Description

Electric Mobility Scooter Heavy-Duty with Omnidirectional All-Terrain – EZYWHEELS is 1. Modern Scooter for Everyone

A heavy-duty electric scooter with omnidirectional wheels designed for individuals with disabilities would typically incorporate several key features to enhance mobility and accessibility.

Features:

Robust Construction: The scooter should have a sturdy and durable build, capable of supporting heavier weights and withstanding rough terrains. It should be constructed using high-quality materials to ensure longevity and reliability.
Omnidirectional Wheels: The scooter would feature omnidirectional wheels, which allow for enhanced maneuverability in all directions. This feature enables the scooter to navigate tight spaces and turn effortlessly, providing greater accessibility for users.
All-Terrain Capability: The scooter should be equipped with rugged, all-terrain tires designed to handle various surfaces such as pavement, gravel, grass, or even uneven terrains. This feature ensures that users can comfortably travel across different environments.
Powerful Electric Motor: A heavy-duty scooter requires a robust electric motor to provide sufficient power for propulsion. The motor should have ample torque to handle inclines and provide a smooth riding experience, especially when traversing rough terrains.
Long Battery Life: To ensure extended usage without frequent recharging, the scooter should have a high-capacity battery. A long-lasting battery allows users to travel longer distances without worrying about running out of power.
Adjustable Seat and Controls: It’s essential for the scooter to offer a comfortable and customizable seating arrangement. An adjustable seat allows users to find the optimal position for their comfort and accessibility. Similarly, adjustable controls, such as the handlebars, should be provided to accommodate various user preferences and needs.
Safety Features: Safety should be a priority in the design of the scooter. Features like anti-tip mechanisms, reliable braking systems, and integrated lighting (headlights, taillights, and indicators) ensure the user’s safety, especially during nighttime rides or low-visibility conditions.
Ample Storage Space: A heavy-duty scooter should offer sufficient storage options, such as baskets or compartments, to carry personal belongings or shopping items conveniently.
Ergonomic Design: The scooter’s design should prioritize ergonomics, providing a comfortable and accessible riding experience for users with disabilities. This includes considerations like adjustable armrests, easy-to-reach controls, and an intuitive user interface.
Customization Options: It can be beneficial to have customization options available, such as interchangeable accessories or add-ons, allowing users to adapt the scooter to their specific needs and preferences.

Specifications:

Performance Parameter		Structural and Electronic Parameters
Operation Temperature	-25℃～50℃	Length	920 mm
Maximum Speed	6 km/h	Sitting Height	520 mm
Gradeability	10°	Bearing	100 kg
Braking Distance	≤1.5 m	Front Tire Size	254 mm
Static Stability	≥10°	Battery type	High Density EV
Maximum Weight Capacity	100 kg	Scooter Width	540 mm
Supply Voltage	24V	Sitting Deep	420 mm
Obstacle Capability	40 mm	Net Weight	45 kg
Slope Capacity	10°	Rear Tire Size	264 mm
Dynamic Stability	≥6°	Motor Power	250W*2
Driving Range	20 km	Height	890 mm
Battery Charging	5 hours	Sitting Width	440 mm
		Gross Weight	57 kg
		Package size	1176x600x495 mm
		Mileage	15~18 km
		Dimension (Carton Package):	1097067 cm

How to operate Heavy-duty with Omnidirectional All-Terrain Electric Mobility Scooter:

On each of the handrails, there are different controls; on one side, there are the function keys like the SOS voice call key, horn, plus and minus (to control the gears) and the on and off key, just above these keys is a digital screen which will show all your gears your speed the signal the battery life plus GPS and Bluetooth. On the other handrail is the joystick control.

To use the scooter safely, you will need to follow these next easy few steps. First, to sit down on the scooter, you will be to ensure the seat is locked in and the electromagnetic brake is engaged. Next, move the arm lever under the seat forward to loosen the arm. Once this has been done, you can then lift the arm to the highest level; after those steps, sit on the seat and swing yourself the right way and lower the armrest back down; once you have dropped the armrest, you will hear the indicates go off that tells you that the armrests are locked into place, now you can place the belt can then be placed around your waist and buckled up.

Now you start the scooter by pressing the power button, and you will see the display screen light up and the taillights turn on. Once that happens, you must wait for the display screen to show the main page. Once this shows, you can start using the joystick to move around. For the scooter to stop, you must let go of the joystick, which will control it automatically.

To exit the scooter, you must do all the steps in reverse; if you need to push the scooter for any reason, you must disengage the electromagnetic break, making it easier to push. It is highly recommended that you push the scooter if some fail.

One of the other great features about this scooter is that you can download an app on your phone and once you have scanned the QR code and everything is connected successfully, remote control, locking. Many other operations can be performed on the scooter.

For your safety, please ensure you Do Not go fast when turning. Please consider your surroundings to avoid running into anything. If you travel over bumpy roads, please ensure you drive slowly to prevent damage. The scooter can not be used on escalators or stairs; please try to avoid big puddles of water and Do Not drive through smooth roads such as sand, snow and muddy road etc.