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Optimizing UAV Precision with Slotless Motor Technology

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Helicopter UAVs: Rotary Wing Drones for Maritime, Naval & Security Operations | UAS GCS

Optimizing UAV Precision with Slotless Motor Technology

Alva Industries discusses how their slotless motors eliminate cogging torque, enhancing UAV performance in unmanned systems


Optimizing UAV Precision with Slotless Motor Technology

Alva Industries discusses how advanced slotless motor technology can improve the functionality and reliability of UAVs by overcoming cogging torque, a common challenge in electric motors that impacts precision and smoothness, especially at low speeds.

In the article ‘The Key to Eliminating Cogging Torque with the Right Motor Technology’  Alva Industries explores how slotless motor technology offers an efficient solution for improving UAV propulsion.

Core Technology:

  • Cogging Torque: Magnetic interactions in slotted motors cause uneven torque.
  • Slotless Motors: No stator teeth means zero cogging torque, resulting in smoother performance.

For UAVs, smoother motor operation enhances control precision, minimizing noise and vibration, crucial in unmanned aerial systems where reliability and low-maintenance propulsion systems are key.

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Helicopter UAVs: Rotary Wing Drones for Maritime, Naval & Security Operations | UAS GCS

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