Pratt & Whitney, Multicut sign agreement for F135 components

Vildjberg, Denmark – Pratt & Whitney, a United Technologies Corp. company, has awarded a contract to Multicut A/S, a precision component manufacturer located in Vildjberg, Denmark, to manufacture F135 engine components. The F135 engine is the propulsion system for the fifth generation F-35 Lightning II aircraft.

 

This 10-year long term procurement agreement signals the beginning of a relationship between Pratt & Whitney and Multicut and positions Multicut well for follow-on F135 opportunities of increasing value.

 

"This award reaffirms Pratt & Whitney's commitment to F135 engine industrial participation in Denmark," said Bennett Croswell, president, Pratt & Whitney Military Engines. "Multicut competed globally and was selected as the best value supplier of these engine components, and will play a valuable role in our global supply chain for the F135 engine."

 

"We are delighted to have earned the trust of Pratt & Whitney to manufacture and deliver these key components for the F135 engine," said Lars Rasmussen, chief executive officer, Multicut Global. "Our business is focused on delivering high-quality products at competitive prices. Our contribution to the F135 engine helps ensure jobs and technology know-how remain an essential part of our local industry and a key support to the needs of Danish defense."

 

Should it be selected, the F-35 will replace Denmark's aging F-16 aircraft with an affordable, sustainable, and highly capable fifth-generation aircraft. The F-35 program includes partners from nine countries – Australia, Italy, Canada, Denmark, Netherlands, Norway, Turkey, United Kingdom, and United States – as well as three foreign military sales customers – Israel, Japan, and South Korea 

 

Multicut A/S has a modern factory delivering complex machined parts and subassemblies. It uses state-of-the-art production equipment in its lean manufacturing facility – including 9-axis mill-turn machine tools, as well as 5-axis vertical and 4-axis horizontal computer numerical controlled machines networked with robotic material handling systems.