Airtech
Published

Rolls-Royce expands partnership with Purdue University

Increased commitment expands Rolls-Royce’s test facilities in the Purdue Aerospace District to develop high-altitude and hybrid-electric engines, advances Purdue’s economic development.

Share

Purdue Technology Center Aerospace.

Rolls-Royce has conducted research and development for its jet engine components in the 55,000-square-foot Purdue Technology Center Aerospace since 2017. Photo Credit:  American Structurepoint Inc.

Aerospace engine manufacturing company Rolls-Royce (Manchester, U.K.) reports that it will expand its already large footprint at Purdue University (West Lafayette, Ind., U.S.), thanks to a new commitment among the university, the Purdue Research Foundation and the company.

The enhanced partnership, announced Aug. 2, calls for Rolls-Royce to further expand its facilities in the Purdue Aerospace District, which is adjacent to the university. The new test facilities will be used to develop high-altitude and hybrid-electric engines to power the next generation of U.S. military aircraft. Rolls-Royce West Lafayette will be developed through a multimillion-dollar investment from the research foundation, Purdue University and Rolls-Royce North America.

The partnership is said to be a major win for the national security and technology pillar of Purdue’s Next Moves, an initiative designed to advance the university’s competitive advantage announced by President Mitch Daniels and Purdue trustees in April 2021.

The facility will enable Rolls-Royce North America to continue its legacy of providing full-service advanced design, development, production and aftermarket support of world-leading propulsion solutions.

“Purdue is delivering new, one-of-a-kind facilities that are national assets and will further differentiate the university as a state and national leader in securing and defending our country,” Daniels says. “With this vital partnership and support from our good friends at Rolls-Royce and others, we continue to expand our role as the economic engine for this region of Indiana and beyond.”

Rolls-Royce already has facilities focusing on digital engine controls and conducts advanced technology engine research at Purdue's Zucrow Laboratories in the district. It’s part of a longstanding partnership between the company and university spanning several decades of conducting aerospace research. The company also employs hundreds of Purdue engineers.

The new facility, according to Rolls-Royce North America, will enable it to continue its legacy of providing full-service advanced design, development, production and aftermarket support of world-leading propulsion solutions, such as the company’s ongoing development of the Ultrafan aeroengine prototype with carbon fiber-reinforced polymer (CFRP) rotor blades.

“Rolls-Royce has a proud history of supporting our U.S. military and commercial customers, and this new significant investment will continue to grow our capability to serve our customers,” adds Tom Bell, chairman and CEO of Rolls-Royce North America. “This reflects yet another major investment in Indiana, and we are also planning significant upgrades to test facilities at our Indianapolis manufacturing campus, which has benefited from a recently completed $600 million modernization program to grow advanced manufacturing and technology capability. We thank both local and state governments for their ongoing support.”

Mung Chiang, Purdue’s executive vice president for strategic initiatives and the John A. Edwardson Dean of the College of Engineering, says testing to be conducted by Rolls-Royce will substantially advance national security. “Today’s announcement is pivotal for two reasons,” Chiang says. “It represents the largest single economic development success to our neighborhood with Rolls-Royce colleagues and the largest research collaboration with a private-sector partner. It also advances the excellence at scale by Purdue in creating the epicenter of aerospace engineering R&D in the U.S.”

cut by an Eastman
Smart Tooling
Airtech
HyperX Software for Composite Structural Analysis
CompositesWorld
hybrid additives
Kennametal Composite Material Tooling Solutions
Coatings for Carbon Fiber from Keyland Polymer
Airtech
Advanced Nonwovens for Aerocomposites - TFP
CompositesWorld
Thermwood Corp.

Related Content

Sustainability

Chemnitz University of Technology receives €6 million to expand research into "green" carbon fiber

Carbon LabFactory and InnoCarbEnergy project conduct R&D across entire value chain from raw materials through processes to structures and systems on a pilot line with technology demonstrators.  

Read More
Resins

The importance of resin mixing procedures in the composites shop

What is considered to be common knowledge when storing, handling, weighing, mixing and deploying epoxy resins and adhesives has brought to light the need for tighter control, improved practices.  

Read More

9T Labs, Purdue University to advance composites use in structural aerospace applications

Partnership defines new standard of accessibility to produce 3D-printed structural composite parts as easily as metal alternatives via Additive Fusion Technology, workflow tools.  

Read More
Filament Winding

Automated filament winding system increases throughput, reduces manual labor for pressurized well tank production

For its new line of composite well water tanks, Amtrol worked with Roth Composite Machinery on an automated process for faster, more easily tracked production.

Read More

Read Next

Additive Manufacturing

Purdue University to establish Thermwood LSAM research laboratory

Industry-funded research to pursue large-scale composite thermoplastic additive manufacturing, with the goal of providing services to enhance, encourage and expand the adoption of large-scale AM for diverse industrial applications.

Read More
Aerospace

Teijin Tenax carbon fiber prepreg adopted for UltraFan aeroengine nacelle

Prepreg developed specifically for aircraft applications using high-performance and rapid-curing epoxy resin, with low-temp molding and automated processing capabilities.

Read More
Wind/Energy

Composites end markets: Energy (2024)

Composites are used widely in oil/gas, wind and other renewable energy applications. Despite market challenges, growth potential and innovation for composites continue.

Read More
Airtech International Inc.