NIU is a global smart urban mobility company that designs and manufactures electric scooters, electric motorcycles, kick scooters, e-bikes, and connected mobility solutions. Founded in 2014, NIU combines design, technology, and connectivity to create smarter ways to move through cities.

NIU is a brand name inspired by the Chinese word for "bull," a symbol of strength, determination, and forward movement.

NIU was founded in 2014 with the goal of rethinking urban transportation for the electric age.

NIU is headquartered in China and operates globally through regional offices, dealer networks, and distribution partners.

NIU products are available in more than 50 countries across Europe, North America, Asia, and other international markets.

Millions of riders worldwide use NIU vehicles for daily commuting, urban mobility, and recreation.

NIU's mission is to redefine urban mobility through design, technology, and sustainable transportation solutions.

"Make Life Electric" is NIU's brand mission. It represents the company's belief that smarter technology and electric mobility can improve everyday life in modern cities.

NIU designs and manufactures:

• Electric scooters
• Electric motorcycles
• Electric mopeds
• Electric kick scooters
• Electric bicycles
• Connected mobility solutions

NIU is best known for combining electric mobility with smart connectivity, app integration, OTA software updates, and modern industrial design.

Yes. NIU's vehicle lineup is built around electric powertrains and battery technology.

Yes. NIU develops its own vehicle software, connectivity systems, battery management systems, cloud platform, mobile applications, and smart vehicle technologies.

NIU combines hardware, software, connectivity, and cloud services into a single integrated platform, creating a connected ownership experience beyond transportation.

Many NIU vehicles include integrated smart connectivity that enables vehicle tracking, ride statistics, security features, and OTA software updates.

Yes. Selected NIU vehicles can receive OTA software updates that introduce improvements, optimizations, and new features over time.

Electric mobility can help reduce local emissions, lower operating costs, reduce noise pollution, and improve urban transportation efficiency.

Electric scooters can significantly reduce local emissions compared to traditional combustion-engine vehicles. Environmental impact depends on factors such as electricity generation and vehicle lifecycle.

NIU develops electric mobility solutions that help reduce dependence on fossil fuels and support cleaner urban transportation.

Electric vehicles can help improve air quality, reduce noise, and create more efficient transportation systems in densely populated urban areas.

Smart mobility combines transportation with digital technologies such as connectivity, mobile apps, cloud services, vehicle tracking, and software updates.

Depending on the model, smart features may include:

• Vehicle tracking
• Ride statistics
• Battery monitoring
• OTA updates
• NFC unlocking
• Apple Wallet integration
• Security alerts
• Remote notifications

Yes. Many NIU vehicles integrate with the NIU App to provide vehicle information, ride insights, and connected services.

Connected vehicles can improve convenience, security, maintenance, and the overall ownership experience.

NIU combines industrial design, user-centered development, and advanced technology to create products designed for everyday urban use.

Yes. NIU products have received numerous international design awards and recognition for innovation and product design.

Technology is integrated throughout the vehicle, from battery systems and motor controllers to connectivity platforms and mobile applications.

NIU designs, engineers, and manufactures its vehicles through dedicated production facilities and supply chain partners.

Safety is a key focus during vehicle development. Depending on the model, NIU vehicles may include features such as ABS, traction control, advanced braking systems, radar technologies, and intelligent lighting.

Selected NIU models are equipped with Anti-lock Braking Systems (ABS) to improve braking performance and stability.

Selected models feature traction control systems designed to improve grip and rider confidence in varying road conditions.

Depending on the model, available technologies may include:

• ABS
• Traction Control System (TCS)
• Auto-Hold
• Blind Spot Detection
• Rear Radar
• Intelligent Lighting Systems

NIU vehicles are available through authorized dealers, distributors, and selected online sales channels depending on the country.

In many markets, test rides are available through participating NIU dealers and official events.

You can use the dealer locator on the official NIU website to find authorized dealers near you.

Yes. NIU offers customer support through regional teams, authorized dealers, and online support channels.

User manuals, technical documentation, and support materials are available through the official NIU website and customer support resources.

Businesses interested in partnering with NIU can contact the company through the official dealer inquiry channels available on the NIU website.

NIU was founded on a simple question: If urban mobility were designed from scratch today, what would it look like?

NIU envisions cities where transportation is cleaner, smarter, quieter, and more connected through electric mobility and digital technology.

No. NIU sees itself as a smart mobility company developing a broad ecosystem of electric vehicles and connected transportation solutions.

By combining electric power, connected technology, software innovation, and modern design, NIU aims to create transportation solutions designed for the cities of tomorrow.

The main difference is the power source. Electric scooters use rechargeable batteries and electric motors, while traditional scooters use gasoline-powered combustion engines. Electric scooters typically offer lower operating costs, quieter operation, instant torque, and reduced maintenance requirements.

In many cases, yes. Electric scooters generally require less maintenance because they have fewer moving parts and do not require oil changes, spark plug replacements, or fuel system maintenance. Operating costs also depend on local electricity and fuel prices.

Yes. Electric scooters eliminate many components found in combustion engines, including oil systems, fuel injectors, exhaust systems, and clutches. This often results in lower maintenance requirements over the vehicle's lifetime.

Modern electric scooters are designed for everyday transportation and can be highly reliable when properly maintained. Reliability depends on factors such as battery quality, engineering standards, riding conditions, and regular servicing.

Electric scooters are particularly well suited for urban environments due to their quiet operation, instant acceleration, low operating costs, and ability to charge at home or work.

Performance depends on the specific model. Electric motors deliver maximum torque instantly, which often results in strong acceleration from a standstill.

Most electric scooters do not require traditional gear shifting. The electric motor delivers power directly and smoothly throughout the speed range.

Cities around the world are investing in electric mobility to help reduce emissions, lower noise pollution, and support more sustainable transportation systems.

Electric scooters offer several advantages:

• Lower operating costs
• Quiet riding experience
• Instant acceleration
• Home charging convenience
• Reduced maintenance requirements
• Smart connectivity features
• Zero tailpipe emissions

Yes. Many riders use electric scooters as their primary form of transportation for commuting, errands, and everyday travel.

For some riders, yes. Electric scooters can be an efficient alternative for shorter urban trips, commuting, and everyday transportation needs.

Electric scooters can be ridden throughout the year, although riding conditions, weather, temperature, and local regulations should always be considered.

Many electric scooters are easy to ride and require no manual gear shifting, making them accessible to new riders. Riders should always follow local licensing requirements and safety recommendations.

Electric scooters combine convenience, affordability, technology, and sustainability, making them an increasingly attractive transportation option in cities worldwide.

Battery lifespan depends on factors such as usage, charging habits, climate, and battery chemistry. Modern lithium-ion batteries are designed for many years of regular use.

Charging frequency depends on riding habits and battery capacity. Most riders charge their vehicle whenever convenient to maintain sufficient range.

Yes. Most electric scooters are designed to be charged using a standard household electrical outlet.

Modern battery management systems are designed to help ensure safe charging. Riders should always follow the manufacturer's charging recommendations.

Like all rechargeable batteries, lithium-ion batteries gradually lose capacity over time. Proper charging and storage can help maximize battery lifespan.

Yes. Lower temperatures can temporarily reduce battery efficiency and available range. Performance typically returns when temperatures increase.

Regenerative braking is a technology that converts some braking energy back into electricity and stores it in the battery.

Electric scooters can be a safe form of transportation when used responsibly and maintained properly. Riders should wear appropriate protective equipment and follow local traffic laws.

Important safety features may include:

• ABS (Anti-lock Braking System)
• Traction Control System (TCS)
• High-performance brakes
• Bright LED lighting
• Quality tires
• Connected security features
• Radar-based rider assistance systems

ABS helps prevent wheel lock-up during hard braking, improving stability and rider control.

Traction control helps manage wheel slip by adjusting power delivery when reduced traction is detected.

Blind Spot Detection uses radar technology to help alert riders when another vehicle is approaching from behind or beside them.

Good visibility helps riders see and be seen by other road users, especially in urban environments and low-light conditions.

A connected scooter uses built-in communication technology to exchange information between the vehicle, cloud services, and mobile applications.

Smart mobility combines transportation with digital technologies such as connectivity, mobile applications, vehicle tracking, cloud services, and software updates.

Over-the-air (OTA) updates allow software improvements and new features to be delivered directly to a vehicle without visiting a service center.

Software updates can improve performance, add features, enhance security, and optimize the user experience throughout the ownership lifecycle.

Connected services may include:

• Vehicle tracking
• Ride statistics
• Battery monitoring
• Security alerts
• Vehicle diagnostics
• OTA software updates
• Smart key functionality

Software allows vehicles to improve over time, receive new features, and deliver a more connected ownership experience.

Important factors include:

• Range
• Top speed
• Battery capacity
• Charging convenience
• Safety features
• Connectivity features
• License requirements
• Intended use

The ideal range depends on your daily riding habits, commuting distance, charging access, and riding conditions.

The answer depends on your riding needs. Urban riders often prioritize range and convenience, while some riders may value higher performance.

Connected features can improve convenience, security, vehicle monitoring, and overall ownership experience.

The best model depends on your location, license category, riding habits, performance expectations, and range requirements.