Mitsubishi SpaceJet

In September 2009, the manufacturing company Mitsubishi revealed substantial modification in the design including the use of aluminum materials on the wings and wing box in place of carbon fiber composites. On September 15, 2010, the company stated that the aircraft already entered the production drawing phase and moving on with the process of manufacturing.

In April 2011, assembly of the first Mitsubishi SpaceJet started. In November 2015, the MRJ90 took to the air for the first time. Flight testing will be performed at the Grant County International Airport in Moses Lake, Washington sinceJapan cannot accommodate the test due to crowded airspace. On November 1, 2016, a static strength test was performed. Aircraft delivery was delayed to 2022.

The M90 SpaceJet has an external length of 35.8 meters, an external height of 7.7 meters, and a fuselage width of 2.96 meters. The cabin length is 21.7 meters, the cabin height is 2.02 meters, and the cabin width is 2.76 meters. It can seat up to ninety-two passengers in flight. The tail height is 10.4 meters and the wheelbase is 13.6 meters. It has a wingspan of 29.2 meters. The aircraft has a maximum takeoff weight of 42,800 kg and a maximum landing weight of 38,000 kg. The maximum payload is 8,976 kg, the empty weight is 26,000 kg, and the fuel tank capacity is 3,200 US gal.

The SpaceJet is powered by two Pratt & Whitney PW1200G engines. It is a high-bypass geared turbofan engine with an axial-flow one-geared fan, two-stage LP compressor, and eight-stage HP compressor, Talon-X Lean-Burn combustor, and an axial-flow two-stage HP three-stage LP turbine. Each engine produces a maximum takeoff thrust of 17600 lbf. The aircraft has a maximum cruise speed of 447 knots and a travel range of 2,040 nautical miles. It can fly up to 39,000 feet. The takeoff and landing distances are 1,740 meters and 1,480 meters, respectively.