
| Nome do produto | 3-Wheel Electric Mobility Scooter |
| Overall dimensions | 1575 × 730 × 1040 mm |
| Bateria | 48–60V 20Ah / 32Ah |
| Motor | 500W sine wave spline shaft motor |
| Controlador | Oubit 12-tube sine wave controller |
| Suspension | 27-tube hydraulic front fork |
| Farol | Automotive-grade LED lens headlight |
| Lighting function | High and low beam |
| Painel | Intelligent one-line digital instrument |
| Freio dianteiro | 110 drum brake |
| Freio traseiro | 130 drum brake |
| Pneu | 300-8 wear-resistant tubeless tire |
| Main characteristics | Stable, comfortable, practical, reliable, and durable |
The vehicle combines practical mobility features with an attractive exterior design. Smooth front body panels, integrated lighting, coordinated wheel covers, and a compact seat structure create a clean and recognizable appearance.
The available color combinations use soft, elegant, and contrasting tones. These options allow buyers to select a visual style suited to different preferences or market positioning.
The color arrangement also highlights the front panel, seat area, frame, and wheel structure without changing the vehicle’s core technical configuration.
The available color options include:
These combinations range from neutral brown and white tones to purple, green, red, pink, and yellow finishes.
The use of coordinated colors gives the scooter a softer and more refined appearance than a conventional single-color electric vehicle.
The 3-Wheel Electric Mobility Scooter offers the following main features:
The 3-Wheel Electric Mobility Scooter combines a compact body, stable three-wheel structure, smooth electric drive system, hydraulic suspension, and practical safety-related components.
Its 500W motor and selectable 48–60V battery configurations provide a clearly defined power system. The Oubit controller, drum brakes, digital instrument, LED headlight, and tubeless tires support everyday operation, while the hydraulic front fork helps improve riding comfort.
With its practical configuration, durable structure, attractive appearance, and diverse color options, this electric mobility scooter is designed for buyers seeking a compact and comfortable three-wheel vehicle for regular short-distance travel.
Aceleração suave com potência estável para diferentes condições de estrada.
Bateria de lítio confiável proporcionando distância de condução prolongada.
Quadro de alumínio de alta resistência projetado para durabilidade.
Sistema de absorção de choque e design ergonômico melhoram o conforto de pilotagem.
Velocidade em tempo real, nível da bateria, quilometragem e modo de pilotagem.
Componentes confiáveis reduzem os custos de manutenção e o tempo de inatividade.
