Battery for Ninebot G30
Ninebot G30 Max Replacement Battery: Ensuring uninterrupted rides up to 65km, this battery boasts high-quality cells, advanced power management, and built-in safety features.

Enhance your scooter's braking performance with this Ninebot-compatible brake throttle. Made from high-grade materials, it's designed for reliable deceleration and long-lasting use.
SKU: NINEB-BRAKE-ES
You're enjoying a brisk ride on your Ninebot ES series scooter when suddenly an obstacle appears in your path. You’re trying to stop, but your brake response is sluggish, or worse, there is no response. Such a situation is extremely dangerous and indicates a critical problem with your brake system.
The brake throttle is compatible with Ninebot ES1, Ninebot ES2, Ninebot ES3 and Ninebot ES4.
Replacement of your brake throttle may be necessary if you're experiencing delayed brake response, the need to apply excessive force to activate the brake, or if the throttle feels loose or is visibly damaged.
Regular inspection of your brake system is recommended to ensure it remains in good working condition.
Reinforce your scooter's safety features with a new Ninebot brake, a top-quality component engineered for reliable deceleration.
Made from high-grade materials, it’s designed to withstand regular use. Whether you're slowing down or stopping, this brake throttle ensures you have the control you need for safe riding.
Keep rolling
Ninebot G30 Max Replacement Battery: Ensuring uninterrupted rides up to 65km, this battery boasts high-quality cells, advanced power management, and built-in safety features.
The extended kickstand for Ninebot G30 is a thoughtfully designed accessory that offers enhanced stability and convenience.
Loud yet discreet, the Ninebot G30 Max bell ensures rider's presence is known. Compatible with multiple scooter models, it's an essential safety accessory.
The gasket fits perfectly over the charging port, ensuring a tight and secure seal. This is vital as even the smallest gap allows moisture to enter, potentially leading to damage or short-circuiting of the electrical components.