Business Wire

Ricardo Signs Multi-year Deal to Develop Hybrid-electric Aerospace Technology With Pratt & Whitney Canada

18.7.2022 02:01:00 EEST | Business Wire | Press release

Share

Ricardo, a global strategic, environmental, and engineering consulting company, has signed a multi-year deal with Pratt & Whitney Canada, a world leader in the design, manufacture and service of aircraft and helicopter engines and auxiliary power units.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20220717005010/en/

To view this piece of content from mms.businesswire.com, please give your consent at the top of this page.

The Pratt & Whitney Canada Regional Hybrid-Electric Demonstrator is based on a De Havilland Canada Dash 8 experimental aircraft (Photo: Business Wire)

The multi-year deal will see the Ricardo aerospace engineering team support Pratt & Whitney Canada in the development of advanced hybrid-electric propulsion technologies for next generation aircraft. The project is part of Pratt & Whitney Canada’s regional hybrid-electric flight demonstrator programme. The company is targeting a 30% improvement in fuel efficiency and commensurate reduction in carbon dioxide emissions, compared to today’s most advanced turboprop engines for regional aircraft.

Adrian Schaffer, President of Emerging Mobility at Ricardo, said: “We’re delighted to have signed this deal with Pratt & Whitney Canada. It represents a significant milestone for our business, as we look to expand our capabilities and footprint in North America and explore new opportunities supporting the decarbonisation of the global aerospace sector. This project will help us build on our existing reputation for the innovative design and delivery of future-forward solutions for aerospace customers, creating clean, efficient, and integrated propulsion systems for next generation aircraft and building on our vision of creating a safe and sustainable world.”

Jean Thomassin, Executive Director new products and services, Pratt & Whitney Canada said: “Hybrid-electric propulsion technology is a core element of our strategy for continually advancing the efficiency of aircraft propulsion systems, in support of the industry-wide goal of achieving net zero carbon dioxide emissions for aviation by 2050. Our collaboration with Ricardo brings valuable expertise around component design, system integration, and testing, which will ultimately enable us to demonstrate the potential of this technology, with ground testing starting later this year and eventual flight tests in 2024.”

The deal represents a significant investment in Ricardo’s aerospace capabilities and resource, as it looks to explore new opportunities to work with customers in the global aerospace sector, which includes policy, strategy, technology implementation and consultancy.

Ends

About Ricardo

Ricardo plc is a global strategic, environmental, and engineering consulting company, listed on the London Stock Exchange. With over 100 years of engineering excellence and employing close to 3,000 employees in more than 20 countries, we provide exceptional levels of expertise in delivering innovative cross-sector sustainable outcomes to support energy transition and scarce resources, environmental services together with safe and smart mobility. Our global team of consultants, environmental specialists, engineers and scientists support our customers to solve the most complex and dynamic challenges to help achieve a safe and sustainable world. Visit www.ricardo.com

To view this piece of content from cts.businesswire.com, please give your consent at the top of this page.

Contact information

Kathryn Bellamy, Global Senior Communications Manager
Email: Kathryn.bellamy@ricardo.com
Telephone: +44 (0)7921 941824

Amanda Woolley, Communications Manager, A&I and PP
Email: amanda.woolley@ricardo.com
Telephone: +44 (0) 07548 110920

About Business Wire

For more than 50 years, Business Wire has been the global leader in press release distribution and regulatory disclosure.

Subscribe to releases from Business Wire

Subscribe to all the latest releases from Business Wire by registering your e-mail address below. You can unsubscribe at any time.

Latest releases from Business Wire

Barilla Opens Global Call for Startups Through Good Food Makers 202625.5.2026 12:47:00 EEST | Press release

Barilla Group has opened applications for the 2026 edition of Good Food Makers, its global open innovation program designed to co-develop and test new innovative solutions with startups and innovators inside real industrial environments. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260521973445/en/ Since its launch in 2019, the program has involved more than 1,100 startups from over 50 countries, leading to 26 pilot projects, with over 20 projects currently active thanks to the solutions developed by the program’s alumni. This highlights the program’s role as a concrete platform for industrial scalable innovation. The 2026 edition comes at a pivotal moment for the company, following the launch of BITE (Barilla Innovation & Technology Experience), the new innovation center dedicated to developing the next generation of food products. Within this inspiring premise, Good Food Makers confirms itself as one of the main levers f

JEOL: Sales Launch of the Laser SEM System “LazEdge”25.5.2026 11:16:00 EEST | Press release

JEOL Ltd. (President & CEO: Izumi Oi) has developed the “LazEdge”, an SEM system equipped with a laser processing system, and begins sales on May 25, 2026. Cross-section preparation instruments such as the focused ion beam system (FIB system), are widely used in science and technology fields across research institutes, universities, and industries. In recent years, demand is increasing for a system that can process large-areas at a high speed, while achieving high-quality of the processed surface. “LazEdge” is an instrument integrating JEOL’s SEM with the laser technology proprietary of Hamamatsu Photonics K.K., and enables laser processing inside the specimen chamber of the electron microscope. This system enables high-quality cross-section specimens produced through high-speed, large-area processing to be transferred seamlessly to subsequent analyses, such as SEM observation, elemental analysis, and crystal orientation analysis, without exposure to the external environment. As a resu

TFG-001, A Novel 3D Neural Microtissue Cell Therapy, Demonstrates Superior Functionality and Reinnervation for Parkinson’s Disease25.5.2026 09:00:00 EEST | Press release

TreeFrog Therapeutics, a regenerative medicine biotech company developing next-generation cell therapies, today announced that it will present new preclinical data on TFG-001 at the 7th World Parkinson’s Conference. TFG-001, a 3D neural microtissue cell therapy, demonstrated rapid dopamine release and extensive graft-derived reinnervation across multiple advanced translational Parkinson’s disease models—supporting its potential as a best-in-class candidate. The critical need for reinnervation in Parkinson's disease In Parkinson's disease, an estimated 60–80% of dopaminergic neurons are already lost before motor symptoms even appear. The nigrostriatal pathway degenerates, destroying the essential wiring that connects dopamine-producing neurons to movement control. While chemical dopamine replacements (like levodopa) can manage symptoms, they cannot restore the spatial precision, feedback loops, or dynamic regulation of a healthy brain network. To achieve true functional restoration, it

TFG-001, A Novel 3D Neural Microtissue Cell Therapy, Demonstrates Superior Functionality and Reinnervation for Parkinson’s Disease25.5.2026 09:00:00 EEST | Press release

TreeFrog Therapeutics, a regenerative medicine biotech company developing next-generation cell therapies, today announced that it will present new preclinical data on TFG-001 at the 7th World Parkinson’s Conference. TFG-001, a 3D neural microtissue cell therapy, demonstrated rapid dopamine release and extensive graft-derived reinnervation across multiple advanced translational Parkinson’s disease models—supporting its potential as a best-in-class candidate. The critical need for reinnervation in Parkinson's disease In Parkinson's disease, an estimated 60–80% of dopaminergic neurons are already lost before motor symptoms even appear. The nigrostriatal pathway degenerates, destroying the essential wiring that connects dopamine-producing neurons to movement control. While chemical dopamine replacements (like levodopa) can manage symptoms, they cannot restore the spatial precision, feedback loops, or dynamic regulation of a healthy brain network. To achieve true functional restoration, it

Galderma Receives U.S. FDA Approval for Differin ® Epiduo ® Acne Gel Prescription-to-OTC Switch22.5.2026 19:25:00 EEST | Press release

Galderma (SIX: GALD), the pure-play dermatology category leader, today announced that the United States (U.S.) Food and Drug Administration (FDA) has approved Differin® Epiduo® Acne Gel (Adapalene 0.1% and Benzoyl Peroxide 2.5% Acne Treatment) for over-the-counter (OTC) use in ages 12 years and older, marking a significant Prescription-to-OTC transition in acne care. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260522074280/en/ The U.S. FDA approves Differin® Epiduo® Acne Gel Prescription-to-OTC switch This milestone represents yet another example of Galderma’s unique Integrated Dermatology strategy, demonstrating how proven innovations from its Therapeutic Dermatology portfolio can further strengthen its Dermatological Skincare offerings. The Prescription‑to‑OTC transition highlights Galderma’s scale and expertise in successfully commercializing dermatology innovations across the full spectrum of acne care. With the appro

In our pressroom you can read all our latest releases, find our press contacts, images, documents and other relevant information about us.

Visit our pressroom
World GlobeA line styled icon from Orion Icon Library.HiddenA line styled icon from Orion Icon Library.Eye