|
|
Flying drones rescue systems
Hájek, Tomáš ; Janhuba, Luboš (referee) ; Pejchar, Jan (advisor)
This paper addresses the issue of security and integration of UAVs in air traffic operations and analyses possible risks. This work defines methodology to demonstrate airworthiness of the parachute recovery system under extreme climatic conditions. The first part of the methodology deals with the compliance performance requirements in external environment and the second part verifies performance parachute canopy. Methodology developed herein is subsequently verified by practical tests on parachute recovery system Galaxy GBS 10.
|
|
|
Use GPS for in flight measurement
Čížková, Markéta ; Dvořák, Petr (referee) ; Jebáček, Ivo (advisor)
Bachelor thesis Use GPS for In-Flight Measurement addresses the applicability of Global Positioning System as a tool for aircraft certification. The theoretical part of thesis aims to acquire the GPS principle, it deals with accuracy of the system and methods of certification. The practical part contains a comparison of altitude measurement using GPS and Pitot-static system in a gliding flight.
|
|
|
Use GPS for in flight measurement
Čížková, Markéta ; Dvořák, Petr (referee) ; Jebáček, Ivo (advisor)
Bachelor thesis Use GPS for In-Flight Measurement addresses the applicability of Global Positioning System as a tool for aircraft certification. The theoretical part of thesis aims to acquire the GPS principle, it deals with accuracy of the system and methods of certification. The practical part contains a comparison of altitude measurement using GPS and Pitot-static system in a gliding flight.
|
|
|
Flying drones rescue systems
Hájek, Tomáš ; Janhuba, Luboš (referee) ; Pejchar, Jan (advisor)
This paper addresses the issue of security and integration of UAVs in air traffic operations and analyses possible risks. This work defines methodology to demonstrate airworthiness of the parachute recovery system under extreme climatic conditions. The first part of the methodology deals with the compliance performance requirements in external environment and the second part verifies performance parachute canopy. Methodology developed herein is subsequently verified by practical tests on parachute recovery system Galaxy GBS 10.
|
guest ::
