How to Perform Motor Detection (Calibration) on Apollo ScootersUpdated 3 hours ago

Motor detection, also called motor calibration, ensures your scooter’s motor(s) are properly synced with the controller. This procedure applies only to Apollo scooters from 2023 onwards or those equipped with a Mach controller.

Performing a motor detection is essential whenever:

• You replace a motor or controller.
• The scooter feels sluggish, accelerates unevenly, or brakes inconsistently.
• The motor stutters, jitters, or makes strange noises.

Running a motor detection helps restore smooth motor performance and ensures optimal power delivery from your controller to the motor.

Before You Begin

Prepare your workspace and scooter to ensure a successful and safe calibration:

• Power the scooter off.
• Place it securely on a sturdy stand or box, making sure both wheels are off the ground.
• Ensure nothing touches the tires during the process.
• Have easy access to the scooter’s power button or key.
• Confirm you’re working in a stable area to prevent tipping.

⚠️ Safety Warning: Never perform motor detection with the wheels in contact with the ground—doing so may cause injury or damage.

Performing Motor Detection

Step 1: Prepare

1. Make sure both tires are fully elevated and free to spin.
2. Verify that the scooter is steady and secure before starting.

💡 Tip: Keep the scooter positioned so the power button is easy to reach.

Step 2: Begin the Calibration

1. Turn on the scooter.
2. Listen for the initial beep as the scooter powers up.
3. Immediately after the beep, press the power button quickly 10 times in a row.
   Timing is important — each press must be fast and consecutive.
4. If the detection sequence fails, simply turn the scooter off and try again.

Step 3: Observe the Detection Process

• After pressing the power button 10 times, there may be a short pause.
• You’ll then notice one of the wheels start to spin automatically.
• A loud noise may occur during this process — this is completely normal.
• Each wheel will calibrate once; after that, the scooter will shut off automatically.

Once the process completes, the calibration is done and your scooter is ready to ride.

Troubleshooting and Next Steps

If the motor detection doesn’t succeed after several attempts:

• Repeat the steps carefully, ensuring timing and button presses are quick enough.
• Double-check that the wheels are not touching any surface.
• If problems persist (e.g., the motor still jitters, stutters, or feels weak), contact Apollo Support and provide:
  • Your scooter model and serial number.
  • A detailed description of the issue and the steps you’ve tried.

Video Demonstration

For a complete walkthrough, follow this video guide:
▶️ Motor Detection Guide Video

By performing motor detection, you ensure your Apollo scooter’s Mach controller and motor are communicating properly — restoring full performance and preventing long-term wear or inefficiency.