Defence

GKN Aerospace to venture into new fighter jet engine market

GKN Aerospace was contracted in Q1 2020 by FMV to conduct a study on collaboration with Rolls Royce on technology development of the future fighter engine.
GKN Aerospace was contracted in Q1 2020 by FMV to conduct a study on collaboration with Rolls Royce on technology development of the future fighter engine.

23 July 2020: GKN Aerospace announced its participation in feasibility studies on technology development for the future combat air system and next generation of fighter jet engines with partner industries in Italy and the UK. GKN Aerospace Sweden and Saab are the two companies in Sweden that are part of the cooperation.

Air combat capabilities are designated by Sweden as a national security interest. Through a joint technology development, the Swedish aviation industry will be able to build and sustain their continuous development of competencies and capabilities in a cost-effective way. GKN Aerospace was contracted in Q1 2020 by FMV to conduct a study on collaboration with Rolls Royce on technology development of the future fighter engine.

Joakim Andersson, President of engines systems at GKN Aerospace said, “We are proud to be a part of this exciting collaboration. It seamlessly fits our ambition to develop our market position in engine systems and enables us to benefit from synergies between our civil and military aircraft engine technologies. We have many years of experience in international cooperation and we are convinced that this is the right way to go. Developing such a complex system as a new fighter jet engine is a major challenge that will require a lot of resources over a long period of time. The cooperation shall take advantage of the best skills from each company while strengthening the ability of companies to support their respective countries’ Air Forces.’’

Future fighter jets will impose completely new demands on the engine. It will not only have to meet increased propulsion needs, but also supply increasingly demanding sensors and weapons with more power output and cooling needs. Therefore, a substantial technological leap will be needed compared to today’s fighter engines.