UH-60A Black Hawk MEDEVAC is a piece of digital artwork by Dale Jackson which was uploaded on December 27th, 2017.
UH-60A Black Hawk MEDEVAC
Created by 3D Modeling in Cinema 4D and then composited and finalized in Adobe Photoshop. ... more
by Dale Jackson
Title
UH-60A Black Hawk MEDEVAC
Artist
Dale Jackson
Medium
Digital Art
Description
Created by 3D Modeling in Cinema 4D and then composited and finalized in Adobe Photoshop.
"The UH-60A Black Hawk MEDEVAC helicopters provide rapid evacuation of the wounded warfighter.
The primary mission of UH-60 helicopter is that of tactical transport of troops, medical evacuation, cargo, and reconnaissance within the capabilities of the helicopter.
The UH-60 (BLACK HAWK) is a twin turbine engine, single rotor, semimonocoque fuselage, rotary wing helicopter. Primary mission capability of the helicopter is tactical transport of troops, supplies and equipment. Secondary missions include training, mobilization, development of new and improved concepts, and support of disaster relief. The main rotor system has four blades made of titanium/fiberglass. The drive train consists of a main transmission, intermediate gear box and tail rotor gear box with interconnecting shafts. The propulsion system has two T700-GE-700/701 engines operating in parallel. The nonretractable landing gear consists of the main landing gear and a tailwheel. The armament consists of two 7.62 mm machineguns, one on each side of the helicopter in the forward cabin (other weapon systems are available)
The UH-60 has many variants to include UH-60A, UH-60L, UH-60M, HH-60 and MH-60.
The UH-60A is equipped with troop accommodations for eight, which can be removed to accommodate four full-sized medical litters. The Black Hawk can transport 11 fully equipped combat soldiers in an assault ready configuration, or 14 in a maximum capacity situation. Maximum troop carrying capacity is 20 lightly equipped personnel. The dedicated medivac variant of the Black Hawk can accommodate 6 litters." (Army description)
Uploaded
December 27th, 2017