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Control open-source servomotors safely with natural language and mock backend testing.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "servomotor-mcp" yet — see the docs or source repo.
Use servomotor-mcp to rotate an M17 servomotor 90 degrees clockwise at low speed, and return the execution status and safety check results.
A structured execution result with motion parameters, safety-rail validation, and execution status.
Use the mock backend to simulate a control flow: home the motor, rotate 45 degrees counterclockwise, then stop, and output each step's response.
A simulated execution log without real hardware, showing each command and response.
Attempt to spin the motor continuously for 10 turns at high speed; if it exceeds safety limits, refuse execution, explain why, and suggest a safer alternative.
The tool flags the risk, triggers safety rails, and returns a refusal reason plus a safer executable alternative.
Lets AI locally see and control your desktop for automation tasks.
Securely monitor and control MQTT devices through a standardized MCP interface.
Control compatible boards over Bluetooth serial for motors, IO, and sensors.
Let AI poll device serial output without blocking long-running monitoring tasks.
Control a 6DOF robotic arm by voice for motion and gripper tasks.
Let AI read and control industrial devices via standard industrial protocols.