Fairchild PT-26 "Cornell"

Flashback to 1987. The Dixie Wing was young and had no airplanes. Imagine the excitement when we were assigned our first warbird, a Fairchild PT-26 donated to the Commemorative Air Force by Col. Owen E. Stiegelmeir of Berea, Ohio. But, we had some challenges. The aircraft, N9878H, was in a field, under a shed, and had not been flown for some time. Our Dixie Wing maintenance team traveled to Ohio and got the aircraft ready to ferry to Atlanta. On September 14, 1987, Col. C. W. Kemper slicked the little navy blue Cornell onto the runway at South Fulton County Airport, and the Dixie Wing was in the Warbird business.
Upon a deeper annual inspection, our team found that the PT-26 needed new fabric. In addition, the rear spar of the horizontal stabilizer had some rot under one of the elevator hinges. Instead of covering up possible problems with new covering, we decided to go ahead and restore the aircraft. The N number was also changed to associate it with the Dixie Wing. After extensive restoration, N26GA flew again on February 2, 1992.
The silver paint scheme of the U.S. Army Training Command is the correct color for the American usage of the PT-26. The Canadian Cornells were painted yellow. Blue and yellow colors were discontinued before all but a very few PT-26s were put into service.
Our PT-26 has given us little trouble, except for a couple of cylinder and radio repairs. It has traveled to many air shows.
History and Development
Compared to the earlier biplane trainers, the Fairchild PT-19 provided a more advanced type of aircraft. Speeds were higher and wing loading more closely approximated that of combat aircraft, with flight characteristics demanding more precision and care. Its virtues were that it was inexpensive, simple to maintain and, most of all, virtually viceless. The PT-19 truly lived up to its nickname, the Cradle of Heroes. It was one of a handful of primary trainer designs that were the first stop on a cadet's way to becoming a combat pilot. Thousands of the PT-19 series were rapidly integrated into the US and Comonwealth training programs, serving throughout World War II and beyond. Even after their retirement in the late 1940s, a substantial number found their way onto the US civil register.
The PT-19 series was developed from the Fairchild M-62 when the USAAC first ordered the aircraft in 1940 as part of its expansion program. The cantilever low-wing monoplane with fixed landing gear and tailwheel design was based on a two-place, tandem seating, open cockpit arrangement. The simple but rugged construction included a fabric-covered welded steel tube fuselage. The remainder of the aircraft used plywood construction, with a plywood-sheathed center section, outer wing panels and tail assembly. The use of an inline engine allowed for a narrow frontal area which was ideal for visibility while the widely set-apart fixed landing gear allowed for solid and stable ground handling.
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Fairchild L-440 engine
The M-62 first flew in May 1939, and won a fly-off competition later that year against 17 other designs for the new Army training airplane. Fairchild was awarded its first Army PT contract for an initial order on 22 September 1939.
The original production batch of 275 were powered by the inline 175 hp Ranger L-440-1 engine and designated the PT-19. In 1941 mass production began and 3,181 of the PT-19A model, powered by the 200 hp L-440-3, were made by Fairchild. An additional 477 were built by Aeronca and 44 by the St. Louis Aircraft Corporation. The PT-19B, of which 917 were built, was equipped for instrument flight training by attaching a collapsible hood to the front cockpit.
When a shortage of engines threatened production, the PT-23 model was introduced which was identical except for the 220 hp Continental R-670 radial powerplant. A total of 869 PT-23s were built as well as 256 of the PT-23A, which was the instrument flight-equipped version. The PT-23 was manufactured in the US by Fairchild, Aeronca, St Louis Aircraft Corporation and Howard Aircraft Corporation and in Canada by Fleet Aircraft Corporation as well as Fabrica do Galeao in Brazil.
During 1943, USAAF Training Command received a number of complaints about durability issues with the plywood wings of the PT-19 and the PT-23 when exposed to the high heat and/or humidity of training bases located in Texas and Florida. Maintenance officers at the USAAF overhaul depots had been forced to order replacement of the wooden wing sections after only two to three months' active service because of wood rot and ply separation issues. Subsequent to this incident, the USAAF incorporated a demand for all-metal wing sections on all future fixed-wing training aircraft.
The final variant was the PT-26 which used the L-440-7 engine. The Canadian-built versions of these were designated the Cornell for use by the Royal Air Force Empire Air Training Scheme in Canada and Rhodesia.
A little history behind our PT-26 - nearly 1,700 built and 26 varieties still flying.
The Fairchild Aircraft Company was developed from Fairchild Camera Company. The PT-26 was designed out of a need for a cold weather primary trainer. Essentially a PT-19, the PT-26 has a canopy, larger engine, larger electrical system, better instrumentation and oil dilution for easier starting in cold weather. Fleet Aircraft built 1,057 PT-26s; Fairchild built 620. There are approximately 200 of the PT-19, 23 and 26 varieties still flying.
Specifications:
- Constructed mainly of wood, a material not needed in great quantities for combat aircraft
- Fuselage was fabric over wood-capped steel tubing, with 4 steel compression ribs in the wing center section
- Flight surfaces were aluminum frame, fabric covered
- Engine - A Fairchild Ranger straight six cylinder with 200 horsepower - Air-cooled - 441-cubic-inch displacement engine - 7.5-to-1 compression ratio swinging a wooden propeller
- 27 feet, 11 ½ inches long, 9 feet tall
- Wing span of 36 feet
- Gross weight of 2,800 pounds
- Maximum speed is 130 mph in level flight, with service ceiling of 16,000 feet
- Carries 45 gallons of fuel and burns 10 gallons per hour








