SimonK 30A ESC - High Performance Speed Controller with Connectors

The SimonK 30A BLDC ESC is a high-performance electronic speed controller designed for brushless DC motors. As a reliable BLDC ESC, it provides precise control, making it ideal for drone and RC airplane applications. Whether you’re a hobbyist or a professional, the SimonK 30A ESC ensures smooth and efficient operation. With its advanced features and robust firmware, this 30A BLDC ESC is a popular choice for DIY enthusiasts and custom projects.

Key Features

• High Efficiency: Ensures rapid motor response and precise control.
• Easy Setup: Pre-installed connectors for quick installation.
• Optimized Firmware: SimonK firmware for superior throttle response.
• Lightweight Design: Ideal for RC drones, planes, and DIY robotics.
• Advanced Features: Supports regenerative braking and active freewheeling.

Applications

• Perfect for remote-controlled drones and planes requiring smooth motor control.
• Used in model helicopters for precise and stable flight performance.
• Essential for RC car projects demanding accurate speed and acceleration control.
• Supports DIY projects integrating ESC BLDC Arduino and robotics applications.

Technical Specifications

How to Use

1. Connect: Attach the ESC to the brushless motor and battery power source.
2. Throttle Setup: Connect the throttle control signal wire to the receiver or flight controller.
3. Polarity Check: Ensure correct wiring to avoid reverse polarity issues.
4. Calibrate: Power on the transmitter at full throttle, then power on the ESC and follow the beeping signals for calibration.
5. Test Run: Check motor response to throttle input in a safe environment before full deployment.

Package Includes

1 x SimonK 30A BLDC ESC Electronic Speed Controller with Connectors

Additional Resources

- Explore more collection of ESC.
- Firmware updates accessible through the SimonK developer community.

Video Tutorials

Find detailed setup and calibration videos on platforms like YouTube to guide your installation and configuration process.