The Ninebot Max G2 is a high-performance electric scooter designed to provide a smooth and comfortable riding experience. With its advanced suspension system, powerful motor, impressive range, and reliable tires, this scooter offers both functionality and convenience for urban commuters and recreational riders alike.
One of the standout features of the Ninebot Max G2 is its suspension system. The front hydraulic and rear spring suspension work in harmony to absorb shocks and vibrations, ensuring a stable and comfortable ride even on uneven terrain. This allows riders to smoothly navigate over bumps, potholes, and other obstacles, reducing fatigue and enhancing overall control.
The price of €799 positions the Ninebot Max G2 as a mid-range e-scooter, offering a balance between affordability and quality. While there are cheaper options available on the market, the Max G2 justifies its price with its superior features, including the front hydraulic and rear spring suspension, rear-wheel drive system, and extended range.
The rear-wheel drive system is another notable aspect of the Ninebot. Powered by a maximum output of 900W, the scooter delivers efficient and responsive acceleration. When it comes to range, the Ninebot Max G2 impresses with its capability to travel up to 70 km (43.5 miles) on a single charge.
The scooter features 10-inch tubeless pneumatic tires with a jelly layer, enhancing both safety and comfort. Additionally, the Ninebot Max G2 offers several convenient features for riders.
So, at €799, the Ninebot Max G2 presents a competitive offering for riders seeking a reliable and feature-rich electric scooter. Its combination of performance, comfort, and durability make it a compelling choice for urban commuters and recreational riders alike, offering excellent value for the price.
| FRAME | 6061 Aluminium alloy |
| Folding mechanism | Easy folding (Require hands) |
| Water resistance | IPX5 |
| Maximum power | 900 W |
| Traction Control System (TCS) | Yes |
| Brake | Electronic brake (back) and drum brake (front) |
| Tyres size | 254 mm / 10 inch |
| Riding modes | 3 riding modes (Eco, Drive, Sport); 1 Walk Mode |
| Cruise Control | No |
| Info display | Full coloured info dashboard display |
| Battery capacity | 551 Wh (15300 mAh) |
| Range | Up to 70 km (43.5 miles) |
| Typical Range | Up to 50 km (31.1 miles) |
| Product dimension | Unfolded 1210 x 570 x 1264 mm |
| Product dimension | Folded 1210 x 570 x 605 mm |
| Net weight | Approx. 24.3 kg (53.5 lbs) |
Ninebot Max G2: Design and Build Quality
The design of the Ninebot Max G2 focuses on both functionality and aesthetics, offering a sleek and modern appearance coupled with robust build quality. The scooter is crafted with attention to detail, ensuring a visually appealing and durable product.
Starting with its overall design, the Ninebot Max G2 features clean lines and a minimalist aesthetic, making it an attractive option for riders who appreciate a sleek and modern look. The scooter’s compact frame and streamlined silhouette contribute to its visual appeal and also enhance its maneuverability in urban environments.
The build quality of the Ninebot Max G2 is highly regarded, with a focus on durability and longevity. The scooter incorporates high-quality materials that can withstand the demands of daily use. The lightweight yet robust construction ensures the scooter is sturdy enough to handle rough terrains and occasional impacts, providing riders with a reliable and long-lasting vehicle.
One of the standout design elements of the Ninebot Max G2 is its suspension system. The front hydraulic and rear spring suspension offer excellent travel, allowing the scooter to absorb shocks and vibrations effectively. This feature enhances the overall riding experience by providing a smoother and more comfortable journey, even when encountering uneven surfaces or obstacles on the road.
Starting with the front hydraulic suspension, it utilizes hydraulic dampers to absorb impacts and provide a cushioning effect. The hydraulic system consists of a piston, cylinder, and hydraulic fluid, which work together to regulate the movement of the front wheel. When encountering bumps or obstacles, the hydraulic suspension compresses and releases, effectively absorbing the impact and minimizing the transfer of shocks to the rider.
The front hydraulic suspension plays a vital role in improving handling and stability. It allows the Ninebot Max G2 to better navigate uneven surfaces, such as potholes or rough pavement, by keeping the front wheel in contact with the ground. This ensures better traction and control, resulting in a more comfortable and safer riding experience.
The rear spring suspension contributes to better weight distribution and stability, as it works in conjunction with the front hydraulic suspension. It helps to maintain a balanced and controlled ride, minimizing the impact of vibrations and ensuring that the scooter remains steady even on rough terrain.
The Ninebot Max G2 is equipped with 10-inch self-sealing tubeless pneumatic tires that feature a jelly layer, adding an extra layer of functionality and safety to the scooter’s design. These tires are designed to offer a superior riding experience, combining the benefits of tubeless technology with the added protection of a jelly layer.
The tubeless design of the tires eliminates the need for an inner tube, reducing the risk of punctures and flats. Instead, the tires rely on airtight seals and a reinforced sidewall to maintain air pressure. This design not only reduces the chances of experiencing a sudden loss of air but also simplifies maintenance by eliminating the need to frequently check and replace inner tubes.
The self-sealing feature of the tires is a notable advantage. The tires are infused with a sealant that automatically fills punctures or small leaks as they occur. This helps to prevent air loss and allows riders to continue their journey without interruption. The self-sealing capability provides an added layer of convenience and ensures a hassle-free riding experience.
Ninebot Max G2’s IPX5 water resistance rating provides riders with a certain level of protection against rain and splashes. While it is not fully waterproof, the scooter is designed to handle light rain and wet surfaces, ensuring riders can enjoy their journey with peace of mind. It’s important to exercise caution and follow proper maintenance practices to maintain the scooter’s water-resistant capabilities over time.
The Ninebot Max G2 comes equipped with a reliable braking system that combines two different types of brakes: a front drum brake and an electronic rear brake. This dual brake setup ensures efficient and responsive braking performance, enhancing both safety and control for riders.
Starting with the front drum brake, it utilizes a drum mechanism located on the front wheel. When the brake lever is engaged, the internal brake shoes press against the drum, creating friction and generating stopping power. The front drum brake provides reliable and consistent braking force, allowing riders to slow down or come to a complete stop effectively.
It is important for riders to familiarize themselves with the braking system of the Ninebot Max G2 and adjust their riding style accordingly. Understanding the capabilities of the brakes and practicing proper braking techniques will contribute to a safe and enjoyable riding experience.
The Ninebot Max G2’s built-in front and rear indicators are crucial safety features that improve visibility and communication on the road. By using these indicators to signal turns and lane changes, riders can enhance their safety during daily commutes and ensure that other road users are aware of their movements. The inclusion of these indicators underscores the manufacturer’s commitment to rider safety and contributes to a more secure and enjoyable riding experience.
The Ninebot Max G2 offers a balance between a comfortable riding experience and convenient portability. With its unfolded dimensions of 1210 x 570 x 1264 mm, folded dimensions of 1210 x 570 x 605 mm, and a net weight of approximately 24.3 kg, the scooter provides riders with a practical and versatile transportation option.
The compact dimensions and manageable weight of the Ninebot Max G2 make it an excellent choice for urban commuters who need a portable and convenient mode of transportation. Whether it’s carrying the scooter onto public transport or storing it in a limited space, the Ninebot Max G2’s dimensions and weight ensure hassle-free transportation and storage.
Ninebot Max G2: Motor and Battery
The Ninebot Max G2 is equipped with a powerful electric motor that offers a maximum output of 900W. This robust motor delivers ample power to propel the scooter, ensuring a smooth and efficient riding experience. With its high output, the Ninebot Max G2 can effortlessly handle various terrains and provide riders with the performance they need.
When it comes to speed, the Ninebot Max G2 can reach a maximum speed of 25 km/h (15.5 mph). This speed is suitable for urban commuting, allowing riders to keep up with the flow of traffic while maintaining control and stability. The scooter’s acceleration is smooth and responsive, providing riders with a confident and enjoyable ride.
One of the notable features of the Ninebot is its ability to tackle inclines. The scooter can handle a climbing angle of up to 22%. This means that riders can confidently navigate moderate uphill slopes or ramps without experiencing a significant loss of power or speed. The sturdy motor and well-designed drivetrain enable the Ninebot Max G2 to maintain performance even when faced with challenging terrains.
The Ninebot Max G2 features an anti-skid TCS (Traction Control System) that provides riders with ultimate control and stability during their rides. This advanced technology enhances the scooter’s traction and grip on various road surfaces, ensuring a safe and confident riding experience.
The anti-skid TCS utilizes sensors and algorithms to monitor and adjust the power delivery to the wheels based on the current road conditions. When the system detects a loss of traction, such as slippery surfaces or sudden acceleration, it automatically adjusts the power output to prevent wheel slippage. This proactive approach helps to maintain optimal traction and control, even in challenging situations.
Additionally, the anti-skid TCS enhances the scooter’s handling capabilities during cornering. By optimizing the power delivery to the wheels, it helps maintain balance and stability while making turns, improving overall maneuverability.
The Ninebot Max G2 benefits from the integration of RideyLONG technology, which effectively improves the scooter’s theoretical range. This innovation optimizes energy efficiency and battery life, allowing riders to enjoy extended rides and explore more without worrying about battery depletion. The RideyLONG technology sets a new standard for range performance, enhancing the overall riding experience for Max G2 riders.
The Max G2 is designed to handle various terrains with ease, including inclines and hills. With its powerful motor and well-engineered drivetrain, the scooter can conquer inclines with a gradient of up to 22%, providing riders with a smooth and effortless climbing experience.
The ability to tackle inclines is a crucial feature for urban commuters or riders who encounter hilly terrains during their daily journeys. The Ninebot Max G2’s impressive climbing capability allows riders to confidently navigate uphill sections without experiencing a significant loss of speed or power.
The scooter’s high torque motor and efficient power delivery system work in harmony to maintain performance even when faced with steep inclines. The motor generates sufficient power to propel the scooter forward while the drivetrain efficiently transfers that power to the wheels, ensuring optimum traction and control.
The Ninebot Max G2 is equipped with a large 551 Wh or 15300 mAh battery that provides the scooter with an impressive theoretical range of up to 70 km or 43.5 miles on a single charge. This substantial battery capacity ensures that riders can enjoy extended rides without the need for frequent recharging, making it an excellent choice for daily commuting or longer excursions.
In your test, you mentioned a range of 40-50 km. It’s common for the actual range to be slightly lower than the theoretical range due to factors such as riding conditions, rider weight, and the scooter’s performance settings. Variables such as frequent stops and starts, riding at higher speeds, or riding uphill can affect the scooter’s energy consumption and, consequently, the range achieved.
It’s important to manage your expectations and consider these factors when estimating the range of the Max G2. By understanding your specific riding conditions and adapting your riding style, you can optimize the battery usage and maximize the range of your scooter.
Ninebot Max G2: Conclusions
In summary, the Ninebot Max G2 is a feature-packed electric scooter that offers an enjoyable and safe riding experience. With its sturdy build quality and advanced suspension system, it provides riders with a smooth and comfortable ride, even on uneven terrains.
The 10-inch self-sealing tubeless pneumatic tires with a jelly layer enhance the scooter’s durability and minimize the risk of punctures, ensuring a hassle-free and reliable ride. The front hydraulic and rear spring suspension further contribute to rider comfort, absorbing shocks and vibrations for a smoother journey.
The combination of a powerful 900W rear-wheel drive motor and a maximum speed of 25 km/h enables riders to reach their destinations quickly and efficiently. The scooter’s impressive climbing angle of up to 22% allows it to tackle inclines with ease, providing riders with the freedom to explore various terrains without limitations.
With a theoretical range of up to 70 km, riders can enjoy longer rides without the need for frequent recharging. However, it’s important to note that the actual range achieved may vary based on factors such as riding conditions and rider weight.
The scooter’s foldable design and relatively lightweight weight of approximately 24.3 kg make it convenient for storage and transportation. Whether you’re commuting to work, running errands, or simply enjoying a leisurely ride, the Ninebot Max G2 offers a practical and efficient solution.
Pros:
- Powerful and efficient 900W rear-wheel drive motor provides ample power and acceleration.
- Front hydraulic and rear spring suspension system offers a smooth and comfortable ride, even on uneven terrain.
- 10-inch self-sealing tubeless pneumatic tires with a jelly layer enhance durability and minimize the risk of punctures.
- Foldable design and relatively lightweight make it convenient for storage and transportation.
- Built-in front and rear indicators improve visibility and promote safer commuting.
- IPX5 water resistance rating ensures resistance to light rain and wet conditions.
- Large 551 Wh (15300 mAh) battery provides a theoretical range of up to 70 km, allowing for longer rides without frequent recharging.
Cons:
- The actual range may vary from the theoretical range depending on factors such as riding conditions and rider weight.
- The maximum speed of 25 km/h may be considered relatively moderate for riders seeking higher speeds.
- Another potential con of the Ninebot Max G2 is the absence of a cruise control mode.Â
So, the Ninebot Max G2 combines power, comfort, and safety features to provide riders with an exceptional riding experience. From its robust motor and impressive climbing ability to its suspension system and water resistance, this electric scooter offers a well-rounded package for urban commuters and recreational riders alike. With its advanced technology and thoughtful design, the Ninebot Max G2 is a reliable and versatile choice for those seeking a high-quality electric scooter.
A purchased this very model, and I notice there’s a banging noise coming from rear suspension on the rebound when it comes to neutral position after absorbing bump. The same noise can be heard when jumping off the deck suddenly. It sounds like the suspension is hitting the end without any cushioning. Did you notice the same in your review?