The V-22 Osprey: The Major Challenges, Roles, and Impacts of this Innovative Aircraft

Somehow, the design is still going on. In retrospect, during the development of the Osprey it seems that comprehensive testing of ship's spacecraft by so many soldiers was too early. Looking back on this process, the military is investing too much resources on the V-22, so we are investing too much without considering the termination of the project or the military has failed or even sees it There is a possibility. After all, the development cost of the V - 22 project is much higher than the expected $ 27 billion compared to the initial estimate of $ 2.5 billion.

Ironically, the development of the VTB Osprey, which originally had a budget of 2.5 billion dollars, ultimately the US government lost more than $ 30 billion. In addition, several fatal accidents occurred on the aircraft and more than 20 Marines died. Sometimes, "If you do not destroy, do not fix" attitude is money as well as money. Therefore, it is very important to know when to sacrifice quality.

The inclined rotor of Focke-Achgelis Fa 269 in the mid 1940's and CentroTecnico Aerogespacial "Convertiplano" in the 1950's reached the test or simulation phase, but the V-22 Osprey was regarded as the world's first production gradient rotor. It is an aircraft. It has a three-bladed propeller, a turboprop and a transmission cabin mounted at the tip of each wing. Osprey is a multi-mission aircraft with vertical take off and landing (VTOL) and short distance takeoff and landing function (STOL). It is designed to perform tasks like traditional helicopter with long range high speed cruising performance of the turboprop. The US Federal Aviation Administration classifies Osprey as a model for electric lift aircraft

A compound rotary-wing aircraft has wings that provide some or all of the lift force during forward flight. Currently it is classified as an electric lift instead of a rotary type. Rotor / propeller level for vertical flight tilt rotor aircraft (eg V-22 Osprey), inclined wings, tail rotor and corotor aircraft, and vertical flight for forward flight. The lifting body is the body of an aircraft shaped to create lift. If there are wings, they are too small to provide large lift and are only used for stability and control. Lifting the body is not efficient: they are susceptible to great drag and must move at high speed to produce enough lift to fly. Many research prototypes like the Martin-Marieta X-24 lift the space shuttle (although they do not have the space shuttle themselves), and some supersonic missiles get lift from the air current on the tubular body.