The Galloping Ghost and the Reno pylon that ended unlimited air racing as we knew it

On September 16, 2011, a modified P-51 Mustang known as the Galloping Ghost crashed into spectator seating at the National Championship Air Races in Reno, Nevada, killing 11 people — including pilot Jimmy Leeward — and injuring more than 60 others. The accident, caused by a single failed trim tab attachment screw, exposed the razor-thin safety margins of unlimited air racing and accelerated the sport’s decline. In 2022, the Reno Air Racing Association announced the races would not return to Reno-Stead Airport, ending a tradition that stretched back to 1964.

What Was the Galloping Ghost?

The Galloping Ghost, race number 177, was a heavily modified North American P-51 Mustang owned and flown by Jimmy Leeward, a 74-year-old real estate developer from Ocala, Florida, who had been racing at Reno since the 1970s.

The modifications were extensive. The canopy was cut down nearly flush with the fuselage to reduce drag. The wingtips were clipped. The belly scoop was redesigned. The Rolls-Royce Merlin engine had been boosted from its stock 1,500 horsepower to well over 3,000 horsepower.

One modification proved critical: the elevator trim tabs had been replaced with smaller tabs, and the entire control system had been stiffened for precision at extreme speeds. At 460 miles per hour, responsive controls are essential — but they eliminate any margin for error.

What Caused the Crash?

During lap three of the Gold class final, something failed. The NTSB later determined that a lock tab on the elevator trim tab attachment screw gave way. At race speeds and G-loads, even a tiny trim tab deflection acts as a massive control input.

The aircraft pitched up nearly vertical, subjecting Leeward to an estimated 10 to 12 Gs instantaneously. At 10 Gs, a 180-pound person effectively weighs 1,800 pounds. Blood drains from the brain faster than the heart can compensate. Consciousness is lost before any reaction is possible.

Leeward was incapacitated before he could have known anything was wrong. The Galloping Ghost pitched up, rolled, and dove nose-first into the box seat area along the front straightaway.

How Close Were the Spectators?

The box seats where spectators died were approximately 950 feet from the race course. At nearly 500 miles per hour, an aircraft covers that distance in just over one second. That single second was the entire margin between a racing incident and a mass casualty event.

What Did the NTSB Find?

The NTSB conducted one of its most thorough air racing investigations. Key findings included:

The elevator trim tab modification had reduced structural margins to near zero at race speeds
The failed lock tab — roughly the size of a thumbnail — had endured vibration and stress loads far beyond its design limits
Spectator seating proximity to the course was insufficient given the speeds involved

How Did Reno Change After 2011?

The races returned, but with significant changes. The Reno Air Racing Association pushed spectator seating farther from the course, tightened technical inspections, added telemetry requirements, and increased scrutiny of structural modifications — particularly anything affecting control surfaces.

But the deeper problems were structural to the sport itself. The pilots flying unlimited class were aging. The aircraft — irreplaceable warbirds like Mustangs, Bearcats, and Sea Furies — were aging too. Each year of racing subjected those airframes to stresses that pushed them further past their design limits. The supply of both qualified pilots and raceable machines was shrinking.

After 2011, insurance became a decisive factor. Underwriters had now seen what a worst-case scenario looked like at an event where modified warbirds fly at nearly 500 mph past grandstands. They priced accordingly.

Why Did the Reno Air Races End?

In 2022, the Reno Air Racing Association announced the races would not return to Reno-Stead Airport, closing out nearly 70 years of racing at that location. There were brief efforts to relocate the event, but the combination of factors proved insurmountable.

The Galloping Ghost crash was not the sole cause. Land use disputes, development pressure, and the changing economics of air racing all contributed. But September 16, 2011, was the wound that never healed — the day the sport confronted the consequences of pushing irreplaceable wartime machines to their absolute limits with spectators nearby.

The Legacy

A stone memorial now stands at Reno-Stead Airport near where the box seats once were. It bears all 11 names, including Jimmy Leeward’s.

The tension at the heart of air racing was always the same: these aircraft were built to be pushed hard, built for war, built to exceed every limit their designers set. Racing them was arguably closer to their intended purpose than sitting in a museum. But the margin between spectacle and catastrophe was measured in seconds and thumbnail-sized pieces of metal.

The full NTSB final report on the Galloping Ghost accident is publicly available and remains essential reading for anyone interested in the engineering, human factors, and policy questions surrounding this event.

Key Takeaways

A single failed trim tab lock tab — a piece of metal the size of a thumbnail — caused the Galloping Ghost to pitch up violently at race speed, incapacitating the pilot instantly under 10-12 Gs
Spectator seating was 950 feet from the course, a distance the aircraft could cover in just over one second at race speed
11 people died and more than 60 were injured, making it the deadliest accident in modern air racing history
The 2011 crash accelerated the end of Reno air racing, compounding existing pressures from aging aircraft, pilot attrition, insurance costs, and land use issues
The Reno Air Races left Reno-Stead Airport in 2022 after nearly 70 years, effectively ending unlimited air racing as a spectator sport