TZY UAV

TZY UAVs are Chinese UAVs developed by Shenyang Tian-Zi-Yi (meaning Sky Wing) Aviation Technology Co., Ltd. (SWAT, 沈阳天之翼航空科技有限公司), some of which have entered local Chinese law enforcement and governmental establishments.[1]

TZY-I

TZY-I is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. Specification:[2]

  • Main rotor diameter (m): 2.24
  • Tail rotor diameter (m): 0.403
  • Length (m): 0.1778
  • Height (m): 0.755
  • Empty weight (kg): 16
  • Payload (kg): 12
  • Max take-off weight (kg): 35
  • Propulsion: 80 cc gasoline engine
  • Speed (km/hr): 45
  • Normal operating altitude (m): 2 – 2000
  • Endurance (hr): 0.5
  • Max wind scale allowed for operation: 5

TZY-920

TZY-920 is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-920 is mainly intended for agricultural applications.[3]

  • Length (m): 1.49
  • Height (m): 0.4
  • Main rotor diameter (m): 1.78
  • Tail rotor diameter (M): 0.301

TZY-920I

TZY-920I is the development of TZY-920, and share the same conventional helicopter layout with a pair of skids as landing gear. TZY-920I is mainly intended for agricultural applications. Specification:[4]

  • Length (m): 1.49
  • Height (m): 0.4
  • Main rotor diameter (m): 1.78
  • Tail rotor diameter (M): 0.301

TZY-950

TZY-950 is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-950 is mainly intended for aerial photography and aerial inspection of power line applications.[5]

TZY-980

TZY-980 is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear.[6]

TZY-980I

TZY-980I is the development of TZY-980, and share the same conventional helicopter layout with a pair of skids as landing gear. TZY-980I is mainly intended for agricultural and power line aerial inspection applications.[7][8]

  • Length (m): 2.73
  • Width (m): 0.68
  • Height (m): 0.69
  • Max wind scale allowed for operation: 6
  • Max take-off weight (kg): 35
  • Payload (kg): 10
  • Main rotor diameter (m): 2.146
  • Ceiling (km): 2
  • Propulsion: 80 cc twin cylinder gasoline engine
  • Fuel consumption: 400 cc/hr
  • Construction: composite material

TZY-980II

TZY-980II is a development of TZY-980I, and share the same conventional helicopter layout with a pair of skids as landing gear. TZY-980II is mainly intended for aerial photography applications.[9]

TZY-980F

TZY-980F is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-980F is mainly intended for agricultural applications.[10]

TZY Aerial rescue robot

TZY Aerial rescue robot is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear, and it is intended for delivering small quantity emergency supplies such as medication in rescue missions. The skids of this UAV is shorter than that of other unmanned helicopter developed by TZY.[11]

TZY-F25B

TZY-F25B is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-F25B is specially designed for high altitude aerial applications.[12]

TZY-GD01

TZY-GD01 is the only fixed wing UAV developed by TZY so far (as of early 2014), and it is a conventional layout with high wing configuration and tricycle landing gear. Propulsion is provided by a two-blade propeller driven tractor engine mounted in the nose. Specification:[13]

  • Length (m): 2
  • Width (m): 3.5
  • Height (m): 0.5
  • Empty weight (kg): 25
  • Max take-off weight (kg): 38
  • Endurance (hr): 12
  • Speed (Mach): 0.2
  • Range (km): 1500
  • Payload (kg): 6
  • Propulsion: gasoline
  • Launch: catapult

TZY-S

TZY-S is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-S is mainly intended for agricultural applications.[14]

TZY-X

TZY-X is an unmanned helicopter in conventional helicopter layout with a pair of skids as landing gear. TZY-S is mainly intended for aerial patrol missions.[15]

See also

References

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.