Motion sensor and motor control device help

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SUMMARY

The discussion focuses on designing a stabilization device for water using an inertial motion sensor and propellers for orientation correction. The user inquires about utilizing a Phidget for a wireless feedback system between the sensor and motors. Recommendations include using accelerometers for orientation detection and exploring wireless data connections between multiple sensors and a central controller, as well as from the controller to the propeller drives.

PREREQUISITES
  • Understanding of inertial motion sensors
  • Familiarity with Phidget devices
  • Knowledge of wireless communication protocols
  • Basic principles of motor control and stepper controllers
NEXT STEPS
  • Research the integration of Phidget devices with motion sensors
  • Explore wireless communication options for sensor data transmission
  • Learn about accelerometer calibration and implementation
  • Investigate motor control techniques for propeller systems
USEFUL FOR

Engineers, hobbyists, and developers interested in robotics, particularly those working on stabilization systems and wireless control mechanisms in aquatic environments.

nick89i
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Hi, I am currently designing a stabilisation device for use in water. The general idea is using an inertial motion sensor to detect the orientation and propellors to correct it. I have very little knowledge in this area and was wondering whether I can use a phidget to achieve a wireless feedback system from the sensor to motors to correct the orientation. I have been looking at stepper controllers and motion sensors so far but I'm not 100% sure what the best solution is and how it all fits together. I don't know which components I would need to build such a system or if it is at all possible.

Thank you for any help!
 
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Accelerometers are a simple and inexpensive way to start. What you describe is very similar to the way smart phone determine their orientation.

You may be able to make wireless data connections from several sets of sensors to a central controller, and also wireless from the controller to the propeller drives.Good luck.
 

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