Brushless Motor Tester — mechanical tester designed to check brushless motors and motor controllers used in electric cars and ebikes. A practical workshop tool for diagnosing performance problems, verifying repairs, and confirming compatibility before installation. Key benefits Quickly diagnose motor and controller issues to reduce troubleshooting time and avoid vehicle downtime. Verify controller signals and motor response without full vehicle assembly, saving time during , maintenance, and development. Mechanical testing format provides a reliable, repeatable way to exercise motors and controllers under controlled conditions. Core functionality Tests brushless motors for rotation, phase response, and basic operational faults. Tests brushless motor controllers for proper output and interaction with motors. Mechanical tester format enables stable bench testing of both motors and controllers. Compatibility Designed for use with brushless motors and brushless motor controllers. Suitable for electric cars (electro car) and ebikes (EBike) applications where brushless drive systems are used. Works for a wide range of workshop and fieldtesting scenarios involving brushless drive components. Key attributes Functionality: Motor and controller test capabilities focused on brushless systems. Form factor: Mechanical tester intended for bench or workshop use. Build: Robust mechanical design appropriate for routine diagnostic work. Performance: Enables repeatable, handson testing of brushless motors and controllers to confirm basic operation and response. How it helps Saves time by isolating motor vs controller faults quickly, so technicians can target repairs precisely. Confirms whether replacement controllers or motors function before installation, minimizing returns and rework. Provides a stable, repeatable test environment for quality checks during maintenance or smallscale production. Typical use cases 1. Workshop diagnostics — A technician uses the tester to determine whether an ebike will not accelerate due to a motor fault or a controller failure, enabling a targeted . 2. Preinstallation verification — Before fitting a controller into an electric car conversion, the installer verifies the controller and motor work together on the bench. 3. Routine maintenance and quality checks — Fleets or shops perform quick functional checks of brushless drive components after service or before reuse. Why customers need it Eliminates guesswork when troubleshooting brushless drive issues. Reduces time and cost associated with repeated installation attempts or unnecessary parts replacement. Provides a straightforward bench testing solution appropriate for shops, hobbyists, and developers working with brushless motors and controllers. Usage notes Intended for brushless motors and brushless motor controllers used in electric cars and ebikes. Use in a workshop or controlled environment where mechanical testing of rotating components can be performed safely. A concise, practical tool for anyone who works with brushless drive systems and needs a reliable way to test motors and controllers before or during service.