A pressurized twin-engine turboprop combining composite construction, pusher engines, and an unconventional canard configuration in one of business aviation’s most distinctive production aircraft.
Aircraft Photo by CJ Moeser
The Beechcraft Starship is difficult to evaluate by conventional aircraft-market standards because its significance extends beyond its practical capabilities. Developed as a potential successor to the King Air, it incorporated composite construction, a canard configuration, rear-mounted pusher propellers, and an integrated glass cockpit at a time when each represented a substantial departure from established business aircraft design. The result was technologically ambitious but commercially unsuccessful.
Today, the Starship is less a conventional ownership choice than a highly specialized collector aircraft. Its rarity, limited support environment, and unique systems fundamentally change the acquisition decision. Buyers aren’t simply comparing speed, cabin size, and operating cost with a King Air 200 or other contemporary turboprop. They’re accepting the responsibilities of preserving and operating an exceptionally rare piece of aviation history.
Beech Aircraft began developing the Starship in the late 1970s as a next-generation business turboprop. Burt Rutan’s Scaled Composites participated in early development, while Beech ultimately engineered the certified production aircraft around an extensively composite airframe. The production Starship 2000 received FAA certification in 1988 and entered service with a pressurized cabin, twin Pratt & Whitney Canada PT6A engines driving pusher propellers, and a Rockwell Collins glass flight deck.
Despite its technological sophistication, the aircraft entered a difficult market with performance and acquisition economics that struggled to justify its complexity against established turboprops. Only a small production run followed, and Beech later pursued a program to acquire and dismantle many of the aircraft. The handful remaining make the Starship one of the rarest certified business aircraft still flying.
353 kts
1,742 nm
14,900 lbs
Source: Published performance figures from Flying Magazine (June 1993).
Starship ownership is inherently specialized. Surviving aircraft appeal primarily to experienced turbine operators, collectors, and organizations prepared to manage an unusually limited support environment. The aircraft remains capable of practical transportation, but conventional considerations such as fleet size, parts availability, maintenance expertise, and resale liquidity are fundamentally different from those of an actively supported turboprop. A prospective owner should approach the Starship as both an operating aircraft and a preservation responsibility.
The Starship 2000 established the certified production configuration with composite construction, canard aerodynamics, and twin PT6A-67A engines driving aft-facing propellers. Its integrated electronic flight instrumentation was unusually advanced for a business aircraft of its era. The six-passenger cabin and turbine performance positioned it as an ambitious alternative to conventional cabin-class turboprops. This variant represents the original production Starship.
The Starship 2000A incorporated changes intended to improve operational performance, including an increased maximum takeoff weight and refinements applied to later aircraft. Earlier Starship 2000s could also be brought to the improved configuration. The fundamental airframe, propulsion arrangement, and mission remained unchanged. The 2000A represents the mature configuration of the limited production fleet.
The Starship was designed for high-altitude regional and cross-country transportation, combining turbine power with a pressurized executive cabin and competitive cruise performance. Its pusher configuration reduces propeller noise toward the front of the cabin, while the canard and composite airframe distinguish its handling and systems architecture from conventional turboprops. In today’s market, however, operational capability cannot be separated from supportability. The aircraft may still perform the mission effectively, but maintaining that capability requires considerably more planning than operating a conventional production turboprop.
Rockwell Collins electronic flight instrumentation gave the Starship an unusually advanced glass cockpit for its era, although surviving aircraft require specialized support for aging avionics and associated systems.
Twin Pratt & Whitney Canada PT6A-67A turboprops drive rear-mounted pusher propellers, creating one of the aircraft’s defining engineering and visual characteristics.
The extremely small surviving fleet limits the modification ecosystem, making aircraft-specific equipment history and continued supportability particularly important.
Pressurized executive cabin typically configured for six passengers, with the rear-mounted propulsion arrangement contributing to a distinctive cabin environment.
Composite construction, unique airframe systems, aging components, and an exceptionally small fleet make maintenance planning and parts sourcing central ownership considerations. Maintaining mission readiness depends heavily on access to specialized expertise and aircraft-specific resources.
High-altitude regional and cross-country transportation for operators prepared to support an exceptionally rare and technically distinctive turbine aircraft.
The Beechcraft Starship represents one of the most ambitious departures from conventional business aircraft design to reach serial production. Its composite structure, canard configuration, pusher propulsion, and electronic flight deck brought together technologies that were remarkably advanced for the period. Commercial success never followed, but the aircraft’s limited production does little to diminish the significance of what Beech attempted. The Starship remains a rare example of a major manufacturer willing to rethink nearly every assumption about what a business turboprop should look like and how it should be built.
Aircraft commonly cross-shopped for similar missions or ownership priorities.
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