Electric Scooter

Professional Electric Scooter Supplier

We are a professional Electric Bicycle factory, providing small electric bike, manned lightweight electric bicycle, integrated drum brake electric bicycle, lead-acid battery electric bicycle, removable battery electric bicycle etc.

DBAO has hundreds of distributors and specialty stores in China, and we have many years of export experience.

Company Advantages

well-experienced

We were established in 2006, with more than 10 years of manufacturing experience, can provide customers with perfect solutions.

Advanced Equipment

We have advanced equipment, including semi-automatic assembly lines, power detectors, and light testing rooms.

Good Services

We have an experienced and professional customer support team to provide excellent service to customers around the world, giving full support from product design to marketing.

Free samples

We can provide samples for free, and customers pay the freight. If the sample value is relatively expensive, some sample fees may be charged.

Multiple Certifications

We have Emark, ISO9001, CQC, and CCC certifications, ensuring the quality of our products.

Affordable price

You can get our catalog online or visit our factory to see our products. We also provide competitive price and excellent customer service for all our customers.

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Introduction to Electric Scooter

Electric Scooters are small, motorized vehicles that are designed for personal transportation. They are similar to motorcycles, but have an underbone or step-through frame, a seat, and a platform for the rider's feet. Scooters also have a transmission that shifts without the need for a clutch lever.

DBAO has a variety of electric scooter testing items to ensure the quality of electric scooters. We maintain a complete after-sales service team in both domestic and foreign markets, dedicated to providing professional after-sales service for each customer.

Common types of Electric Scooter

The Electric Scooters produced by our company include the following common types:

Large Capacity Battery Electric Scooter

Our Large Capacity Battery Electric Scooter is equipped with a high-capacity battery, enabling a longer travel range of up to 75 km on a single charge. This makes it an ideal choice for individuals who need to cover longer distances without the concern of running out of battery power.

Mini Electric Scooter

The Mini Electric Scooter is an outstanding product that excels in terms of convenience, safety, sustainability, and is perfect for daily commuting.

Front Disc Brake Electric Scooter

The Front Disc Brake Electric Scooter incorporates a disc brake device, ensuring a sensitive braking effect. This feature allows for quick vehicle startup and emergency braking, ultimately shortening the braking distance and enhancing the operator's safety. Additionally, its high-quality battery possesses a strong power storage capacity, enabling the electric scooter to operate smoothly while reducing energy consumption.

E-Scooter with Backrest

The e-scooter with backrest is equipped with a unique feature that sets it apart from other electric scooters - a backrest. This distinctive addition is designed to offer enhanced comfort and support to the rider, making it particularly advantageous for individuals experiencing back pain or discomfort. Moreover, the backrest contributes to safety by reducing the risk of falls and ensuring increased stability for the rider.

Advantages of Electric Scooter

Electric scooters have many advantages, including

Environmentally friendly: Electric scooters emit no direct emissions and have a small carbon footprint.
Low operating costs: Electric scooters are cheaper to operate than cars and motorbikes.
Easy parking: Electric scooters are small and lightweight. They can be parked easily.
Less noise pollution: Electric scooters don't have tailpipe emissions.
No driver's license required: Most electric scooters don't require a license because of their lower speeds.

Other advantages of electric scooters include

Safe, convenient, and easy to use
Light and portable
Easy repair and maintenance
Perfect for short distances
Can skip traffic jams

Uses of Electric Scooter

Electric scooters can be used for a variety of purposes, including:

Urban Delivery

Electric scooters can be used for urban delivery services, allowing for quick and efficient transportation of goods without contributing to air pollution or traffic congestion. They offer a cost-effective and sustainable solution for businesses looking to reduce their carbon footprint.

Commuting

Electric scooters are a good way to commute to work or school, especially in urban areas.

Running Errands

Electric scooters are a good way to run errands, such as going to the grocery store or picking up the kids from school.

Campus Transportation

Electric scooters can be used for transportation on college or university campuses, allowing students and staff to quickly move around campus without having to worry about parking or traffic. This also helps to reduce congestion on campus roads and reduce carbon emissions.

Industrial Applications

Electric scooters can be used in industrial settings, such as warehouses, factories, and ports, to transport goods and materials. They can carry heavy loads and travel long distances without the need for frequent charging, making them a cost-effective and eco-friendly alternative to traditional industrial vehicles.

Security Patrol

Electric scooters can be used for security patrols in public areas, such as parks, shopping malls, and stadiums. They allow security personnel to quickly and efficiently move around and respond to any security concerns.

Police and Law Enforcement

Electric scooters can be used by police and law enforcement agencies for community policing, traffic enforcement, and crowd control. They are a cost-effective and eco-friendly alternative to traditional police cars and motorcycles.

Emergency Response

Electric scooters can be used in emergency response situations, such as natural disasters and medical emergencies. They allow emergency personnel to quickly and efficiently move through crowded or difficult-to-reach areas to provide aid and assistance.

Tourism

Electric scooters can be used for tourism, offering a convenient and eco-friendly way to explore tourist destinations, such as beaches, parks, and historical sites. They allow visitors to cover more ground than walking, while still being able to enjoy the sights and sounds of the area.

Street Vending

Electric scooters can be used for street vending, allowing vendors to transport their goods and equipment to different locations quickly and efficiently. This can be a cost-effective and sustainable solution for small businesses looking to reduce their carbon footprint.

Roadside Assistance

Electric scooters can be used for roadside assistance services, allowing mechanics and technicians to quickly and efficiently reach stranded drivers on busy roads and highways. They offer a cost-effective and eco-friendly alternative to traditional roadside assistance vehicles.

Outdoor Events

Electric scooters can be used for outdoor events, such as festivals, concerts, and sporting events, offering a convenient and eco-friendly way for event organizers to move around and manage various aspects of the event.

Component of Electric Scooter

An electric scooter consists of a large number of mechanical and electronic components to perform various functions like propulsion, control, etc. Some major components of an electric scooter and their functions are explained below:

Outer Frame

It is the main body of the electric scooter that provides complete housing and support to all the components of the scooter. It is usually made up of a lightweight material like aluminum.

Electric Motor

In electric scooters, the electric motor is the main device that produces propulsion power to rotate the wheels. It can be a brushed dc motor or brushless dc motor (mostly preferred).

Battery Pack

The battery pack stores electrical energy to power the motor and other electronic systems of the electric scooter. It typically consists of batteries of 150 Wh to 625 Wh capacity. However, this capacity can be of up to a hundred Wh. The most common type of battery used in electric scooters is the rechargeable lithium-ion battery due to mature technology.

Troller Control

The accelerator device used to control the speed of the scooter. It sends control signals to the main controller.

Controller

It is another important component of an electric scooter. The controller is an electronic system that controls the speed and other functioning of the scooter according to rider's instructions. One of the primary functions of the controller is to regulate the electric current supplied to the motor as per the throttle control.

Charging Port

It is the component provided to plug the battery charger to recharge the scooter's battery pack. It is located on the outer frame of the scooter and covered with a protective lid.

Control Panel

Electric scooters typically consist of a control panel with graphical user interface. It mainly has a digital display to show information like speed, battery level, and more. Also, it has various switches to control different functions.

Maintenance Tips for Electric Scooter

Regular maintenance can improve the efficiency of your electric scooter and reduce the chance of major problems. Here are some maintenance tips:

Battery

Keep the battery charged to at least 40%. Draining lithium-ion batteries can shorten their lifespan.

Tires

Check the pressure before every ride. Properly inflated tires are important for control, especially in wet or slippery conditions.

Brakes

Check the brakes. A supportive braking system is essential for road safety.

Cables

Inspect the cables for wear and tear.

Parts

Keep the parts clean and lubricated.

Precautions for using Electric Scooter

Here are some precautions for using an electric scooter

Wear a helmet: A properly fitted helmet can prevent serious injuries and death in the event of a crash.
Follow traffic rules: As an electric scooter rider, you are a driver of a vehicle and should follow the same rules as cyclists.
Charge the electric scooter properly: Overcharging your electric scooter's battery can cause it to overheat and catch fire.
Leave your phone alone: Texting and riding may be even more dangerous than texting and driving.
Concentrate on your surroundings: Scooters can start very quickly, so start off slowly.
Inspect your scooter regularly: Inspect your scooter before every ride and weekly or biweekly.

Other precautions include

Keep both hands on the handlebars
Slow down before looking back or turning
Equip proper lights
Get some eye protection
Wear appropriate clothing that should not be caught on the wheel
Don't wear headphones and earphones while riding
Parking is only allowed at designated places

Charging precautions of Electric Scooter

Here are some precautions to take when charging an electric scooter:

Avoid Overcharging

Overcharging can damage the battery and increase the risk of fire.

Monitor The Battery

Check the voltage and amperage while the battery is charging.

Avoid Extreme Temperatures

Batteries prefer moderate temperatures, especially when charging.

Take Precautions

Batteries can release toxic vapors and cause electric shock if not handled correctly.

Wear Protective Gear

Wear gloves and goggles when handling the battery or charger.

Keep Away From Flammable Materials

Keep the charger and battery away from flammable materials.

Purchasing Advice of Electric Scooter

When buying an electric scooter, you can consider things like:

Range

How far the scooter can travel on a single charge.

Speed

The scooter's top speed.

Motor power

Measured in watts and voltage.

Battery power

Measured in watt-hours

Weight capacity

The scooter's maximum load

Build quality

How well the scooter is constructed.

Charging time

How long it takes to charge the scooter.

Warranty

The length of the product warranty.

Our Factory

We have professional production lines and advanced equipment.

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Frequently Asked Questions

Q: How long does it take for Electric Scooters to be fully charged?

A: The time it takes to charge an electric scooter depends on several factors, including: Battery capacity, Battery type, Charger specifications, Scooter model.
The average charge time is five and a half hours, but it can take as little as three hours. Here are some rough estimates for charging times for different e-scooter models:
●Basic e-scooter: 4-6 hours
●Mid-range e-scooter: 6-8 hours
●High-end e-scooter: 8-12 hours

Q: What are the disadvantages of Electric Scooters?

A: Some major disadvantages associated with electric scooters are given below:
●Electric scooters are not suitable for longer journeys due to limited range on a single charge. ●The charging stations are limited in some major cities.
●Degradation of battery over time results in reduced distance range per charge. Also, the replacement of battery pack can be very expensive.
●Electric scooters are not suitable to use on worst road conditions.

Q: What are the advantages of Electric Scooter?

A: Electric scooters have many advantages, including:
●Electric scooters do not emit pollutants and greenhouse gases. Hence, they are environment friendly mode of mobility.
●Cost-effective: They are cheaper to operate than cars and motorcycles, and don't require regular maintenance like oil changes.
●Electric scooters have quieter operation. Thus, helps to reduce noise pollution.
●Electric scooters are easy to drive, as there are no gears and clutch mechanism.

Q: How Does Electric Scooter Work?

A: Here's how Electric Scooters work:
●Firstly, the electric scooter is started by supplying DC power from battery to the electric motor, for this a start button is provided on the control panel.
●Then, the rider moves the throttle control that sends an electric signal to the controller. The controller releases a controlled amount of electrical energy from the battery pack to an electric motor.
●The electric motor drives the wheels of the scooter using the electric power and propels it forward. This is how an electric scooter works.

Q: Do Electric Scooters need to be charged after every ride?

A: It's not necessary to charge an electric scooter after every use. However, it's best to keep the battery between 30% and 80% charged. This can help avoid draining the battery to dangerously low levels. If you're planning on taking a long ride, you should fully charge your scooter.

Q: How Long Does An Electric Scooter Battery Last?

A: On average, an electric scooter battery can last between 2–4 years or 3,000–5,000 miles. This is based on 300–500 charging cycles. However, if you ride more often, the number of charging cycles is more important than time.

Q: What are the factors that affect the battery life of Electric Scooters?

A: The battery life of an electric scooter can be affected by a number of factors, including:
●Charging: Overcharging can damage the battery, so it's best to unplug the scooter when it's charged to 90–95%.
●Riding habits: Reckless behavior, such as riding at high speeds or overloading the scooter, can damage the battery.
●Terrain: Hills and steep inclines can drain the battery faster.
●Temperature: Severe heat or cold can shorten battery life.

Q: Why Electric Scooters Not Working?

A: There are several reasons why an electric scooter might not be working:
●Battery: The battery might be flat or not charging. You can use a multimeter to check the voltage.
●Charging port: The charging port might be malfunctioning. You can tighten the connections if they seem loose.
●Speed controller: The speed controller might be faulty.
●Other issues: The key might not be in the scooter or inserted correctly. The scooter might be in power-save mode. The circuit breaker might need to be reset. The motor might have dust in it.

Q: Why Electric Scooters won't charge?

A: There are a few reasons why an electric scooter might not charge:
●Defective charger: The charger might be faulty, or the charger port might have loose, damaged, or frayed wires.
●Over-discharged battery: If the battery is stored with a full charge and doesn't recharge for a long time, it might reach a low level and stop charging.
●Wiring issues: The wires might be twisted together, or the steering column might be over-twisted.
●Improper placement: The battery might not be placed properly on the charger.

Q: What are the advantages of Lithium Ion Electric Scooter?

A: Lithium-ion batteries have many advantages for electric scooters, including:
●Longevity: Lithium-ion batteries can last for up to 5,000 cycles.
●Lightweight: Lithium-ion batteries are lighter than lead-acid batteries, which makes scooters more agile and easier to handle.
●Fast charging: Lithium-ion batteries can charge to 90% capacity in two hours and 100% capacity in three hours.
●High energy density: Lithium-ion batteries have twice the energy density of nickel-cadmium batteries.
●Low maintenance: Lithium-ion batteries require little maintenance.

Q: What are the advantages of Front Disc Brake Electric Scooter?

A: Front disc brakes on an electric scooter can have the following advantages:
●Braking power: Disc brakes provide strong braking power and can stop a vehicle at high speeds.
●Braking control: Disc brakes offer excellent braking control and allow you to stop more quickly and accurately.
●Weight: Disc brakes are lighter than other braking systems.
●Maintenance: Disc brakes are easy to adjust and maintain.
●Environment: Disc brakes perform well in any environment and in both wet and dry conditions.
●Heat dissipation: Disc brakes are better at managing and dispersing heat than drum brakes.

Q: Why are Electric Scooters driving unstable?

A: Electric scooters can be unstable due to their center of gravity and wheelbase. A scooter's wheelbase is the distance between the front and rear wheels. If the wheelbase is longer than the scooter's center of gravity, it will be unstable and wobble.
Other reasons why electric scooters may be unstable include:
●Small wheels: Small wheels can't handle potholes and uneven surfaces.
●No mirrors or indicators: This makes it difficult for riders to see approaching vehicles or signal their intentions.
Malfunctions: These include handlebar collapses, brake failures, flat tires, and electronic motor issues.

Q: How much weight can the Electric Scooter bear?

A: The weight capacity of an electric scooter can vary depending on the model, design, materials, and motor power. Most electric scooters can carry between 220 and 330 pounds. However, some heavy-duty models can support up to 550 pounds.
Several factors affect the weight capacity of electric scooters:
●Motor Power: Scooters with a higher wattage motor will generally have a higher weight capacity. For example, scooters with 500-watt motors may be able to hold up to 220 pounds, while scooters with a 1000-watt motor can handle a weight of 350 pounds or more.
●Frame Material: The material used in the construction of an electric scooter's frame is a critical determinant of the scooter's weight capacity. Aluminum is a popular choice for scooter frames as it is lightweight and strong, while steel offers a more robust and durable option.
●Suspension System: Electric scooters with a quality suspension system can typically hold more weight than those without it. Good suspension enables the scooter to absorb impact better, thus reducing stress on the frame and motor.
Wheel Size and Material: Larger wheels can better handle weight and distribute it evenly, while pneumatic tires (inflatable) are more forgiving to heavier loads than solid rubber tires.

Q: How Does an Electric Scooter Battery Work?

A: An electric scooter battery consists of an anode, cathode, and a porous or void membrane known as a separator. There is a medium between the two terminals through which lithium ions (or the energy) can move.
Lithium ions move from the anode to the cathode when discharging, and vice versa when charging. This flow of lithium ions back and forth between the anode and the cathode is what generates electrons, and hence electricity.
In modern Li-ion batteries, the space between the anode and the cathode has been squeezed in order to increase the energy storage capacity of the batteries.

Q: How Does an Electric Scooter Motor Work?

A: How electric scooter hub motors work is simple; the motor listens to the rider's input through the controller. When you push the throttle button on the handlebar, the controller signals the battery to release energy to the motor to produce movement.
In hub motors, electromagnetic fields are delivered to the static coils of the motor. The external part of the motor tries to follow those fields, causing the attached wheel to spin.

Q: How Does an Electric Scooter Throttle Work?

A: In the simplest terms, the throttle commands the electric scooter to accelerate at a certain speed. Pressing the throttle sends a signal to the controller via cables.
The controller then instructs the battery to release more power to the motor. And finally, the motor responds by propelling the electric scooter forward.
How fast you want to go will entirely depend on the amount of pressure you apply. But all in all, throttles come in handy when you want to ride on hilly or elevated terrain, cruise at different speeds, or save the power of your battery.

Q: How Does an Electric Scooter Controller Work?

A: The controller, one of the most under-appreciated components of an electric scooter, is the force behind every function of the personal mobility device. It allows for the communication between the acceleration, electric brakes, the battery, the motor, and almost every other control.
An electric scooter controller receives input from the rider and sends it out to the relevant part. When you twist the throttle, for example, the signal passes through the cables through the controller, which then notifies the battery to release more or less juice to the motor.
In the same way, when you engage the electronic brakes, the speed controller cuts the energy from the battery and alerts the motor to stop working. The controller will usually have a metal enclosure that serves as a heat sync.
Electric scooter controllers are rated in terms of voltage and current being regulated. Those fitted on more powerful scooters will have a higher max voltage and a higher max current.
Controllers are known to malfunction on poorly designed electric scooters. Failing controllers can make it unsafe to ride the scooter.

Q: How Do Electric Scooter Brakes Work?

A: Electric scooter brakes are meant to do one thing; ensure the safety of the rider. There are three main types of electric scooter brakes, including a foot brake, mechanical brake, and electric brake.
●Foot Brake:
The rear foot brake is the most basic type of electric scooter braking system. To use this brake, press it against the rear fender with your foot to create friction and stop the scooter.
For the most part, the foot brake is the least practical way of braking. Riders have to hit the rear fender with their foot, often without looking back.
●Mechanical Brake:
Mechanical brakes have been around for a long time and are a trusted type of electric scooter brakes. A mechanical braking system can have either a disc brake or a hydraulic brake.
Scooters with this braking system usually come with a lever on the left handle. Riders need to press this lever to activate the disc brake on either the rear wheel, front wheel, or both.
●Electric Brake:
An electric brake is one of the most advanced braking systems available for electric scooter. It completely stops the motor from producing any movement.
Moreover, this braking system can employ regenerative braking during the ride. What this means is that it sends power back to the battery each time it's activated.
It's important to get an electric scooter with all three brake types. A combination of disc brakes and electric brakes is great when it comes to safety.

Q: How Do Electric Scooter Wheels Work?

A: The electric scooter wheels influence the traction, braking performance, and to a lesser extent, ride quality. Ideally, they're your connection to the road. There are two popular types of electric scooter wheels: solid and pneumatic (air-filled).
●Solid Tires:
Electric scooters with solid tires are puncture-proof and free of wear and tear. You can ride confidently without worrying about flat tires. Their downside is that they can cause a shakier and bumpier ride, especially if the scooter doesn't have good suspension.
●Pneumatic Tires:
Pneumatic tires are the opposite of solid tires—they can go flat from time to time and will have to be pumped. On the upside, air-filled tires cushion the impacts of road imperfections to provide a more comfortable ride, with or without a suspension system.
Furthermore, air-filled tires have several threads and patterns which provide more friction against the ground. You can expect these tires to perform well in adverse road conditions.

Q: How Does Electric Scooter Suspension Work?

A: The suspension in an electric scooter works pretty much the same as that in a motor vehicle or bicycle. The suspension system helps to dampen bumps in the road to improve comfort and ride quality.
Electric scooters can have one of three types of suspension systems: spring, rubber, and hydraulic or air piston suspension. The best suspension is one that combines spring and piston. This combination is called coil-over-air or coil-over-hydraulic.
Often, electric scooters with solid wheels will have a suspension system to help absorb shocks and lessen shaking.

Q: How Do Electric Scooter Handlebars Work?

A: The handlebars in an electric scooter are like the steering wheel in a car. They help you turn and change the direction of the scooter however you want.
Good handlebars will usually have rubber or silicone covers on their edges, where the rider can hold them. These covers should not be slippery to ensure a strong grip and make your ride safe.
In most electric scooters, the handlebars will also come fitted with all controls, including the throttle button (on the right), brake lever (on the left), speed/display settings, power buttons, etc.

Q: How Does an Electric Scooter Frame Work?

A: An electric scooter framework is the structural component that holds all components together. It can be made of different materials like aluminum, steel, or carbon fiber.

Q: How long do Electric Scooter tires last?

A: Tires should last for at least a year of reasonable use which is about 400-600 miles, but this depends on a number of factors such as road surface, temperature, rider weight, and riding style.

Q: How do I clean my Electric Scooter?

A: The best way to clean your electric scooter is to wipe it with a damp cloth. Do not hose it down as you risk causing water damage.
To clean the deck, spray it with an all-purpose cleaner, scrub it with a stiff metal brush, and wipe it with a cloth in the direction of the treads. To clean the tires, use an all-purpose cleaner and a fingernail brush. To clean between the tires and fenders, thread a damp cloth and rotate the tire back and forth to sweep the rag in-between the tire and fender.

As one of the leading electric scooter manufacturers and suppliers in China, we warmly welcome you to buy high-grade electric scooter for sale here from our factory. All products made in China are with high quality and competitive price. For pricelist, contact us now.

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