Канаданың "Orenda Engines" тарихы және әскери қозғалтқыштары

Orenda Engines was a Canadian aircraft engine manufacturer and parts supplier. As part of the earlier Avro Canada conglomerate, which became Hawker Siddeley Canada, they produced a number of military jet engines from the 1950s through the 1970s, and were Canada's primary engine supplier and repair company.

The origins of the company stem from World War II. During the war, the National Research Council of Canada ran a small aerodynamics effort similar to NACA in the United States or Royal Aircraft Establishment in the United Kingdom. In 1942 they sent two of their researchers to the UK to take a survey of their efforts and report on what fields of study the Canadians should focus in order to avoid duplication. The company was formally incorporated on 1 July 1944, set up in a disused section of the Research Enterprises Limited factories in Leaside, a neighbourhood of Toronto, Ontario. Several members of the NRC teams that had traveled to the UK during the Report moved to the new company, including K. F. Tupper as chief engineer, Paul Dilworth as chief designer and Winnett Boyd, initially as the combustion engineer, but later as the chief designer. The team initially studied a series of designs based on the basic Whittle centrifugal flow design, starting with the TR.1 and growing through the TR.2 to the largest, the TR.3. None of these designs progressed past initial studies however, as the team turned their attention to a new axial flow design, the TR.4, later known as the Chinook.

At about this time, the former Victory Aircraft plants in Malton were being converted into the new A. V. Roe Canada (Avro Canada) plants. In the spring of 1946 the government decided to turn all engine development over to private industry, and sold Turbo Research to Avro. Paul Dillworth remained as chief engineer of the newly minted Gas Turbine Division, which was moved to Avro's plant just outside what is today Toronto Pearson International Airport. Work on the TR.4, the first Canadian designed jet engine, continued. Now called the Chinook, it first ran in March 1948, During the testing period, the Iroquois was the most powerful jet engine in the world, rated at dry, afterburning. It was aerodynamically matched for peak performance at 50,000 feet (15240 m) altitude and Mach 2 speed. After some 7,000 hours of development testing, up to a simulated altitude of 70,000 feet (21336 m) and a forward speed of Mach 2.3, the Iroquois program was cancelled, along with the Arrow on 20 February 1959.

In 1955, another reorganization led to the creation of Orenda Engines. Avro Canada would later disappear due to the cancellation of the Arrow, but Orenda had a major engine overhaul business that allowed them to survive. In late summer 1959, the RCAF selected the Lockheed F 104 Starfighter as their new day fighter, to be built by Canadair. Orenda was given the contract to build its engines, the Government of Canada having already obtained a production licence for the General Electric J79. By December 1960, Orenda had built five of the new engines. In early 1962, Orenda also won the production contract for the General Electric J85, for use in the Canadair CL 41 Tutor trainer. The first engine, known as the J85 CAN 40, was delivered in September 1963, the last in October 1965. Production of a derivative engine, the afterburning J85 CAN 15, began in 1967 when Canadair was licensed to produce the CF 5 aircraft, a version of the Northrop F 5, for the RCAF. Between June 1967 and May 1974, 609 engines were produced for the Canadian, Netherlands and Venezuelan Air Forces. Orenda also started manufacturing industrial gas turbine packages for gas compression, oil pumping and electric generation.

Magellan Aerospace was formed in the 1980s, primarily from the assets of the Canadian operations of Fleet Aerospace. Over the next few years they aggressively expanded by purchasing a number of Canadian aerospace companies, including Orenda, which they renamed as Orenda Aerospace, now Magellan Repair, Overhaul & Industrial. In addition to producing complete gas turbine engines, the precision manufacture of critical rotating and stationary engine components for leading original equipment manufacturers since the 1970s, including General Electric, Rolls Royce and Pratt & Whitney. Orenda Aerospace attempted to bring the Orenda OE600, a new 600 hp general aviation 8 cylinder reciprocating engine, to market in the 1990s. Timing proved poor, and in the post 9/11 market the company put the OE600 "on hold" in 2005 while they concentrated on military contracts. Within a couple of years, TRACE Engines of Midland, Texas, had purchased all rights to the Orenda design.