SKYRC motor analyzer is a precision electronic device that is especially designed for measuring the KV value, RMP, current drawn, motor timing, vibration noise level and checking the function of hall effect sensors of a brushless motor. It comes with a 2X16 characters LCD that is able to display real time measuring value of either sensor or sensor-less brushless motor.
- Precision Measurement Capabilities: Measures KV value, RPM, current drawn, and motor timing, ensuring detailed and accurate analysis of brushless motors.
- Advanced Vibration and Noise Analysis: Equipped to check vibration noise levels, helping identify issues with motor assembly, bearing quality, or rotor balance, crucial for optimal motor performance.
- Hall Effect Sensor Functionality: Features a comprehensive test for the function of hall effect sensors, critical for modern brushless motors.
- Versatile Display and Control: Includes a 2x16 character LCD for real-time measurement display and features Hall Effect Sensor LED, Throttle Level LED, and a Rotary Dial for easy navigation and control.
- Detailed Sensor Timing Analysis: Offers precise timing analysis for Phase A, B, and C sensor elements, providing valuable insights into the motor's functioning.
- Precision Measurement Capabilities: Measures KV value, RPM, current drawn, and motor timing, ensuring detailed and accurate analysis of brushless motors.
- Advanced Vibration and Noise Analysis: Equipped to check vibration noise levels, helping identify issues with motor assembly, bearing quality, or rotor balance, crucial for optimal motor performance.
- Hall Effect Sensor Functionality: Features a comprehensive test for the function of hall effect sensors, critical for modern brushless motors.
- Versatile Display and Control: Includes a 2x16 character LCD for real-time measurement display and features Hall Effect Sensor LED, Throttle Level LED, and a Rotary Dial for easy navigation and control.
- Detailed Sensor Timing Analysis: Offers precise timing analysis for Phase A, B, and C sensor elements, providing valuable insights into the motor's functioning.
