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| Learjet 85 | |
|---|---|
| Name | Learjet 85 |
| Type | Business jet |
| Manufacturer | Bombardier Aerospace |
| First flight | 2014 |
| Status | Cancelled program |
Learjet 85 was a planned family of mid-size, composite-construction business jets developed by Bombardier Aerospace after the acquisition of Bombardier Learjet. Intended to compete in the corporate and charter markets, the program sought to blend carbon-fiber technology with conventional turbofan propulsion to offer range, speed, and cabin comfort. Development encountered industrial, financial, and market challenges that led to program suspension and eventual cancellation, affecting suppliers and workforce across North America and Europe.
The program originated during discussions at Bombardier Aerospace and inherited design ambitions from Learjet heritage, aiming to replace and complement models linked to Bill Lear innovations. In the late 2000s, leadership at Pierre Beaudoin's Bombardier committed resources amid competition from Gulfstream Aerospace, Dassault Aviation, Embraer and Cessna (Textron Inc.) to capture corporate demand highlighted by transactions at NBAA conventions. Development milestones included preliminary design reviews tied to certification frameworks from Federal Aviation Administration and Transport Canada and supply chain partnerships with firms such as UTC Aerospace Systems and Honeywell. Program financing and production decisions were affected by macroeconomic shifts tied to the aftermath of the 2008 financial crisis and corporate reorganization strategies championed by executives at Bombardier Inc..
The aircraft employed an all-composite airframe with carbon-fiber reinforced polymer structures inspired by aerospace work at Spirit AeroSystems and research collaborations similar to projects at NASA research centers. Its clean-sheet wing and fuselage used automated layup techniques influenced by manufacturing methods from Airbus and Boeing composite programs. Powerplants under consideration and selection processes involved engines from General Electric and Pratt & Whitney Canada families and avionic suites comparable to those certified by Rockwell Collins and Garmin. Cabin layout concepts referenced interiors shown at EBACE and Farnborough Airshow, aiming for transcontinental range and amenities comparable to cabins in jets produced by Bombardier Challenger and Bombardier Global lines. Systems integration targeted certification against standards set by European Union Aviation Safety Agency as well as FAA FAR requirements.
Planned versions included a baseline business configuration and stretched or range-optimized options conceived in boardrooms associated with Bombardier Business Aircraft strategy sessions. Marketing materials presented alternate interiors drawing inspiration from bespoke completions by firms like Jet Aviation, Gulfstream Aerospace completions, and luxury fit-outs shown at Monaco Yacht Show-adjacent exhibitions. Proposed freighter or medevac conversions echoed modification programs seen for models by Airborne Technologies and L-3 Communications, although none advanced to certification before program suspension.
No production fleet achieved full entry-into-service; prototypes conducted flight test campaigns including sorties flown by test pilots formerly associated with programs at Bombardier Aerospace and flight-test teams with experience from Rockwell Collins and NASA Armstrong Flight Research Center. Demonstration activities appeared at business aviation events including NBAA and European trade shows, but cancellations of production milestones and layoffs at facilities in Wichita, Kansas, Queretaro, Mexico and Toronto reflected program contraction. Supplier contract disputes and bankruptcy considerations echoed corporate scenarios seen in other aerospace program cancellations involving firms such as Fairchild Dornier and Nortel restructuring cases.
Planned specifications were competitive with mid-size business jets marketed by Cessna Citation X and Embraer Legacy 600 ranges: anticipated cruise speeds near high-subsonic regimes cited in trade publications, projected ranges aligning with transcontinental missions promoted at NBAA conferences, and cabin dimensions pitched against models by Bombardier Challenger. Avionics and engine selections were positioned to meet certification criteria from FAA and EASA, with performance claims validated through flight test data generated by Bombardier test organizations and independent analysts from outlets like FlightGlobal and Aviation Week & Space Technology.
Because series production did not commence, there were no airline or corporate fleet operators comparable to those of NetJets, Flexjet, Wheels Up or national governments that operate business aircraft for official transport roles. Demonstration airframes remained under control of Bombardier and affiliated entities, with potential buyers including charter brokers, fractional ownership companies, and corporate flight departments that normally procure aircraft from Bombardier Aerospace, Gulfstream, Dassault and Embraer.
No hull-loss accidents in revenue service were recorded due to the absence of an in-service fleet. Test airframes operated within Bombardier flight test programs and followed safety protocols used by organizations such as Flight Standards District Offices and institutional test centers like NASA facilities. Any incidents associated with prototypes were managed under incident investigation practices similar to those conducted by Transportation Safety Board of Canada and the National Transportation Safety Board when applicable.
Category:Bombardier aircraft Category:Business jets