We often hear that flying cars are a concept of science fiction, but the truth is that these vehicles are not just futuristic fantasies. As early as 1973, newspapers were already reporting that flying cars were set to revolutionize transportation. However, one of the reasons this groundbreaking technology didn’t take off was due to a catastrophic tragedy that halted its progress. To fully understand why flying cars haven’t yet become a mainstream form of transportation, we need to take a step back and explore the early attempts to bring this visionary idea to life.

Early concepts of flying cars

The idea of flying cars is far from new. As early as 1917, aviation pioneer Glenn Hammond Curtiss experimented with the concept of a roadable aircraft—a vehicle capable of both flying and driving on public roads. His early attempt, known as the Curtiss Autoplane, was an ambitious hybrid of car and aircraft but was never fully developed due to the technical limitations of the time. Curtiss’ experiment laid the groundwork for future flying car concepts, although the Autoplane never progressed beyond prototype stage.

In the decades that followed, other inventors attempted to bring flying cars to life. The Waterman Arrowbile in the 1930s and the Fulton FA-2 Airphibian in the 1940s were among the notable attempts, but these vehicles suffered from the same issue: they weren’t truly functional as both cars and aircraft. They relied on detachable wings and propellers, but could only barely pass as cars, let alone meet aviation standards.

The Mizar 210: A breakthrough or disaster?

Fast forward to 1973, when two aeronautical engineers, Henry A. Smolinski and Harold Blake, developed what was arguably the first real flying car. Smolinski and Blake were no mere hobbyists—they had both graduated from Northrop University and founded a company called Advanced Vehicle Engineers in 1968 with the specific goal of building a revolutionary vehicle. Unlike their predecessors, they took a different approach: instead of creating a new vehicle from scratch, they sought to modify an existing car to fly.

Their ambitious project was called the Mizar 210, a combination of a Ford Pinto and the wings of a Cessna Skymaster. This marked a turning point in flying car development because, for the first time, the designers aimed for a fully roadworthy car that could also function as an airplane.

Smolinski and Blake presented their plans to the public in 1970, and excitement quickly built around the project. The concept was simple: people could drive their car to a nearby airstrip, attach the wings, and take off. In an interview, Smolinski touted the practicality of the vehicle, suggesting that it would make travel as simple as driving to the airport and then flying to your destination.

Fatal test flight: The tragic end of the flying Pinto

Despite the promising outlook, the Mizar 210 project came to a tragic end on September 11, 1973. During a test flight near Camarillo Airport, the vehicle crashed, killing both Smolinski and Blake. A later investigation by the National Transportation Safety Board (NTSB) found that the cause of the crash was a combination of poor welding and structural issues. The wings of the Cessna Skymaster were simply not strong enough to support the weight of the heavily modified Ford Pinto, which was prone to mechanical failure even under normal circumstances.

Adding to the disaster was the fact that Smolinski was not an experienced test pilot. On the day of the fatal flight, the usual test pilot, Charles Janisse, was unavailable, and Smolinski decided to fly the vehicle himself. According to the NTSB report, the right wing of the Mizar detached mid-flight, leading to the crash.

The weight of the Pinto and the limitations of the Cessna Skymaster wings were critical factors. While the Pinto was lightweight by automobile standards, at around one tonne, it was far too heavy for an aircraft designed for much smaller loads. Additionally, the Ford Pinto had its own notorious safety flaws, most notably its tendency to burst into flames in rear-end collisions—a fact that wouldn’t be publicly acknowledged until the infamous Pinto Memo was leaked.

The legacy of flying cars

Although the Mizar project ended in tragedy, the dream of flying cars has persisted. Over the years, numerous companies and inventors have continued to push the boundaries of what’s possible. For example, the Slovakian company Klein Vision has developed the AirCar, a vehicle that can switch between driving and flying in just under three minutes. Similarly, the Dutch company PAL-V is working on a flying car that resembles a gyrocopter on the road.

The flying car dream has also gone global. China’s Xpeng AeroHT recently conducted the first public test flight of its X3 flying car, a vehicle that blends drone technology with car design. As technological advancements in electric propulsion, battery capacity, and materials science continue, the dream of a flying car may finally be on the verge of becoming a reality. However, regulatory, safety, and infrastructural challenges remain major hurdles for widespread adoption.

A vision for the future

The history of flying cars is one of both ambition and tragedy. From Glenn Curtiss’ early experiments with the Autoplane to the catastrophic crash of the Mizar 210, the path toward making flying cars a reality has been fraught with obstacles. Despite these challenges, inventors continue to pursue this dream, inspired by the vision of seamless travel by both air and road.

As technologies like electric vertical take-off and landing (eVTOL) aircraft continue to evolve, it’s possible that the future of flying cars could look very different from the early prototypes. While Smolinski and Blake’s efforts ended in disaster, their pioneering work helped pave the way for future innovators to continue the quest for a true flying car.

Interesting fact

💡 Did you know? The Ford Pinto was so infamous for its safety flaws that the term “Pinto Memo” has become shorthand for corporate negligence in the face of public safety concerns. Ford’s internal memo revealed that the company calculated it would be cheaper to pay off lawsuits than to fix the defect. You can read more about the scandal here.