Piloting a Drone Using Hand Gesture Control System

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Sanjana Reddy Nellipalli
Pindi Navya Sree
Maddikuntla SaiSri
Shruthika Dopathireddy
Shanthi Munaganooru

Abstract

Nowadays, drones are employed for many different applications all around the world. The problem with methods like remote controls and joysticks is that they are prone to interference noise and have a range of electromagnetic radiation that is limited. The complexity of using a joystick-button controller, however, necessitates an experienced pilot to carry out these activities with the drone, which is extremely expensive.


In this project, we will try to solve the issue by using a motion controller to steer a drone with basic hand movements. The hand controller, the communication base, and the quadcopter are the three subsystems that make up this concept.


      In this project, we will try to solve the issue by controlling the movements of a drone with just one hand using a motion controller. The hand controller, the communication base, and the quadcopter are the three subsystems that make up this concept. The positional data is sent to the communication base by the hand controller, which resembles a glove. Based on data from the hand controller, the communication base is built to determine the current gesture and communicate this information to the quadcopter using the appropriate signals. According to the commands of the communication base, the quadcopter is built to fly.

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How to Cite
Nellipalli, S. R., P. N. Sree, M. SaiSri, Shruthika Dopathireddy, and Shanthi Munaganooru. “Piloting a Drone Using Hand Gesture Control System”. Technix International Journal for Engineering Research, vol. 9, no. 7, July 2022, pp. 36-42, https://tijer.org/index.php/tijer/article/view/243.
Section
Research Articles

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