Eahora Romeo Pro Motor - AKM9002
Pre-sale production time: 15-20 DaysThe Eahora Romeo Pro Motor (AKM9002) is a high-performance motor designed for Eahora's Romeo Pro electric bikes. It delivers a sustained power output of 1,200W and a peak torque of 120N·m, enabling riders to tackle challenging terrains and steep inclines with ease. This motor is available for purchase directly from Eahora's official website for
Included
1 x motor
What our Experts Think
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High-Powered Dual Motors: Equipped with dual 1,500W high-torque DC motors, each delivering up to 120N·m of torque, ensuring rapid acceleration and the ability to tackle steep inclines with ease.
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Long-Range Battery: Features a 52V 60Ah lithium pouch-cell battery, providing an impressive range of 104 to 112 miles per charge, depending on riding conditions and assist levels.
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Enhanced Speed: Achieves top speeds between 41 to 44 mph, offering an exhilarating riding experience for both urban commuting and off-road adventures.
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Advanced Suspension System: Designed with a full suspension system, including a 100mm travel hydraulic fork and a 50mm travel air shock absorber, to provide a smooth and comfortable ride across various terrains.
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Robust Braking System: Equipped with 203mm 4-piston hydraulic disc brakes, ensuring reliable and responsive stopping power, enhancing safety during high-speed rides.
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User-Friendly Display: Comes with a 4-inch enhanced-visibility color LCD display featuring Bluetooth connectivity and a USB charging port, allowing riders to monitor speed, battery status, and navigate routes with ease
Q&A
Q: What is the Eahora Romeo Pro Motor - AKM9002?
A: The AKM9002 is a high-performance DC hub motor designed for the Eahora Romeo Pro electric bike, delivering robust power and torque for enhanced riding experiences.
Q: What is the power output of the AKM9002 motor?
A: The motor provides a sustained power output of 1,200W, with a peak output reaching up to 1,400W, ensuring strong acceleration and the ability to tackle challenging terrains.
Q: What is the torque specification of the AKM9002 motor?
A: The AKM9002 motor delivers a maximum torque of 120 N·m, offering substantial force for climbing hills and navigating various landscapes.
Q: What type of electric bike is the AKM9002 motor used in?
A: The AKM9002 motor is utilized in the Eahora Romeo Pro electric bike, a moped-style e-bike equipped with a 48V 60Ah lithium battery and full suspension for a comfortable ride.
Q: What is the top speed achievable with the AKM9002 motor?
A: The Eahora Romeo Pro, powered by the AKM9002 motor, can reach top speeds between 31 to 34 mph, depending on riding conditions and other factors.
Q: Is the AKM9002 motor suitable for off-road use?
A: Yes, the AKM9002 motor's high torque and power output make it well-suited for off-road adventures and tackling challenging terrains.
Maintenance Tips
- Regular Cleaning:
- Periodically inspect the motor by removing the plastic outer covers to check for dirt, debris, or moisture accumulation.
- Gently clean the motor components using a soft cloth or brush. Avoid using water or harsh cleaning agents that could damage electrical parts.
- Lubrication of Moving Parts:
- Apply lubricant to the motor's moving parts, such as bearings, chain, and sprockets. This reduces friction and wear.
- Use a light coating of lubricant to prevent attracting excess dirt and debris.
- Inspection of Motor Bearings:
- Check for excessive movement or play in the crank arms, which may indicate bearing wear.
- Securely hold the crank arms near the bottom bracket and apply gentle side-to-side pressure. Noticeable movement may require professional assessment.
- Checking for Resistance:
- Assess resistance by backpedaling and observing any unusual resistance during forward pedaling.
- Isolate the chain from the chainring to determine if resistance persists within the motor, indicating potential issues.
- Professional Servicing:
- At least once a year, have a professional technician inspect the motor and related components. They can identify and address potential issues before they affect performance.
