Description
Pure Carbon Fiber Magnetic Propeller Balancer for Quadcopter, FPV, RC Airplane & Drone
The Pure Carbon Fiber Magnetic Propeller Balancer is designed for checking and balancing propellers used in quadcopters, FPV drones, fixed-wing aircraft and other compatible rotating components. It uses a magnetic suspension system to provide a low-resistance mounting method, allowing sensitive balancing of propellers.
The balancer features a tapered propeller holder that automatically aligns the propeller toward the shaft center. Its carbon fiber and metal construction, combined with an N45 high-performance magnet, provides a lightweight and precise balancing setup.
It is suitable for multi-rotor propellers up to 80g and can also be used for various other rotating components within the stated weight range.
Key Features
- High-sensitivity magnetic propeller balancer.
- Carbon fiber and metal construction.
- Uses N45 high-performance magnet.
- Magnetic suspension / Maglev balancing design.
- Low-resistance mounting method.
- Tapered propeller holder for automatic center alignment.
- Designed for accurate propeller balancing.
- Suitable for multi-rotor and fixed-wing propellers.
- Can be used for various compatible rotating components.
- Compact and modern design.
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Magnetic Propeller Balancer |
| Construction | Carbon Fiber & Metal |
| Magnet Type | N45 High-Performance Magnet |
| Balancing Method | Magnetic Suspension / Maglev |
| Propeller Holder | Tapered Self-Centering Holder |
| Suitable Propellers | Multi-Rotor & Fixed-Wing |
| Mounting Method | Magnetic Suspension |
| Balancing Resistance | Zero-Friction / Low-Resistance Maglev Method |
| Application | Propeller & Rotating Component Balancing |
Applications
- FPV drone propeller balancing.
- Quadcopter propeller balancing.
- Multi-rotor propeller balancing.
- Fixed-wing RC aircraft propellers.
- RC airplane maintenance.
- Drone building and maintenance.
- Marine propellers within the supported weight range.
- Car wheel hubs within the supported weight range.
- Turbine blades within the supported weight range.
- Flywheel balancing.
Precautions
- Ensure the propeller is properly positioned on the tapered holder before balancing.
- Use the balancer on a stable, level surface.
- Handle carbon fiber and metal components carefully.
- Keep strong magnets away from magnetic cards and magnetically sensitive devices.
- Do not force the magnetic shaft or mounting mechanism.
- Inspect the propeller for cracks or damage before balancing.
- Use appropriate safety precautions when handling rotating components.