Matches in DBpedia 2014 for { ?s ?p Sky Eye (Tian-Yan or Tianyan, 天眼) 2 is a Chinese UAV developed by People’s Armed Police Engineering Institute (PAPEI, 武警工程学院), and subsequently entered service with People's Armed Police.Sky Eye 2 is one of the few designs among unmanned helicopters adopting coaxial configuration and the unmanned helicopter is in twin tail layout and a pair of skids as landing gear. Sky Eye 2 is completely indigenously developed by PAPEI, including subsystems such as integrated satellite navigational positioning system, which was one of the biggest challenge in the development of Sky Eye 2, and the success lead to the capability of dropping both lethal and none lethal munitions such as small caliber bombs and tear gas rounds. Other indigenously developed subsystems include flight control systems, imaging / data processing and real-time transmission systems / software, which are essential to airborne surveillance missions, the main tasks Sky Eye 2 is designed to perform.. }
Showing items 1 to 1 of
1
with 100 items per page.
- PAPEI_Sky_Eye_2 abstract "Sky Eye (Tian-Yan or Tianyan, 天眼) 2 is a Chinese UAV developed by People’s Armed Police Engineering Institute (PAPEI, 武警工程学院), and subsequently entered service with People's Armed Police.Sky Eye 2 is one of the few designs among unmanned helicopters adopting coaxial configuration and the unmanned helicopter is in twin tail layout and a pair of skids as landing gear. Sky Eye 2 is completely indigenously developed by PAPEI, including subsystems such as integrated satellite navigational positioning system, which was one of the biggest challenge in the development of Sky Eye 2, and the success lead to the capability of dropping both lethal and none lethal munitions such as small caliber bombs and tear gas rounds. Other indigenously developed subsystems include flight control systems, imaging / data processing and real-time transmission systems / software, which are essential to airborne surveillance missions, the main tasks Sky Eye 2 is designed to perform.".