
The Learjet 60 is a midsize business jet developed and manufactured by Learjet, a division of Bombardier Aerospace. This aircraft is renowned for its combination of speed, performance, and passenger comfort, making it a preferred choice for corporate travel and private jet charters.
Powered by two Pratt & Whitney Canada PW305A turbofan engines, the Learjet 60 offers exceptional climbing capabilities and fuel efficiency. It can cruise at 455 knots (841 km/h) and reach a maximum speed of 465 knots (861 km/h). With a range of 2,405 nautical miles (4,454 km), the Learjet 60 is ideal for medium-haul flights, enabling non-stop travel between cities like New York and Los Angeles or Athens and London.
The cabin of the Learjet 60 is spacious for its category, designed to accommodate 6 passengers in a luxurious and quiet environment. With stand-up headroom and advanced noise-reduction technologies, passengers can enjoy a comfortable and productive journey. Seating can typically include a club arrangement, worktables, and additional storage for luggage.
While primarily used for business travel, the Learjet 60 is versatile enough to serve other roles, including:
The Learjet 60 remains one of the most popular models from Bombardier due to its reliability, cost-effectiveness, and superior performance in its class. Its ability to operate at high altitudes and smaller airports further enhances its appeal for private and corporate operators.
Feature | Details |
---|---|
Manufacturer | Learjet (Bombardier Aerospace) |
Model | Learjet 60 |
Type | Twin-engine, midsize business jet |
Category | Midsize jet |
Engine | Two Pratt & Whitney Canada PW305A turbofan engines |
Crew | 2 pilots |
Capacity | 6 passengers (standard configuration) |
Cruise Speed | 455 knots (841 km/h) |
Max Speed | 465 knots (861 km/h) |
Range | 2,405 nautical miles (4,454 km) |
Year | Introduced in 1993, production ended in 2012 |
Base | Depends on the operator (e.g., corporate or charter service bases) |
Remarks | Renowned for excellent climb performance and fuel efficiency |