Logo - Kestrel  
FEATURES
Whether your objective is a remote mountain airstrip or an island in the Caribbean, the Kestrel will get you to your destination quickly and comfortably. Unlike light jets, it will fly into and out of small airports with short, unimproved runways.
Main copy
Specifications*

Performance *All specifications are based on engineering projections and subject to change.
Max Cruise Speed
Range
(Pilot plus 5 Pax, 31,000 ft, Max Cruise Power, NBAA IFR reserve)
Rate Of Climb
Max Operating Altitude
Cabin Altitude At 31,000 ft
Minimum Runway
320
~ 1,300

> 2,250 ft/min
31,000
8,000
< 2,500
kt
nm/1,495sm

ft/min
ft
ft
ft

> 593
~ 2,405

> 11
9,449
2,438
762
km/h
km

m/s
m
m
m

Weights
Max Takeoff Weight
Basic Empty Weight
Maximum Usable Fuel (319 gal)
Payload with full fuel
8,500
5,200
2,152
1,200
lbs
lbs
lbs
lbs
3,856
2,359
976
544
kg
kg
kg
kg


Powerplant
Honeywell
Fuel Consumption At Cruise
Prop RPM In Cruise
Horsepower (Flat Rated)
Time Between Overhaul
TPE331-14GR
~ 58 GPH/390 PPH/220 LPH
1490
~ 1,000 SHP
5,000 Hours
divider
The Kestrel
The Kestrel all-composite single-engine, turboprop aircraft will carry up to 8 people at high speed over long distances to places that jets simply can't go. It will be far more versatile, burn less fuel, and be able to maintain approach speeds at large busy airports yet land on short, grass or gravel strips—so you arrive at your destination faster.
single-engine, turboprop aircraft
The Honeywell TPE331-14GR direct drive, single-spool turbine Power to Spare
The Honeywell TPE331-14GR direct drive, single-spool turbine has been a legendary workhorse on much larger planes. In fact, 12,700 TPE331 engines have been delivered around the world. In the Kestrel the 1,700 hp TPE331-14GR is flat-rated to 1,000 shp, enabling it to climb efficiently at more than 2,250 ft/min to a maximum altitude of 31,000 feet. With a cruising speed greater than 320 kt, the prop will turn quietly at just 1,490 rpm. The TPE331-14GR offers a generous 5,000 hour TBO.
Ice Protection System
The Kestrel will feature one of the most sophisticated low-power ice protection systems on the market: the Cox and Company Mechanical Expulsion Deicing System (EMEDS). EMEDS removes ice by exciting electrical actuators installed under the leading edge of airfoils. The system components are mounted inside the leading edge, so they are not subjected to atmospheric and environmental hazards. This also produces lower aerodynamic drag and reduces fuel consumption. Additionally, there is nothing to service or replace. EMEDS has been implemented on hundreds of aircraft, and it is FAA/EASA FIKI certified.
Kestrel
Kestrel Composite Versatility
The Kestrel's sleek, aerodynamic lines and large pressurized cabin are the direct result of advanced composite construction. Composites, with their high strength and design versatility, have enabled more elegant, innovative airframes and roomier, more comfortable interiors.
Passenger-friendly Design
Wide aisles, surprisingly large windows, more room everywhere; the Kestrel is a revelation to those expecting 'general aviation' compromises. Passengers ascend through a wide door into a welcoming, pleasing interior, generously appointed in natural materials.
Kestrel
Kestrel Versatile and Efficient
The Kestrel interior will be quickly reconfigurable from weekday business to weekend sport or leisure use, accommodating any combination of passengers and cargo with a full fuel payload of 1,200 lbs. A lavatory will be an option.
Up there, easy changes everything
The Kestrel will be an exceptionally easy plane to fly, with superior handling characteristics and responsiveness, even at low speeds. The flight deck offers heightened visibility, well-planned ergonomics, side-yoke control, and aviator-friendly avionics.
Kestrel
Kestrel Avionics
On one intuitive panel, the Kestrel pilot will be able to review engine and aircraft systems information, airplane configuration, active weather and traffic information, environmental and pressurization settings, as well as approach charts and flight planning information.
Takeoffs and Landings
The trailing-link landing gear and oversized tires ensure that every
landing is smooth—even those on short, unpaved strips. On takeoff,
the powerful Honeywell engine will climb quickly to cruising altitude.
Back to Top