Answering the search query directly: these brushless gimbal motors with encoders are designed to deliver precise position and speed control for drone gimbals, robotic arms, and camera stabilizers. They’re best for builders who want tight encoder feedback, smooth motion, and compatible control options. The following five options emphasize encoder integration (AS5600, MT6701, AS5048A) and hollow-shaft designs for clean wiring and easy encoder hookup. Ideal buyers include DIY drone/upgrades, small robotics projects, and hobbyists seeking reliable, low-noise gimbal performance.
Summary of chosen products
| Product | Encoder Type | Key Benefit | Best For |
|---|---|---|---|
| 1. 2804 Brushless Outrunner Hollow Shaft DC Motor Kit with AS5600 | AS5600 | Pre-installed hollow shaft and compact driver | Gimbals needing tidy wiring |
| 2. 12V/24V/36V 4015 BLDC Hollow Shaft Motor with AS5600/MT6701 | AS5600, MT6701 | High torque, universal encoders | Robotic joints and gimbals |
| 3. 2804 Hollow Shaft Brushless DC Motor with AS5600 | AS5600 | Rigid encoder integration in hollow shaft | Precision gimbals and DIY projects |
| 4. Gimbal Brushless Motor 2208 90KV | — (encoder integration not specified) | Low KV, low noise | Light payload stabilization |
| 5. 2804 Hollow Shaft Outrunner with AS5600 Encoder Kit | AS5600 | Hardware-together encoder kit | Direct encoder connection to microcontrollers |
2804 Brushless Outrunner Hollow Shaft Motor With AS5600 Encoder
This hollow-shaft motor includes a pre-installed AS5600 encoder ring and a compact driver board for direct control signal coupling. It delivers up to 300 g·cm torque with a CNC shell and high-grade magnets for quiet operation. The bundled driver supports FOC and standard control libraries, making it a versatile choice for precise pan/tilt gimbal tasks. Best for compact gimbals where tidy wiring and encoder reliability are priorities.
Caution: Wiring with the driver board and encoder should follow the supplier’s wiring diagram to avoid misconnection. Best for projects that can accommodate a hollow shaft design and external controller compatibility.
12V/24V/36V 4015 Hollow Shaft Motor With AS5600/MT6701 Encoder
This motor offers high torque at low speed, suitable for robotic joints and gimbal axes. It supports AS5600 and MT6701 encoders, enabling flexible digital feedback options. Its CNC aluminum housing, 24-slot stator, and robust wiring help ensure consistent performance in demanding environments. Best for robotics or gimbal systems needing reliable encoder feedback and robust mounting options.
Limitation: The combination of encoders means you may need additional driver configuration to select the desired encoder interface (I2C vs ABZ/I2C) and microcontroller compatibility.
2804 Hollow Shaft Brushless DC Motor With AS5600 Encoder
Designed with a hollow shaft and an integrated AS5600 encoder, this motor maintains tidy wiring while delivering solid torque for gimbal tasks. It is suited for small to mid-sized gimbals where encoder feedback is essential for precise stabilization. It’s best for builders prioritizing straightforward encoder hookup and compact form factor.
Better for: projects requiring a compact, encoder-ready motor with a straightforward mounting profile. Avoid if you need dual-encoder redundancy or very high torque at extreme speeds.
Gimbal Brushless Motor 2208 90KV
This 2208 motor offers a lower KV suitable for light payload stabilizers. Its durable metal construction supports long-term use in small gimbals or camera stabilization rigs. Best for 100–200 g payload setups where smooth, quiet operation is required. Use this if low KV and stability are prioritized over ultra-high torque.
Limitation: Encoder integration is not specified for this model; consider adding an external encoder solution if precise feedback is needed.
2804 Hollow Shaft Outrunner With AS5600 Encoder Kit
This kit pairs a hollow-shaft outrunner with a pre-installed AS5600 encoder, enabling direct encoder engagement and straightforward wiring. The combination supports FOC and SVPWM for precise torque and speed control, making it suitable for gimbals that need tidy installation and reliable encoder feedback. Best for projects requiring a plug-and-play encoder connection to compatible microcontrollers.
Pause: Ensure your control software can communicate with AS5600 via I2C or appropriate protocol to maximize performance.
12V/24V/36V 4015 Hollow Shaft Motor With AS5600/MT6701
This variant emphasizes either AS5600 or MT6701 encoders, making it compatible with a range of control schemes and microcontrollers. Its robust aluminum housing and precise wiring improve reliability in dynamic gimbal environments. Best for multi-encoder setups or different control library support. Avoid if you require smaller form factor than a 4015 footprint.
Buying Guide: How to Choose a Brushless Gimbal Motor With Encoder
What encoder type do I need? Encoder options like AS5600 (I2C 12-bit absolute) or MT6701 (ABZ/I2C) vary in interface and resolution. Choose based on your controller’s compatibility and the level of feedback you require for stabilization.
Is hollow-shaft design important? Hollow shafts allow clean wiring and easy encoder placement, reducing mechanical obstruction in tight gimbal frames. They’re particularly helpful when you need direct encoder coupling with minimal bulk in the gimbal assembly.
What torque and speed are appropriate? For lightweight cameras, a lower KV with solid torque at low speeds helps achieve stable stabilization. For larger rigs, higher torque or more robust gearing may be necessary to resist external disturbances.
How do I wire and integrate with a controller? Look for motors with a provided driver board or clear wiring documentation. Ensure compatibility with FOC, SVPWM, and your preferred library (SimpleFOC, ODrive, etc.).
What maintenance or limitations exist? Some motors list exact encoder types but not universal compatibility. Verify mounting holes, shaft size, and connector types to avoid fit issues during installation.
Frequently Asked Questions
- What is the advantage of a hollow-shaft motor for gimbals? It enables tidy wiring and direct encoder connection through the shaft area, reducing mechanical interference.
- What encoder resolutions are common for gimbal motors? Typical options include 12-bit absolute encoders like AS5600 and higher-resolution MT6701 variants, depending on the model and library support.
- Can I use these motors with SimpleFOC or ODrive? Yes, several listed models support SimpleFOC or similar drivers; verify the encoder type and driver compatibility in the product docs.
- Is a higher KV better for gimbals? Not necessarily. Lower KV often provides smoother, steadier motion at low speeds, which is desirable for camera stabilization.
- Do I need dual encoders for stability? Most hobby gimbals function well with a single reliable encoder; dual encoders add redundancy but require more complex control wiring and processing.
- What should I check before purchasing? Confirm encoder compatibility, hollow-shaft availability, mounting options, and whether a driver board is included or required.