Thrust Vectoring Drone

Thrust vectoring is used in aircrafts that must be more agile and faster than other planes without thrust vectoring. The idea behind utilizing thrust vectoring in aircraft allows the pilot to create a torque that enhances the movement, and theoretically, the stability of the craft. Planes that use this technology are used in military applications, mostly seen on the Boeing V-22 Osprey, which is used for vertical take-off and landing purposes. It may also be used for faster turns and maneuvering around combat zones. Unfortunately, typical thrust vectoring technology can be very unstable and require detailed control systems to maintain safe flight. Energy usage is amongst other concerns with the aircraft not utilizing the full potential of created vectors and engine efficiency. The objective is to redesign the current system and create a more efficient and faster model of what is used today. Included in the project is a new gear system that allows for aircraft stability, higher payload and maximum usage of energy from the four units. An output link will be connected to the system that allows the propellor to move instead of the entire gear system. This will allow for changing thrust and angle of attack, which will be calculated by the on-board microprocessor. Mechanically, this is a drone with an entirely new gear system which is controlled by new code. Evidently, the thrust vectoring drone will be more energy efficient and capable of achieving a higher payload than other options that are being used now.