National Aviation Hall of Fame

National Aviation Hall of Fame Honoring Aerospace Legends to Inspire Future Leaders. Over the next several months, planning takes place for the formal affair of their actual Enshrinement.

At the NAHF, we achieve our appointed vocation through our thorough Board of Nominations process, our grand annual Enshrinement Ceremony and our educational programs including our accessible Learning Center and WOW program. For two and a half months, a group of Enshrinees, industry leaders, historians and aviation authorities study the lives of the over 300 men and woman who have been nominated by

our members for Enshrinement. Through several rounds of voting and then a final round of vetting by their peers, four American’s who have excelled in one of the many facets of aviation are chosen to become Inductees of the NAHF. Known as “The Oscar Night of Aviation,” the star studded gala draws an international crowd and is talked and written about for weeks after. As the dust settles, the important work of immortalizing the life and work of each Enshrinee begins. From video-taped oral histories to gathering the words and memories through their families, friends and co-workers, the NAHF collects artifacts, those tangible and those abstract, so that a living history can be formed. The NAHF uses the materials collected over the months and years to make the basis of our educational processes.

On May 29, 1935, NAHF Enshrinee Dr. Harry George Armstrong, after much advocating and proposing, is successful in establ...
05/29/2026

On May 29, 1935, NAHF Enshrinee Dr. Harry George Armstrong, after much advocating and proposing, is successful in establishing the Physiological Research Laboratory (it was later renamed the Aero Medical Laboratory). The Aero Medical Laboratory focused on improving flight conditions and pilot safety through aero-medical research.

05/28/2026

Join us in Washington, D.C. for aviation’s most inspiring night as we honor the Class of 2026.

Early bird ticket pricing ends this Sunday, May 31, 2026.

Secure your sponsorship or tickets today at nationalaviation.org/programs/enshrinement.

We hope you will join us at the CenterPoint Energy Dayton Air Show- June 14, 2026!
05/26/2026

We hope you will join us at the CenterPoint Energy Dayton Air Show- June 14, 2026!

NAHF Enshrinee Clarence “Kelly” Johnson learned a love of tools and how to use them from his father and similarly develo...
05/25/2026

NAHF Enshrinee Clarence “Kelly” Johnson learned a love of tools and how to use them from his father and similarly developed a love of aviation as a young boy. In 1933, he joined Lockheed (later Lockheed Martin) as a tool designer but he quickly moved up into a variety of roles including flight test engineer before becoming Chief Research Engineer in 1938. A big personality that had utmost confidence in his abilities, Johnson quickly made a name for himself within Lockheed. A handful of years after joining the company, he walked into his boss’s office and told him outright that Lockheed’s new, promising aircraft, the Electra, had a critical instability; he then swiftly corrected the errors. Later, sent to London to finalize the sale of a new Lockheed bomber, he took on the challenge of enacting the British Air Ministry’s many requested design changes. At the start of World War II, he designed the P-38 Lightning, which served the Allies very well.

In 1943, he formed Lockheed’s Advanced Development Projects, popularly known as the “Skunk Works.” In 1953 he became Chief Engineer, and in 1956 he became the corporate Vice-President of Research and Development. Throughout his career, Johnson made significant contributions to the aviation industry, especially during his tenure with the “Skunk Works.” There Johnson and his team developed the P-80 Shooting Star, the United States’ first operational jet fighter, the F-104 Starfighter, the first operational jet that flew at twice the speed of sound, and cutting-edge stealth craft like the U-2, the world’s first dedicated spy plane, and the SR-71, a long-range, high-altitude, strategic reconnaissance aircraft which was unmatched in quality and capability. Johnson’s acumen, engineering skills, and stellar management made the “Skunk Works” synonymous with the advancement of aviation.

NAHF Enshrinee Robert Hartzell grew up in Ohio, the son of George W. Hartzell, owner of Piqua, Ohio-based lumber company...
05/23/2026

NAHF Enshrinee Robert Hartzell grew up in Ohio, the son of George W. Hartzell, owner of Piqua, Ohio-based lumber company George Hartzell Company. As a young man, Robert Hartzell owned his own airplane and frequently did aviation maintenance. Although he dreamed of being a barnstormer, his mother’s fears over her son’s dangerous dream led his father to convince him to give up on barnstorming and focus instead on aircraft building and repair. While working in aviation maintenance, Hartzell noticed the high failure rate of wooden propellers.

Hartzell lived in Oakwood, Ohio while attending college, and one of his neighbors was none other than fellow NAHF Enshrinee and inventor of powered flight himself Orville Wright. In 1917, Wright suggested that, since the Hartzells already owned a lumber company, that Hartzell should get into manufacturing propellers. That same year, he established the Hartzell Walnut Propeller Company in Piqua. During World War I, the company provided Liberty aircraft propellers for warplanes.

In 1933, the passing of George Hartzell resulted in Robert taking charge of Hartzell Industries and becoming President of the Hartzell Propeller Company. With the start of World War II, Hartzell Propeller manufactured metal propellers for both Hamilton Standard and fellow NAHF Enshrinee Glenn Curtiss’ business. In 1940, Hartzell purchased farmland on which he built an airport that he later gifted to the city of Piqua. Additionally in 1940, Hartzell’s company developed a composite material for cooling fans: Hartzite; this material was later used for the manufacture of the first composite aircraft propellers. Hartzell patented Hartzite in 1949. By the late 1940s, Hartzell Propeller Company was the leading supplier of propellers for general aviation. By this time, they had also developed the first controllable propeller for Ryan Navion aircraft. In 1961, Hartzell Propeller Company developed the first lightweight, aluminum hub, constant speed propeller.

This month, we spotlight Dr. Shannon Lucid, a pioneering astronaut and biochemist whose career helped shape the future o...
05/21/2026

This month, we spotlight Dr. Shannon Lucid, a pioneering astronaut and biochemist whose career helped shape the future of human spaceflight. Selected in 1978 as one of the first women to join NASA’s astronaut corps, Lucid went on to log more than 5,300 hours in space across five missions.

She is best known for her record-setting 188-day stay aboard Russia’s Mir Space Station, a milestone that advanced long-duration spaceflight and international collaboration. Beyond her missions, Lucid also served as NASA’s Chief Scientist, continuing to influence research and innovation in space exploration. Her achievements have inspired generations and solidified her legacy as a global leader in aerospace. 🚀

Stay tuned as we continue introducing the remarkable individuals of the Class of 2026. 🏅

NAHF Enshrinee Warren G. Grimes, the “Father of the Aircraft Lighting Industry,” was born in Montgomery County, Ohio; ra...
05/18/2026

NAHF Enshrinee Warren G. Grimes, the “Father of the Aircraft Lighting Industry,” was born in Montgomery County, Ohio; raised in an orphanage, he ran away as a teenager to join his brother in Detroit, Michigan where, by the age of 16, he was working for the Ford Motor Company. This stint with Ford sparked an interest in electricity in Grimes, and he became instrumental in the design and development of the lighting for the Ford Tri-Motor airplane.

In 1930, Grimes moved to Urbana, Ohio where he established a lighting fixture company called Grimes Manufacturing. There he invented the red, green, and white navigation lights that can still be seen on the wing tips and tails of aircraft, and he went on to develop other key aircraft fixtures such as the landing, instrumental, and interior aviation lights. The majority of World War II aircraft produced in the United States were equipped with lighting fixtures developed by Grimes. Grimes Manufacturing would eventually be acquired and absorbed by Honeywell International.

Grimes served as mayor of Urbana and as chairman of the Ohio Aviation Board. In the late 1930s, Grimes bought a tract of land in Urbana upon which he built a home and a small airport. In 1943, Grimes presented Grimes Field, complete with one hangar and an office building, to the city of Urbana. Grimes Manufacturing regularly used the airport to test their aviation lights although the airport also offered charter services and flight instruction.

On May 17, 1900, French-born gliding pioneer NAHF Enshrinee Octave Chanute replied to a letter from the Wright brothers ...
05/17/2026

On May 17, 1900, French-born gliding pioneer NAHF Enshrinee Octave Chanute replied to a letter from the Wright brothers asking for advice on where they could find studies on the possibilities of human flight. In his letter to Chanute, Wilbur penned the famous, future-defining words: “for some years now, I have been afflicted with the belief that flight is possible to man.” Chanute recommended they study gliding tests carried out by a number of innovators, including Louis Pierre Mouillard and Percy Pilcher. Chanute became a key advisor for the Wrights as they developed the world’s first practical flying machine.

NAHF Enshrinee Donald Willis Douglas became one of aviation’s giants. In 1920, Douglas formed the Davis-Douglas Co. with...
05/14/2026

NAHF Enshrinee Donald Willis Douglas became one of aviation’s giants. In 1920, Douglas formed the Davis-Douglas Co. with wealthy aviation enthusiast David R. Davis. A year later they produced the Davis-Douglas Cloudster; this aircraft became the first in a long line of Douglas-built passenger aircraft. The Cloudster also brought Douglas his first military contracts, and he was able to buy out Davis, reorganizing the company as Douglas Co. He immediately set about designing the Douglas DT-1, which was sold to the Army as the Douglas World Cruiser. In 1924, a Douglas World Cruiser flew around the world and garnered Douglas a first-class reputation.

Douglas and his company continued to experiment with cutting-edge designs. In 1931, he financed a subsidiary called the Northrop Co. where NAHF Enshrinee John K. Northrop developed new wing and all-metal construction methods which were used to produce the famous Douglas DC-1, an all-metal, twin-engine monoplane that was the world’s most advanced airline transport at the time. More advanced design airliners followed including the DC-3, which were produced in the thousands and served the U.S. through multiple wars. Douglas was an astute businessman and he brought his company from humble beginnings to great heights. He led Douglas Aircraft to become involved in the burgeoning space industry as early as the 1940s, when Douglas began producing early missile designs, laying a foundation for the United States’ ballistic missile technology. Douglas also produced the Thor and Saturn S-IV/S-IVB launch vehicles.

Douglas Aircraft Co. continued to try and compete in an industry that had increasingly hot competition. The new game post-World War II was jet aircraft, but Douglas played too conservatively and did not commit enough investment in this new class of aircraft, and his #1 competitor The Boeing Company had vast experience in multi-engine, swept-wing jetcraft. Multiple problems resulted in a merger with McDonnell Co., forming the McDonnell Douglas Corp. During this time Donald Douglas Jr. became the President of the company, and although they produced the quality DC-8, Boeing still proved too capable a competitor. McDonnell Douglas’ problems keeping up with the competition were compounded by Douglas Jr.’s subpar leadership, which resulted in the loss of the company’s genius engineer Ed Heinemann (also an NAHF Enshrinee!) when Douglas Jr. forced him out of his position as vice president of military aircraft. Eventually, the Douglases were completely bought out by NAHF Enshrinee James S. McDonnell, who formed a new McDonnell Douglas Co. in 1967.

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