Spirit Airlines and Safran Landing Systems have renewed their long-term agreement for the supply and MRO (Maintenance, Repair and Overhaul) of wheels and carbon brakes for the airline's Airbus A320 fleet. The contract covers both A320ceo and A320neo aircraft currently in service, as well as future deliveries and was signed at MRO Americas in Atlanta, GA.
The renewal supports Spirit Airlines' commitment to delivering reliable operations and affordable travel across the United States, Latin America, and the Caribbean.
Manufacturing will take place at Safran Landing Systems' facility in Walton, Kentucky, which employs 400 highly skilled staff. The agreement also includes comprehensive maintenance services provided through Safran's Wheels & Brakes Services network across Florida, Pennsylvania, Wisconsin, Texas, and Nevada.
Jean-Michel Hillion, Executive Vice President of the Wheels & Brakes Division at Safran Landing Systems, expressed enthusiasm about continuing the 20-year partnership with Spirit Airlines, stating that the company is excited to support their A320 fleet with industry-leading wheel and brake solutions. “This marks a significant milestone in our common journey, based on mutual trust as well as shared values for safety, performance, reliability and reducing the impact of air transport on the environment. Four commitments that drive our teams and guide our daily research & technology work.”
“We truly value our long-term partnership with Safran Landing Systems, which is key to our commitment to run a strong operation and deliver a positive and reliable experience for our Guests,” said Boris Rogoff, Senior Vice President of Tech Ops and Supply Chain at Spirit Airlines. “Their cutting-edge technology and expertise in wheels and brakes are pivotal contributors to our operational performance and safety standards, and we look forward to continuing our partnership.”
Safran Landing Systems' brake, designed for the Airbus A320 family, offers airlines unmatched performance and an extended service life, thanks to advanced carbon materials and anti-oxidation coatings. It also provides significant environmental benefits due to its minimal weight, helping to reduce fuel consumption for operators.
