JV Muruga lal jeyan, Kavya S nair
The objective of this study is to design and manufacture a quadcopter that operates without interruption of the power supply, addressing one of the primary challenges of UAV endurance. This paper explores various research initiatives aimed at improving endurance parameters, particularly through the implementation of piezoelectric generators that harness vibration power. The methodology involves the integration of these piezoelectric generators in the quadcopter design, enhancing both power efficiency and durability. The results indicate significant improvements in the drone's endurance and performance during long-range missions due to the seamless power generation capabilities of piezoelectric technology. These findings suggest a promising avenue for future developments in UAV technology, which could lead to more reliable and sustained aerial operations.
@article{70dafc60-8595-4792-bc9e-fb680b5b74f4,
title={Aerodynamic stability on piezoelectric m},
author={JV Muruga lal jeyan and Kavya S nair},
year={2026},
language={en}
}TY - JOUR TI - Aerodynamic stability on piezoelectric m AU - JV Muruga lal jeyan AU - Kavya S nair PY - 2026 LA - en ER -
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