This literature study examines tailless Unmanned Aerial Vehicles (UAVs), focusing on design, aerodynamics, control systems, materials, and applications.Tailless UAVs present advancements in maneuverability, weight reduction, and simplified design.Challenges in stability and control are addressed through aerodynamic optimization.Control systems integration enhances flight stability and autonomy.Material advancements contribute to structural integrity and weight reduction.Diverse applications include surveillance, agriculture, and environmental monitoring.This study provides insights into tailless UAV research, identifies gaps, and suggests avenues for further exploration.
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Subash et al. (2024) studied this question.
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