The Challenger 850 jet delivers trans-continental ease with a non-stop range of 2,811 nautical miles (5,206 km). Its brisk, high-speed cruise of Mach 0.80 can handle the most time-sensitive schedules. Its tried-and-true airframe has been proven in over six million hours of steadfast commercial service. With this jet’s rugged airliner engines, stringently designed safety systems and outstanding dispatch and performance reliability, you’ll see that the Challenger 850 aircraft is both a smart and exciting choice.

The Challenger 850 aircraft provides the ideal solution to the all too common commercial travel problems of high costs and lost time. With one of the largest, most productive and comfortable corporate cabins available today, the Challenger 850 aircraft offers a uniquely spacious environment in which to work, relax or prepare for the business at hand. It is adaptable to your individual needs, with customized interiors that address your every requirement with thoughtful attention.

The Challenger 850 aircraft is the quintessential aircraft for our demanding times, with the most expansive cabin in the converted airliner business jet category. Its flat floor and stand-up cabin height make it easy to move about. The cabin’s generous width helps create the ideal environment for a full range of special mission requirements, accommodating up to 14 passengers in complete comfort.

Business jet efficiency and flexibility converge with airliner endurance and reliability in the Challenger 850 aircraft. The rugged, reliable airframe, first introduced with the Bombardier Regional Jet, has consistently proven itself to be one of the most dependable in the business. Engines and systems designed for stringent airline safety standards result in peace of mind and outstanding dispatch and performance reliability.

The Challenger 850 jet provides crews the same assurance of multiple layers of system redundancy as today's modern airliners. As a result, corporate operators can also enjoy airliner-style levels of dispatch and mission reliability along with enhanced flight safety and reduced maintenance requirements.

• Primary flight controls fully powered around all three axes
• Lightweight, reliable and virtually maintenance-free electrical system
• Three independent AC electrical generators, each capable of providing full power to the entire aircraft
• An Air-Driven AC Generator which can be used in the event of complete electrical loss
• Three separate, independent hydraulic systems, each pressurized by two pumps