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| Learjet 75 | |
|---|---|
| Name | Learjet 75 |
| Type | Business jet |
| Manufacturer | Bombardier Aerospace |
| First flight | 2013 |
| Introduced | 2013 |
| Status | In service |
| Primary user | Corporate, charter, government |
Learjet 75 The Learjet 75 is a light business jet introduced by Bombardier Aerospace as an evolution of the Learjet family developed originally by Bill Lear and Learjet-era companies. It combines developments from earlier Learjet models with modern avionics derived from collaborations involving Honeywell International, Bombardier Aerospace, and suppliers such as Collins Aerospace and Pratt & Whitney Canada. The type entered service in the 2010s and has been used by corporate operators, air charter firms, and government agencies including air ambulance and military liaison roles.
Bombardier announced the Learjet 75 program in the early 2010s, following market research influenced by trends set by manufacturers such as Gulfstream Aerospace, Dassault Aviation, and Embraer in the business aviation sector. Design work drew on aerodynamic refinements from models associated with Bill Lear and companies like Raytheon Company (then owner of the Hawker business jet line) while leveraging modern systems from Honeywell International and avionics suites similar to those installed by Collins Aerospace in other business aircraft. Structural changes included a longer fuselage and winglets echoing developments seen on types produced by Cessna and Bombardier's own Challenger family, with the airframe optimized for performance in ranges near routes commonly served to airports such as Teterboro Airport, London Luton Airport, and Dubai International Airport.
Aerodynamic and propulsion choices reflected input from suppliers including Pratt & Whitney Canada, whose turbofan lineage influenced engine selection and performance modeling used in wind tunnel tests overseen by contractors from GE Aviation-linked facilities. Certification efforts involved regulatory authorities like Transport Canada Civil Aviation and the Federal Aviation Administration, with test flights at facilities comparable to Mirabel, Quebec flight test centers. Cabin design incorporated features aligned with interiors produced for operators such as NetJets and corporate fleets of firms like Google and Apple that prioritize connectivity, comfort, and short-field performance.
Bombardier marketed several configurations and customer options influenced by fleet needs observed among operators such as NetJets, XOJET Aviation, and government users like the United States Air Force for liaison roles. Optional equipment packages paralleled offerings from competitors like Honda Aircraft Company and Pilatus Aircraft with interiors configurable for VIP transport, medevac conversion akin to installations common on aircraft operated by Air Ambulance Service providers, and special mission fits for flight inspection duties similar to platforms used by agencies such as the US Geological Survey and national police forces.
The Learjet 75 entered service with corporate operators and charter companies operating from business aviation hubs including Teterboro Airport, Le Bourget Airport, and Singapore Changi Airport. Fleets have been registered by corporate entities linked to multinational firms headquartered in cities like New York City, London, and Toronto. Commercial operators such as NetJets and regional charter companies including VistaJet influenced residual values and secondary-market flows, while governmental operators in countries such as Mexico, Chile, and various European states used the type for liaison and medical evacuation roles. The platform has competed on short- to mid-range missions against types including the Cessna Citation CJ4, Embraer Phenom 300, and early models from Gulfstream Aerospace.
Typical specifications for the Learjet 75 reflect performance similar to contemporary light jets produced by firms like Cessna, Embraer, and Pilatus: maximum cruise speeds and ranges comparable to routes between major business hubs such as Los Angeles International Airport and Chicago O'Hare International Airport, ceiling and approach performance suitable for airports including London City Airport. Avionics are provided by vendors such as Honeywell International and Collins Aerospace, while engines trace supplier lineage to manufacturers like Pratt & Whitney Canada.
Operators span private corporations, fractional ownership firms like NetJets, air charter operators such as XOJET Aviation and VistaJet, government agencies in countries including Mexico, Chile, and various European states, and specialized service providers including air ambulance companies linked to organizations like Air Ambulance Service and corporate flight departments of multinational firms headquartered in New York City, London, and Toronto.
The type has been involved in incidents investigated by aviation authorities comparable to the National Transportation Safety Board and Transportation Safety Board of Canada, including occurrences during ferry flights, training sorties, and commercial operations; investigations have referenced procedures and safety recommendations similar to those issued following events involving business jets from manufacturers such as Cessna and Bombardier in prior decades. Operators, insurers, and regulators including FAA and Transport Canada Civil Aviation have implemented measures reflecting industry best practices to address situational factors noted in incident reports.