Aerostar Aircraft Corporation 600a
Single Piston
The Aerostar 600A is a high-performance pressurized piston single developed by Ted Smith in the 1960s and later produced by Aerostar Aircraft Corporation. Originally conceived as a twin-engine design, the Aerostar line became renowned for its speed and efficiency, with the 600A variant representing the single-engine pressurized model capable of cruising above 20,000 feet. Its sleek, low-wing design and retractable gear made it one of the fastest piston singles of its era, appealing to owner-pilots seeking turboprop-like performance without the operating costs. The type's pressurization system and powerful Lycoming engine allowed it to operate comfortably in the flight levels, a rare capability among single-engine piston aircraft. Though production numbers remained modest compared to mainstream GA types like the Cessna 210 or Piper Malibu, the Aerostar carved out a niche among serious cross-country flyers who valued speed and altitude performance. Its complex systems and maintenance requirements meant it attracted experienced pilots willing to manage a more demanding aircraft. SkyMeter has tracked flights across airframes and operators, with the largest observed operator.
Safety in context
The incident rate counts flights with ANY safety event detected by SkyMeter — go-arounds (a routine response, not a failure), unstable-approach gate flags (advisory thresholds), rejected takeoffs (the system working as designed), and runway events. It is NOT an accident rate or fatality rate. For accident statistics, refer to the NTSB Aviation Accident Database (USA) or the Aviation Safety Network. See methodology for what each event type measures.
Performance
Speed envelope & approach
Dimensions
Airframe geometry
Weight & identification
Operating limits
Top operators
By fleet size · last 7 days
No operator data available.
Safety profile
Flagged flights · last 7 days
No safety data available.
Family
Related variants
No related variants.
Recent flights
Real flights of A600 · airborne ≥ 20 min



