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During the Cold War, the race for technological advancements in aviation was not merely about innovation but also a strategic necessity.
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Among the numerous bold endeavors of that era, one particular aircraft stood out as if it had emerged straight from the pages of science fiction into actual flight.
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The Avrocar, a VTOL (Vertical Takeoff and Landing) aircraft developed in Canada, offered a glimpse into a future that, regrettably, did not live up to its high expectations.
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The journey of the Avrocar began in the early 1950s with A.V. Roe (Avro) Aircraft Limited, later known as Avro Canada, which embarked on a mission to create a supersonic fighter-bomber capable of vertical takeoff.
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Its circular and flat shape, deviating from conventional aircraft design, caused it to resemble the era’s popular depiction of a “flying saucer.”
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This resemblance was not mere coincidence, as the period brimmed with public fascination over UFOs, fueled by numerous sightings and a proliferation of extraterrestrial themes in Hollywood films.
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The Avrocar aimed to utilize the exhaust from turbojet engines to drive a circular “turbo rotor,” creating a cushion of air known as the “ground effect” for low-altitude floating.
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On paper, directing the thrust rearwards would propel the vehicle forward, allowing it to accelerate and climb like a traditional jet.
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Initial Canadian government funding in 1952 could not sustain the project’s financial demands, leading Avro to pass the torch to the U.S. military in 1958.
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The U.S. Army envisioned the Avrocar as a subsonic all-terrain transport and reconnaissance craft, while the U.S. Air Force coveted a stealthy VTOL aircraft capable of evading radar and breaking the sound barrier.
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These divergent requirements signaled the beginning of Avrocar’s troubled development.
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Despite early optimism, the Avrocar, designated the VZ-9AV (“VZ” for experimental vertical flight, “9” for the ninth concept, “AV” for Avro), faced severe stability challenges.
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Wind tunnel tests at NASA’s Ames Research Center and scale model evaluations at Wright-Patterson AFB in Ohio unveiled a grim reality—the Avrocar suffered from aerodynamic instability and insufficient control for high-speed flight. manifesting as “hubcapping,” an uncontrollable pitch and roll motion, when more than three feet off the ground.
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The dual prototypes of the Avrocar numbered 58-7055 for the first and a second unnamed, strove to demonstrate the aircraft’s viability.
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However, the vehicle’s performance fell drastically short of expectations, achieving a maximum speed of only 35 m