How to Make Electric Scooter x3 Faster: Easy Tips To Follow

Upgrade Your Electric Scooter for More Speed

Can You Increase Your Scooter’s Speed Without Damage?

Yes, you can make your electric scooter faster without causing damage—if you take the right approach. Many speed hacks found online involve risky modifications that can shorten the lifespan of your battery and motor. However, if you’re looking for how to make electric scooter x3 faster, there are safe and effective ways to increase speed while maintaining your scooter’s longevity. By optimizing battery efficiency, reducing resistance, and making smart upgrades, you can boost performance without compromising safety or durability.

1. Check and Maintain Battery Health

The battery plays a crucial role in your scooter’s speed and overall performance. A weak battery can reduce power output, making your ride slower.

• Upgrade to a higher-capacity battery: If your scooter allows, upgrading to a higher voltage battery can increase speed.
• Keep your battery at optimal charge: Lithium-ion batteries work best when kept between 20% and 80% charge. Avoid deep discharges, which can lower efficiency.
• Monitor battery age: Batteries degrade over time, leading to reduced power output. If your battery is over two years old, consider replacing it for better performance.

2. Optimize Tire Pressure for Less Rolling Resistance

Just like with electric cars, underinflated tires create drag, reducing speed and efficiency.

• Keep your tire pressure at the manufacturer’s recommended PSI.
• Use pneumatic tires (air-filled) instead of solid tires for better grip and reduced friction.
• Check for worn-out tires—bald tires reduce traction and slow you down.

3. Reduce Unnecessary Weight

The heavier the load, the more effort your motor needs to push the scooter forward.

• Remove extra accessories that add weight.
• Carry only necessary items in your backpack or storage compartments.
• If possible, choose a lightweight electric scooter model for better speed.

4. Keep the Scooter’s Firmware Updated

Manufacturers often release firmware updates to optimize battery efficiency and power output.

• Check for updates in the scooter’s app regularly.
• If you have a customizable model, look for firmware that enhances performance without overriding safety limits.

💡 Tip: “Upgrading your electric scooter is all about balance—boosting speed while maintaining safety and efficiency. Always check battery, motor, and controller compatibility before making modifications to avoid performance issues.” 🚀🔋

Best Performance Mods for a Faster Electric Scooter

For riders who want a noticeable speed boost, performance modifications can help. However, always consider the impact on safety, battery life, and legal restrictions in your area before making changes.

1. Unlock Speed Limits in the Software

Many electric scooters come with built-in speed limits due to local regulations. Some models allow you to adjust these settings through the app or firmware updates.

• Xiaomi and Ninebot scooters often have speed restrictions that can be unlocked via software.
• Aftermarket firmware upgrades can increase speed, but they might void warranties.
• Always check local e-vehicle laws before unlocking speed limits to avoid fines.

2. Upgrade the Controller for More Power

The speed controller regulates how much power is sent from the battery to the motor. Upgrading it can result in faster acceleration and a higher top speed.

• Look for a controller with a higher amperage output.
• Ensure compatibility with your scooter’s battery and motor.
• This upgrade requires some technical knowledge, so consult a professional if needed.

3. Install a More Powerful Motor

If your scooter has a 250W or 350W motor, you can replace it with a 500W or even 1000W motor for increased speed.

• Higher wattage motors provide more torque and acceleration.
• Ensure your battery and controller can handle the increased power demand.
• Some powerful motors might cause overheating if the cooling system isn’t upgraded.

4. Improve the Aerodynamics

Reducing wind resistance can help your scooter maintain higher speeds.

• Use a tucked riding position to minimize drag.
• Wear streamlined clothing instead of loose jackets that create wind resistance.
• Lower the scooter’s handlebars if possible to reduce wind exposure.

5. Upgrade to a High-Performance Battery

A more powerful battery can increase both range and speed.

• Consider upgrading from 36V to 48V or even 52V if your scooter allows it.
• Higher voltage means more power delivered to the motor, improving acceleration.
• Ensure the battery upgrade matches your scooter’s controller and motor specifications.

6. Use Lightweight Components

Similar to electric cars, reducing the overall weight of your scooter can improve performance.

• Carbon fiber or aluminum parts can replace heavier steel components.
• Lighter decks and frames help improve acceleration and speed.

By applying these upgrades and modifications, you can significantly improve your scooter’s speed while keeping it safe and efficient. Always check your local laws and ensure that any modifications you make are within legal limits.

Optimize Battery and Motor Efficiency

Electric scooters rely on two key components for speed and performance: the battery and the motor. A well-optimized battery can deliver more power, while an efficient motor ensures that power is converted into speed with minimal loss. In this section, we’ll explore whether upgrading your battery makes your scooter faster and how to enhance motor performance for better acceleration.

Does a Better Battery Make an Electric Scooter Faster?

Yes, upgrading to a better battery can make your electric scooter faster, but it depends on several factors, including voltage, capacity, and compatibility with your scooter’s motor and controller. Let’s break it down:

1. Understanding Battery Voltage and Speed

The voltage of a battery determines how much power it can deliver to the motor. A higher voltage means a stronger current flow, which can result in a higher top speed.

• 36V Batteries – Common in entry-level scooters; provide moderate speed and range.
• 48V Batteries – Offer more power, better acceleration, and a higher top speed.
• 52V and 60V Batteries – Found in high-performance scooters, enabling speeds of 40 mph (64 km/h) or more.

📌 Example: A Xiaomi M365 with a 36V battery reaches about 15.5 mph (25 km/h), but upgrading to a 48V battery can push speeds closer to 20 mph (32 km/h).

2. Battery Capacity and Range

Battery capacity, measured in amp-hours (Ah), determines how long your scooter can sustain high speeds. A higher capacity won’t directly increase speed, but it ensures that your scooter maintains top performance for longer.

• More Ah = Longer ride time at max speed.
• Low-capacity batteries degrade faster, reducing efficiency over time.

3. Fast-Charging vs. Long-Term Battery Health

While fast-charging batteries can reduce downtime, frequent fast charging can shorten lifespan. To keep your battery in peak condition:

• Use slow charging when possible to extend battery life.
• Keep the battery charge between 20% and 80% for longevity.
• Avoid exposing batteries to extreme temperatures (hot or cold).

4. Upgrading to a High-Performance Battery

If your scooter allows battery upgrades, replacing the stock battery with a higher voltage and capacity version can provide a significant speed boost. However, make sure the motor and controller can handle the upgrade to avoid overheating or damage.

⚠️ Warning: Some scooters have built-in battery management systems (BMS) that prevent unauthorized upgrades. Check compatibility before modifying your scooter.

How to Improve Motor Performance for More Speed

Your motor is responsible for converting electrical energy into mechanical power. A well-optimized motor can help you achieve higher speeds without overloading the system.

1. Upgrade to a More Powerful Motor

Most electric scooters come with motors ranging from 250W to 1000W. Upgrading to a higher-wattage motor can dramatically increase speed and acceleration.

• 250W Motors – Standard for budget scooters, speeds around 15 mph (24 km/h).
• 500W Motors – Offer better hill climbing and speeds up to 20 mph (32 km/h).
• 1000W Motors and Above – Found in high-end scooters like Dualtron Thunder, reaching 50+ mph (80 km/h).

🚀 Example: A 500W motor upgrade in a Segway Ninebot Max can boost speed from 18.6 mph (30 km/h) to 25 mph (40 km/h).

2. Reduce Motor Resistance and Heat Build-Up

A hot motor loses efficiency, which can reduce speed over time. To prevent overheating:

• Keep vents and cooling systems clear of dust and debris.
• Avoid riding at max speed for long periods in hot weather.
• Use heat-resistant wiring if upgrading components.

3. Optimize the Motor Controller for Better Acceleration

The controller regulates how much power the motor receives. Upgrading to a higher-amperage controller can improve acceleration and top speed.

• Standard controllers allow for limited power output (e.g., 15A).
• Performance controllers boost amperage, delivering more power to the motor.
• Some scooters have adjustable controllers that let you tweak settings via an app.

⚡ Tip: A 36V controller with 15A output limits power to 540W (36V × 15A). Upgrading to a 20A controller increases output to 720W, improving acceleration.

4. Upgrade Bearings and Lubricate Moving Parts

Friction between moving parts can reduce motor efficiency. Keeping your scooter well-lubricated ensures smoother operation and faster speeds.

• Use high-quality bearings to reduce drag.
• Lubricate the wheel hubs and motor shaft every few months.
• Check for dirt buildup in motor components.

5. Reduce Electronic Load for Maximum Output

Additional electronic components, such as Bluetooth modules, LED strips, or high-powered speakers, can drain power from the motor. To maximize speed:

• Disable non-essential features while riding.
• Reduce the use of power-draining accessories.
• Ensure proper wiring connections to prevent power loss.

By combining battery and motor optimizations, you can significantly improve your scooter’s speed and performance while maintaining efficiency and durability.

Reduce Resistance and Enhance Aerodynamics

When it comes to making your electric scooter faster, most people focus on upgrading the battery or motor. However, reducing resistance and improving aerodynamics can significantly enhance speed without requiring major modifications. A well-maintained scooter with optimized tires and minimal drag will move more efficiently, allowing you to reach higher speeds effortlessly. Let’s explore why tire pressure matters and how you can minimize drag for better acceleration.

Why Tire Pressure Affects Your Scooter’s Speed

Tire pressure plays a critical role in determining how smoothly and efficiently your electric scooter moves. Underinflated tires increase rolling resistance, making it harder for the motor to propel the scooter forward, while overinflated tires can reduce grip and safety.

1. The Science Behind Rolling Resistance

Rolling resistance is the force that opposes your scooter’s movement when the tires are in contact with the ground. The higher the resistance, the more energy (battery power) is needed to maintain speed.

• Underinflated tires = More rolling resistance = Slower speed.
• Properly inflated tires = Optimal rolling efficiency = Faster speed.
• Overinflated tires = Reduced traction = Potential safety risks.

📌 Example: A study on vehicle efficiency found that just a 10% drop in tire pressure can increase rolling resistance by up to 20%, leading to noticeable speed reductions and higher battery consumption.

2. How to Maintain the Right Tire Pressure

To keep your electric scooter running at peak performance, follow these tire pressure guidelines:

• Check the manufacturer’s recommended PSI (pounds per square inch) for your scooter. Most e-scooters operate best between 40-50 PSI.
• Use a digital tire pressure gauge to check your tires at least once a week.
• Inflate tires to the upper limit of the recommended PSI for maximum speed while ensuring safety.

3. Choose the Right Type of Tires

The type of tire you use also affects speed and efficiency.

• Pneumatic (air-filled) tires – Provide better grip and shock absorption but require regular inflation checks.
• Solid rubber tires – No risk of flats, but higher rolling resistance can slow you down.
• Tubeless tires – Offer the best balance of speed, efficiency, and durability.

⚡ Tip: If your scooter has solid tires, switching to pneumatic ones can reduce rolling resistance by up to 30%, leading to improved acceleration and speed.

⚠️ Reminder: “Unlocking speed comes with responsibility—modifications like firmware hacks or motor upgrades may void your warranty or violate local e-scooter laws. Ride smart and stay informed!” 🛴⚡

How to Minimize Drag and Improve Scooter Acceleration

Aerodynamics play a key role in maximizing scooter performance. Wind resistance, body position, and unnecessary weight can all slow you down. Optimizing these factors will allow you to gain extra speed without modifying the core components of your scooter.

1. Reduce Wind Resistance with a Streamlined Riding Position

Just like in e-cars and motorcycles, wind resistance impacts the speed of electric scooters. When you ride upright with a large surface area exposed to wind, you create more drag, reducing efficiency.

To counter this:

• Tuck your body slightly forward when riding at higher speeds.
• Keep your arms close to your body to minimize air resistance.
• Bend your knees slightly to create a more aerodynamic stance.

📌 Example: Cyclists and motorcyclists use this technique to improve speed. A slight forward lean can reduce drag by 10-15%, resulting in better acceleration and a higher top speed.

2. Use Lightweight Accessories and Remove Unnecessary Add-Ons

Extra weight increases drag and slows down your scooter. Many riders attach accessories like heavy locks, phone mounts, or extra lights, which can reduce performance.

• Remove any non-essential attachments when speed is a priority.
• If your scooter has a removable seat, taking it off can reduce weight and wind resistance.
• Use a lightweight backpack instead of attaching heavy storage compartments.

🚀 Tip: Reducing your scooter’s weight by just 2-3 kg can improve acceleration by up to 5%, giving you a noticeable speed boost.

3. Wear Streamlined Clothing for Less Air Drag

Loose clothing flaps in the wind, creating drag that can slow you down. Instead:

• Wear tight-fitting jackets and pants when riding at high speeds.
• Avoid long coats or scarves that can act like parachutes.
• Use a smooth helmet design to cut through the air more efficiently.

4. Keep Bearings and Moving Parts Lubricated

Friction in the wheel bearings, axle, and other moving parts can slow your scooter down over time. Keeping everything well-lubricated ensures smooth motion and optimal efficiency.

• Apply high-quality bearing grease every few months.
• Check for dirt buildup in wheel hubs and clean them regularly.
• Replace old or worn-out bearings to maintain peak performance.

⚡ Pro Tip: Upgrading to ceramic bearings can reduce friction by 50%, leading to improved acceleration and longer battery life.

5. Ride on Smooth Surfaces Whenever Possible

Riding on rough terrain creates more rolling resistance and slows down your scooter. Whenever possible:

• Stick to paved roads and bike lanes for the smoothest ride.
• Avoid gravel, grass, or sand, which increases drag.
• If your scooter has suspension, ensure it’s properly adjusted for comfort and efficiency.

By optimizing your scooter’s aerodynamics and reducing resistance, you can achieve a noticeable speed boost without modifying your motor or battery. Small adjustments like maintaining the right tire pressure, streamlining your body position, and keeping your scooter well-maintained can make a big difference in performance.

How to Remove Speed Limiter on Electric Scooter Safely

Many electric scooters come with built-in speed limiters to comply with local laws and manufacturer safety guidelines. While removing this limiter can increase your scooter’s speed, it’s essential to understand the legal implications and the safest ways to do it without damaging your scooter. Let’s explore whether it’s legal to remove the speed limiter and the best methods to disable it safely.

Is It Legal to Remove the Speed Limiter on an E-Scooter?

Before you attempt to remove your scooter’s speed limiter, it’s crucial to understand the laws governing electric scooters in your country or region.

1. Legal Restrictions by Country

Different countries and cities have varying speed limits for electric scooters. Here are some common regulations:

• United States: Many states cap e-scooter speeds at 15-20 mph (24-32 km/h). Some places allow modifications only on private property.
• United Kingdom: E-scooters are legally limited to 15.5 mph (25 km/h), and modifying them for higher speeds can lead to fines or confiscation.
• European Union: Most EU countries follow the 25 km/h limit, with stricter enforcement in cities like Paris and Berlin.
• Australia: Some states allow speeds up to 25 km/h, but modifying a scooter for higher speeds can result in penalties.

📌 Tip: Check local regulations before modifying your scooter to avoid fines or voiding your warranty.

2. Safety Risks of Removing the Speed Limiter

Even if it’s legal in your area, removing the speed limiter comes with risks:

• Increased risk of accidents – Most e-scooters are designed with speed limits for stability and safety. Higher speeds can reduce braking efficiency.
• Battery and motor strain – Removing the limiter may cause overheating, reducing battery lifespan and motor efficiency.
• Voiding the manufacturer’s warranty – Most scooter brands void warranties if firmware modifications or hardware changes are detected.

⚠️ Warning: Some scooters have anti-tampering mechanisms that prevent modifications. Attempting to bypass them can permanently damage the controller.

Best Methods to Disable Speed Restrictions Without Damage

If you decide to proceed with removing the speed limiter, you need to do it carefully to avoid damaging your scooter’s components. Below are the most common methods used to unlock higher speeds.

1. Unlock Speed Using Manufacturer’s App or Settings

Some scooters allow speed limit adjustments through official or third-party apps.

• Xiaomi and Ninebot scooters – Use the M365 DownG app or XiaoFlasher to unlock speed settings.
• Dualtron and Kaabo models – Often have settings in the LCD display menu to adjust speed modes.
• Apollo and Zero scooters – May allow speed mode customization via manufacturer apps.

📌 Tip: Before modifying settings, check if your scooter has a regenerative braking system that may be affected by higher speeds.

2. Firmware Hacking and Custom ROMs

Advanced users can flash custom firmware to override speed restrictions.

• Steps to flash custom firmware:
  • Download a compatible firmware mod for your scooter model.
  • Connect your scooter via Bluetooth to a firmware flashing app.
  • Install the firmware and restart the scooter.
• Popular firmware tools:
  • ES DownG (for Ninebot scooters)
  • M365 DownG (for Xiaomi scooters)
  • VESC Tool (for high-performance scooters like Zero 10X)

⚠️ Risk: Incorrect firmware updates can brick your scooter, making it unusable. Proceed only if you understand the process.

3. Disconnecting or Bypassing the Speed Wire

Some scooters use a physical speed limiter wire that can be removed to unlock full speed.

• Locate the speed limiter wire (usually a single-looped wire near the controller).
• Cut or disconnect the wire and insulate the ends with electrical tape.
• Restart your scooter to apply the changes.

📌 Note: Not all scooters have a removable speed wire. Some models integrate limiters into the controller firmware.

4. Upgrading the Controller for More Power

If your scooter’s speed is restricted by the controller, upgrading to a higher-amperage controller can remove the speed cap.

• Choose a compatible controller with a higher power output.
• Ensure it matches your scooter’s battery voltage to avoid overloading.
• Some controllers allow custom programming to fine-tune speed and acceleration.

🚀 Example: Upgrading a Xiaomi M365 from its stock 250W controller to a 500W controller can increase speed from 15 mph (25 km/h) to 20+ mph (32 km/h).

5. Changing the Battery for Higher Voltage

If your scooter is limited by battery voltage, upgrading to a higher voltage battery can increase speed.

• Stock Battery: 36V (standard for most e-scooters)
• Upgraded Battery: 48V or 52V (higher speed potential)
• High-performance models: Some Dualtron and Kaabo scooters support 60V+ batteries for extreme speeds.

⚠️ Caution: Upgrading to a higher voltage than your motor can handle may cause overheating or permanent damage.

By following these methods, you can safely remove the speed limiter on your electric scooter. However, always consider legal regulations, safety concerns, and potential damage risks before making modifications.

Enhancing your ride’s speed doesn’t have to be complicated. By optimizing battery performance, upgrading components, and reducing resistance, you can easily discover how to make electric scooter x3 faster while keeping it safe and efficient. Whether you’re tweaking settings or upgrading hardware, always check legal regulations before making modifications.

If you found this guide helpful, share it on social media and help fellow riders unlock their scooter’s full potential! 🚀🔋