A Cold War Casualty
The Arrow represented Canada's ambitious attempt to create a world-leading interceptor aircraft entirely within its borders. Development began in 1953 as an evolution of Avro Canada's successful CF-100 Canuck, with the Royal Canadian Air Force requiring a Mach 1.5-capable interceptor that could operate at altitudes exceeding 50,000 feet. The aircraft was specifically designed to counter the threat of Soviet bombers approaching North America over the polar route.
Test pilot Janusz Zurakowski took the first Arrow Mk 1 (serial RL-201/25201) aloft from Malton, Ontario on March 25, 1958. Over 11 months of flight testing, the five Mk 1 aircraft completed 66 sorties totaling 69 hours and 50 minutes of flight time, with the program achieving Mach 1.9 in level flight—impressive performance that validated the design's potential.
Advanced Design Features
The Arrow incorporated several cutting-edge technologies that placed it ahead of contemporary American and British designs. Its delta-wing configuration optimized supersonic performance, while the area-ruled fuselage reduced drag at high speeds. The integrated Astra I weapons system was designed to fire Sparrow II missiles, eliminating the need for traditional guns. Early fly-by-wire flight control elements foreshadowed technology that would become standard decades later.
Chief designer James C. Floyd led the engineering team that created this sophisticated aircraft. The program followed the Cook-Craigie production plan, skipping traditional prototype phases to accelerate development—a risky approach that aimed to move directly from flight testing to production.
Engine Development
The Mk 1 test aircraft used interim Pratt & Whitney J75 turbojet engines, each producing 23,500 pounds of thrust with afterburning. However, the production Mk 2 variant was designed around the Canadian-developed Orenda PS-13 Iroquois engine. These innovative turbojets promised 30,000 pounds of thrust each while being lighter than the J75s, representing a significant achievement for Canadian engine technology that surpassed contemporary American and British powerplants.
The Manufacturer's Rise and Fall
A.V. Roe Canada Ltd. operated from 1940 as a subsidiary of the British A.V. Roe & Company, growing rapidly during the Cold War era. The company had previously produced over 600 CF-100 Canuck interceptors, establishing its credentials in military aircraft manufacturing. At its peak, Avro Canada employed 14,000 people at its Malton facility, now part of Mississauga.
The Arrow's cancellation on February 20, 1959, effectively destroyed the company. Prime Minister John Diefenbaker's government terminated the program due to cost overruns—the contract had reached CA$260 million by 1955—and failed export prospects to the United States and United Kingdom. The decision scattered Avro's workforce and ended Canada's major aircraft manufacturing capabilities.
Production and Destruction
Only five Mk 1 aircraft (RL-201 through RL-205) reached completion, along with one nearly finished Mk 2 (RL-206, 98% complete). The original plan called for 35 production Mk 2s following the five test aircraft, but full-scale manufacturing never commenced. In a decision that remains controversial, all completed airframes were ordered destroyed by May 15, 1959, eliminating any possibility of preserving examples for historical study.
Legacy and Cultural Impact
The Arrow became a symbol of Canadian technological ambition and political controversy. The program demonstrated that Canada could develop world-class military technology, but its cancellation marked the end of the country's independent advanced aircraft industry. The talented engineers and technicians scattered globally, with many joining NASA and contributing to the American space program.
Today, no flying examples exist. The Canada Aviation and Space Museum in Ottawa displays the nose section of RL-206, acquired in 1965. Since 2007, the Arrow Alliance has worked to construct a full-scale replica powered by modern JT-15D-4 engines, though this version would be limited to approximately Mach 0.75. The fuselage was completed by 2012, representing ongoing efforts to honor this "magnificent failure" that ended one of Canada's most ambitious aerospace endeavors.