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1934 P-26D MAYOCRAFT Peashooter Reproduction
N26PX    s/n 32-06
$750,000

Flight test completed by Dave Morss
Mayocraft P-26 aircraft at 5000 feet Air to Air
P-26 Radial Engine Start

Airframe:                 All metal construction
                                    15 Hrs TTSNEW

Engine:                      Pratt & Whitney R-1340 AN1, 600 hp
                                    15 Hrs SMOH by
Covington Aircraft Engines 2005 (Chrome Cylinders)

Propeller:               Hamilton Standard 12D-40 with 6101A-12 Blades
                                    15 Hrs SPOH

Exterior:                  Paint scheme in 1st Pursuit Group, 94th Squadron, Selfridge Field, Michigan, circa 1935-36, DuPont Imron, excellent condition

       This reproduction is patterned after the famous Boeing P-26 “Peashooter” an interwar aircraft built for the pursuit of other aiplanes, hence the “P” designation.  This restoration is faithful not only to the overall appearance of the P-26, but also to most of the fabrication methods at the time of its manufacture. According to Mayocraft’s founder and principal, Nate Mayo, “The P-26 represented the state of the art for the early 1930’s in aircraft design, so we thought it was an eminently worthy subject for a tribute.”

     Indeed, for a brief time, the P-26 was the Army Air Corp’s first line pursuit fighter and the fastest of its type in the world. However, rapid advances in aeronautics at that time soon rendered it forgotten, eclipsed by more powerful designs that drew heavily on the P-26’s parentage. A few P-26’s survived into WWII, but today only two original examples remain. 

     Mayo brought to this project his own lifelong experience in manufacturing, engineering, and rebuilding historic airplanes, both on his own and for former clients like Collings Foundation whose fleet of vintage WWII aircraft appears at Airshows nationwide. Also, according to Mayo, “For safety and performance’s sake we made selected improvements. Alclad 2024-T3 aluminum was used throughout instead of the Dural of the 1930’s because the modern alloy is 20 percent stronger. The main landing gear wheels and brakes are adapted from a Cessna T-50. The engine exhaust is made from a stainless steel alloy specially formulated for aerospace applications. For a few non-structural elements, in place of metal we formed fiberglass. The engine and propeller are the same as employed in the T-6. We adapted a different airfoil shape to the wing that should make the bird a little easier to fly and land than the original. Mayo calculated that, because of these improvements and the fact that the Peashooter does not have the armament that was originally needed in the combat airplane, “it will have a performance about 10 percent better than the original.

     Last but not least Mayo credits a small but dedicated group of volunteers that have shown up at his shop at least once a week for years on end – and one able person did many hours of CADACM work at home. “Really, without the help of all these people, this project would have never seen completion. Or, it would have at least taken more than my lifetime!”

EQUIPMENT:
Eclipse E-80 Starter
Gill G-246, 24 volt
Battery
7” Oil cooler
Fuel gauge: Skysport capacitance type
AmeriKing AK-450 ELT
Cleveland
wheels
Cleveland, 4 disk, hydraulic brakes
Master cylinder: AT-6
Bendix- Cessna UC-78 Shock struts
Locking tail wheel
 

An inspection of the aircraft’s construction details reveals what can only be described as a labor of love. The
aircraft’s all-metal skin has been carefully hand formed and shaped in many complex compound curves by
Mayo. The craft has over 29,000 rivets, each painstakingly inserted, driven and made flush with the skin. The
craft has about one-half million other parts, most of which had to be machined and fabricated from raw metal
or cleverly adapted from existing aircraft parts. Mayo explains, “In many cases three jobs had to be done for
each piece. First, devise a method to make the production tool, jig or fixture. Then, use those methods to make
it. Finally, use the tooling or forms to make the final part needed.” 

MISCELLANEOUS:
Stainless steel exhaust - new
Main tires: 7.5 x 10
Tail tire – 12.5 – P51 channel tread
Tail wheel: detent & positive lock
Fuel capacities: main fuselage tank – 57 gal., each wing tank – 23 gal. = 103 gallons total
Oil capacity – 9 gal.
 

PERFORMANCE:
Cruise speed: greater than 210 MPH
Max. initial rate of climb: more than 2500 fpm.
Max. speed (VNE): 315 MPH
Landing speed: 73 MPH with flaps
 

SPECIFICATIONS SUBJECT TO VERIFICATION UPON INSPECTION

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