@thesis{thesis,
		author={ALFIZAR  ALFIZAR},
		title ={RANCANG BANGUN ALAT UJI VERTICAL THRUST UNTUK
RACING DRONE},
		year={2024},
		url={http://eprints.stta.ac.id/1687/},
		abstract={Drone racing is a high-tech sport that is rapidly growing around the world. It implies competition through FPV drone racing on specially equipped FPV tracks and has several classes in drone racing such as open class, tiny woop, micro drone, freedom spec, street league and mega class. Drone racing is a sport where participants control a drone equipped with a camera while wearing a head-mounted display that shows a live streaming camera feed, the goal being to complete the route as quickly as possible. To generate the appropriate vertical thrust, the propeller must be well designed and have the right size, shape, and blade angle. In addition, the right control device must also be used to adjust the propeller rotation speed and generate thrust as needed. By using the above data, the calculation can be done analytically and compared with the propeller performance testing tool which will get the comparison results between analytical and real results of the propeller performance that has been designed. The results of testing the test equipment that has been carried out can be concluded, namely from the results of static testing can be seen the performance of the motor, where the thrust value of the factory motor is higher with higher power consumption as well compared to the results of the tests carried out.}
		}