GE Aviation has teamed with Ocean Sky Jet Centre, a Luton FBO, “[to] allow us to best serve our customers so they can enjoy the games,” said Brad Mottier, vice president and general manager of GE Aviation’s Business & General Aviation organization. According to Mottier, dedicated GE Aviation field service representation will be on-site at Ocean Sky Jet Centre through the Olympics for any line maintenance needs. In addition, GE Aviation will position new and exchange materials in the region for easy access.
GE Aviation has frozen the design of its 16,500-pound-thrust GE Passport 20 engine, which will power the Bombardier Global 7000 and 8000 business jets, the company announced at EBACE yesterday. Consequently, the GE engine has entered the detailed design phase. “Component fabrication will begin soon,” it said, “leading to the start of assembly of the first full engine by year-end.”
Aircraft Service International Group (Asig) has signed an exclusive agreement to become GE Aviation’s third-party service provider for ClearCore engine wash systems for commercial and military engines in the U.S. GE Aviation will provide its mobile ClearCore engine wash units to Asig in support of Asig’s service provider agreements with various U.S. airports. The launch of the service will focus on airports in California and Florida then expand to airports in other major U.S. cities.
GE Aviation has signed a 15-year OnPoint solution agreement with SkyWest Airlines to support the 150 CF34-8C5B1 engines that power the airline’s Bombardier CRJ700s. The agreement is valued at more than $360 million over the life of the contract.
According to a GE spokeswoman, OnPoint solutions are customized service agreements tailored to the operational and financial needs of each customer for any size fleet. “These agreements are designed to help lower the customers’ cost of ownership and maximize the use of their assets,” she said.
GE Aviation is to expand its manufacturing and R&D capacity in the U.S. with three new facilities to open by 2013, the company announced Tuesday. It expects its production rates to grow from 3,000 commercial and military engine deliveries in 2011 to 3,400 deliveries in 2012 and 3,800 deliveries in 2013, requiring $580 million in plant, equipment and tooling during the 2011-2012 time frame across its network of 55 U.S. operations.
Construction of GE’s latest engine test cell was recently completed at James A. Richardson International Airport in Winnipeg, Manitoba. The massive structure will specialize in testing the capability of turbine engines to keep running when flying through icy clouds, and will also be used for performance and endurance, bird ingestion-, ice crystal- and mixed-phase testing on a variety of engines.
On an unused corner of James A. Richardson International Airport in Winnipeg, Manitoba, a massive structure has emerged, the newest test cell in GE Aviation’s stable.
With a firm launch customer in hand and fourth test aircraft ready to take flight, two years ago China’s ARJ21 program appeared to have found its stride just as the last Singapore Airshow approached in 2010.
GE Aviation and StandardAero opened a 122,500-sq-ft aircraft engine testing, research and development center on James A. Richardson International Airport in Winnipeg, Manitoba. The $50 million shared project caps a 12-month partnership launched in February 2011.
GE Aviation, while it may still be associated largely with commercial and military powerplants, has been focusing its gaze on the business aviation market over the past several years.
Shawn O’Day, head of the company’s business and general aviation marketing, told AIN that although business aviation has historically been a segment of opportunity for GE, it is an area where the engine and systems maker sees potential. In fact, the company signaled its intention to expand its business and general aviation footprint at last year’s Paris Air Show.