How to Make Your Ninebot Electric Scooter Go Faster
Making your Ninebot electric scooter go faster can be done in several ways, from modifying firmware settings to upgrading hardware components. However, keep in mind that modifying your scooter might void its warranty and could be illegal in some areas. Always check your local regulations before making any modifications.
1. Unlock Higher Speed Settings (For Certain Models)
Many Ninebot scooters have a speed cap due to software restrictions. You can check if your model has an option to increase the speed.
Steps:
- Use the Ninebot App:
- Download the Segway-Ninebot App (Available on iOS & Android).
- Connect your scooter via Bluetooth.
- Navigate to settings and check for any “Speed Mode” options.
- If available, enable the highest mode (usually called Sport Mode or S-Mode).
- Unlock via Combination Buttons:
- Some models allow unlocking a higher speed mode by holding down the power button and brake while turning the scooter on.
💡 Check your model’s user manual for specific unlocking methods.
2. Firmware (Software) Modifications
If your scooter’s speed is limited by firmware, you can install custom firmware (CFW) to increase the top speed.
Steps to Modify Firmware:
- Check Your Scooter Model
- Common models that support firmware mods include:
- Use a Firmware Mod Tool
- Popular tools include:
- Ninebot-Flasher (Windows & Android)
- XiaoFlasher (Android)
- Ninebot IAP (Advanced users)
- Popular tools include:
- Modify the Speed Settings
- Connect your scooter via Bluetooth.
- Adjust the speed limit settings (e.g., increase from 25 km/h to 35 km/h).
- Enable “Sport Mode” permanently.
- Flash the modified firmware onto the scooter.
⚠️ Warning: Flashing firmware incorrectly can brick your scooter (make it unusable). Proceed with caution.
3. Upgrade the Battery for More Power
The battery voltage determines how fast and powerful your scooter is. A higher voltage battery can increase both speed and acceleration.
How to Upgrade Your Battery
- Check Your Scooter’s Battery Compatibility
- Ninebot ES models support external battery upgrades.
- Ninebot MAX models require a full internal battery replacement.
- Install a Higher Voltage Battery
- Standard batteries are 36V, but you can upgrade to 48V or 52V.
- Example upgrades:
- Ninebot ES2 → External Battery (Boosts to 30 km/h)
- Ninebot MAX G30 → 48V Battery Mod (Boosts to 40 km/h)
- Rewire and Secure the New Battery
- If using an external battery, follow the manufacturer’s installation instructions.
- If replacing the internal battery, ensure it fits and is properly wired to the scooter’s controller.
💡 This method improves speed but may require firmware adjustments to support the higher voltage.
4. Reduce Weight & Resistance
To make your Ninebot scooter go faster without modifications, you can optimize its efficiency.
Easy Optimizations:
- Reduce Carrying Weight: Less weight means better acceleration and top speed.
- Fully Inflate Tires: Proper air pressure reduces rolling resistance.
- Use Smoother Roads: Rough surfaces slow you down.
- Maintain Battery Health: A weak battery reduces max speed.
5. Replace the Motor (Advanced)
If you want a significant speed boost, consider replacing the motor with a more powerful one.
Upgrading to a Stronger Motor
- Most Ninebot scooters have a 250W – 350W motor.
- Upgrading to a 500W – 800W motor can increase top speed to over 40 km/h.
- You may also need a higher current controller to handle the power increase.
⚠️ Warning: This modification requires electrical knowledge and may void your warranty.
6. Disable Regenerative Braking (For More Speed)
Ninebot scooters use regenerative braking, which slows you down slightly when coasting.
How to Disable Regenerative Braking:
- Use a custom firmware mod to lower the regen braking intensity.
- Alternatively, use the Ninebot App (some models allow turning it off).
- This will allow your scooter to roll freely, increasing coasting speed.
Final Thoughts
Making your Ninebot scooter go faster is possible, but consider the risks:
- Legal restrictions may apply.
- Warranty voiding if modified.
- Battery and motor strain can reduce lifespan.
- Safety concerns at higher speeds.
If you’re unsure, start with simple optimizations (tire pressure, weight reduction, sport mode) before attempting firmware hacks or hardware upgrades.
Would you like me to include images for some of these steps? Let me know what specifically you’d like visuals for! 🚀