Delivery of Medicine Using a UAV Powered by the KK Copter 2.1.15 Flight Controller

This In order to improve the effectiveness of medical supply deliveries, especially in remote or emergency scenarios, this research suggests a revolutionary drone system. The drone overcomes the drawbacks of earlier designs that used smaller batteries and lower-rated motors by integrating cutting-edge parts such as a 2200 mAh Li-Po battery, 1000 KV BLDC motors, and a K K Copter 2.1.15. The operational efficacy of earlier drones was limited by their short flying times and payload capacities, which were caused by their 500 KV BLDC motors and 1000 mAh batteries. Our suggested drone technology, on the other hand, greatly increases flight time and enhances cargo capacity, making it appropriate for long-distance medical missions. Furthermore, precise, automatic delivery and real-time control are made possible by the addition of a servo motor that is coupled to a first aid kit, GPS navigation, and a 6-channel remote transmitter. This improved system provides a more dependable healthcare logistics solution, especially for time-sensitive operations like disaster assistance. Our concept is a useful tool for contemporary healthcare and emergency response demands since it significantly outperforms previous models.