Christen Industries A-1 Husky
Single Piston
The Christen A-1 Husky is a purpose-built backcountry taildragger that has earned a devoted following among bush pilots since its introduction in 1987. Designed by Frank Christensen (founder of Christen Industries, later Aviat Aircraft), the Husky was engineered from the ground up for short-field performance, rough-strip operations, and the kind of punishment that comes with landing on sandbars, tundra, and mountain ridges. With its robust steel-tube fuselage, oversized tires, and generous flap travel, the Husky can operate from strips as short as 200 feet and climb out at angles that leave most certificated aircraft behind. Powered by a 180-horsepower Lycoming O-360 (some variants use the 200hp IO-360), the Husky combines a low stall speed of 43 knots with a never-exceed speed of 140 knots and a service ceiling around 20,000 feet. Its tandem seating configuration gives both occupants excellent visibility, critical for spotting landing zones in remote terrain. The aircraft's 2,250-pound gross weight allows for meaningful payload even with full fuel, and its high-lift wing generates enough drag to make steep descents controllable without building excessive speed. The Husky found its niche among Alaska bush operators, backcountry guides, and recreational pilots who value go-anywhere capability over speed or comfort. It competes directly with the Piper Super Cub and later Carbon Cub variants, offering similar performance with a more modern design and better parts availability. While production numbers remain modest compared to mass-market trainers, the Husky's reputation for durability and short-field prowess has kept it in continuous production for over three decades. SkyMeter has tracked 18 flights across 3 airframes and 3 operators over routes, with WILCOX WILLIAM L, WILCOX MARY LOU the most frequently 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
Safety profile
Flagged flights · last 7 days
Family
Related variants
No related variants.
Recent incidents
Flagged flights of CH80
Recent flights
Real flights of CH80 · airborne ≥ 20 min






