Delivery Electric Scooter – A9 features a 600W motor and dual 48V 30Ah lithium batteries, delivering a maximum range of 120 km. It also includes dual hydraulic disc brakes, full LED lighting, hydraulic front suspension, and a rear cargo rack for commercial delivery use.
Patinete eléctrico de reparto -ñona A9 is a delivery-focused electric vehicle designed for riders who need extended range, practical cargo support, and a complete urban riding configuration. It combines a 600W motor with two 48V 30Ah lithium batteries, providing a specified maximum driving range of up to 120 km.
The scooter is also equipped with front and rear hydraulic disc brakes, full LED lighting, double-shoulder hydraulic front suspension, a digital instrument, and a rear delivery cargo rack. Keyless start, a P parking gear, three-speed control, and multiple parking stands further support frequent stops and daily delivery work.
A key feature of the Delivery Electric Scooter – A9 is its dual-battery configuration. The vehicle uses two 48V 30Ah lithium batteries, creating a total battery setup designed around longer delivery routes and frequent daily operation.
The two batteries supply power to the motor, lighting system, digital dashboard, controller, anti-theft alarm, and other electrical components.
The scooter has a specified maximum driving range of no more than 120 km. Actual operating distance may vary depending on riding speed, road conditions, cargo weight, stopping frequency, battery condition, and riding habits.
The A9 is configured for buyers who prioritize riding range in a delivery electric scooter.
Its listed performance specifications include:
The dual-battery structure distinguishes this model from single-battery delivery scooters and provides a clearly defined option for operations involving longer routes.
Delivery Electric Scooter – A9 is powered by a 600W motor. The motor is matched with the dual 48V battery system and a 9-tube wireless controller.
This configuration supports regular urban riding, repeated starting and stopping, and the use of rear delivery equipment.
The 600W motor provides the main driving power for the scooter while maintaining compatibility with its digital instrument, lighting, braking, and control systems.
The vehicle is equipped with a 9-tube wireless controller.
The controller manages power delivery between the lithium batteries and the motor. It works with the digital dashboard and three-speed shift function to provide an integrated electric control system.
This configuration supports controlled acceleration and stable operation during regular delivery routes.
A rear cargo rack is included as part of the standard delivery-oriented configuration.
The rack provides a dedicated area for installing a suitable delivery box or carrying platform. It separates delivery equipment from the rider’s seating area and helps organize cargo during transport.
This practical rear structure makes the Delivery Electric Scooter – A9 suitable for food delivery, parcel distribution, local commercial transport, and other operations that require a dedicated carrying area.
The scooter is fitted with a digital instrument positioned within the rider’s normal field of view.
The dashboard displays vehicle information through a centralized interface and works with the motor, controller, battery system, lighting, and speed controls.
Its digital design gives the handlebar area a clean and practical layout while helping the rider check operating information during use.
The A9 is equipped with a full LED lighting configuration.
The lighting system includes:
This complete lighting arrangement provides front illumination, rear visibility, and directional signaling within one integrated system.
The front of the scooter uses a high-brightness LED lens lamp.
The lens-style design is integrated into the front body structure and forms the main forward lighting component. It works together with the daytime running light and front turn signals.
The headlight design also gives the front of the vehicle a more coordinated and recognizable appearance.
A wide-angle high-brightness LED lamp is installed at the rear.
The rear lighting system is positioned near the cargo rack and includes rear turn signals. This arrangement helps maintain a clear lighting layout even when delivery equipment is installed on the rear section.
The taillight, turn signals, and daytime running light form part of the scooter’s complete LED equipment package.
Delivery Electric Scooter – A9 uses hydraulic disc brakes on both wheels.
The braking configuration includes:
The dual hydraulic braking system is matched with the scooter’s motor output, maximum speed, wheel specification, and delivery-oriented design.
Both braking controls are operated from the handlebar area, giving the rider direct control of the front and rear brakes.
The front fork uses a double-shoulder hydraulic suspension design.
This structure supports the front wheel and steering system while helping absorb vibration from uneven road surfaces.
The hydraulic suspension works together with the front disc brake, iron wheel rim, and tubeless tire to form a complete front-wheel assembly.
For a scooter used on frequent delivery routes, the front suspension contributes to more comfortable handling during regular travel.
The frame is made from high-carbon steel.
It supports the motor, batteries, suspension, rider’s seat, wheels, braking system, and rear cargo rack within one integrated structure.
The frame configuration is particularly important for a delivery vehicle because it must accommodate both the rider and the rear carrying equipment.
The scooter is fitted with 3.00-12 tubeless tires mounted on 3.00-12 iron rims.
Tubeless tires do not require a separate inner tube and are used on both the front and rear wheels.
The tire and wheel specification is matched with the hydraulic disc brakes, front suspension, and high-carbon-steel frame.
The Delivery Electric Scooter – A9 includes a keyless start function.
This allows the vehicle’s electrical system to be activated without relying only on a conventional mechanical starting process.
The keyless system works alongside the anti-theft alarm, digital instrument, and parking controls as part of the scooter’s integrated electronic configuration.
A dual-handle-control anti-theft alarm is included.
The alarm adds an electronic security function to the vehicle’s control system and supports daily parking requirements.
It is supplied as part of the standard scooter configuration rather than as a separate aftermarket accessory.
The scooter features a P parking gear.
This provides a dedicated parking mode within the vehicle controls and is useful during repeated delivery stops.
The parking gear works together with the side stand and rear stand to provide multiple options for positioning the scooter when it is not moving.
A three-speed shift system allows the rider to select from different available speed settings.
This function works with the 600W motor, 9-tube controller, and digital dashboard.
The three-speed structure helps organize the scooter’s power delivery according to different riding requirements without changing the underlying motor or battery configuration.
The A9 is equipped with both a side stand and a rear stand.
The side stand provides a convenient option for shorter stops, while the rear stand offers an additional method for supporting the vehicle when parked.
Including both stand types is practical for a delivery scooter that may need to stop frequently during daily operation.
| Artículo | Especificación |
|---|---|
| Nombre del producto | Patinete eléctrico de reparto -ñona A9 |
| Batería | Two 48V 30Ah lithium batteries |
| Motor | 600W |
| Controlador | 9-tube wireless controller |
| Panel de control | Digital instrument |
| Faro | High-brightness LED lens lamp |
| Luz trasera | Wide-angle high-brightness LED lamp |
| Turn signals | Front and rear turn signals |
| Daytime running light | LED |
| Anti-theft alarm | Dual-handle control |
| Front fork | Double-shoulder hydraulic suspension |
| Wheel hub | 3.00-12 iron rim |
| Neumático | 3.00-12 tubeless tire |
| Freno delantero | Hydraulic disc brake |
| Freno trasero | Hydraulic disc brake |
| Marco | High-carbon steel |
| Cargador | 48V 5A |
| Maximum speed | No more than 45 km/h |
| Maximum range | No more than 120 km |
| Starting function | Keyless start |
| Parking function | P parking gear |
| Speed control | Three-speed shift |
| Parking stands | Side stand and rear stand |
| Cargo equipment | Rear delivery cargo rack |
The A9 combines long-range battery capacity with practical equipment for regular delivery use.
Its delivery-related features include:
This configuration supports the frequent riding, stopping, parking, and cargo-carrying requirements associated with delivery work.
Delivery Electric Scooter – A9 is designed for delivery-oriented applications such as:
The rear cargo rack provides a dedicated carrying area, while the dual-battery system supports longer operating routes than a basic single-battery configuration.
The main features of the Delivery Electric Scooter – A9 include:
Delivery Electric Scooter – A9 combines a 600W motor with two 48V 30Ah lithium batteries to provide a specified maximum range of up to 120 km.
Its rear cargo rack supports delivery equipment, while the full LED lighting system, dual hydraulic disc brakes, hydraulic front suspension, and tubeless tires create a complete riding configuration. Keyless start, parking controls, multiple stands, and three-speed adjustment further support frequent commercial use.
For delivery riders, fleet operators, distributors, and commercial vehicle buyers, the A9 offers a clearly defined electric scooter focused on extended range, practical cargo transport, and daily urban operation.
Aceleración suave con potencia de salida estable para diferentes condiciones de la carretera.
Batería de litio confiable que ofrece una distancia de conducción prolongada.
Marco de aluminio de alta resistencia diseñado para mayor durabilidad.
El sistema de absorción de impactos y el diseño ergonómico mejoran el confort de conducción.
Velocidad en tiempo real, nivel de batería, kilometraje y modo de conducción.
Los componentes confiables reducen los costos de mantenimiento y el tiempo de inactividad.
Nuestras capacidades de fabricación flexibles permiten a los clientes personalizar los productos de acuerdo con las regulaciones locales, la marca y las preferencias de los consumidores.
