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The engine became marketed in metric in 1979, as the 7.0L V8. [2] Initially replacing the 401 Super Duty V8, the 7.0L replaced the 477 and 534 Super Duty engines for 1982. After 1991, the 429 became the sole gasoline engine offered in medium sized and larger Ford trucks; the 460/7.5L was only used in trucks under 1½-ton payload. 429 Police ...
The first was the 429 Thunder Jet, the standard engine for the Cobra, rated at 360 hp (270 kW). Next was the 429 CJ (Cobra Jet), rated at 370 hp (276 kW), which included a 2-bolt main block, hydraulic lifters, a 700 CFM Holley or 715 CFM Rochester Quadrajet carburetor, and was available with or without Ram Air. The top option was the 429 SCJ ...
Like many Ford engines of the time, they were conservatively rated at 360 hp (268 kW) (SAE gross). The new engine made the cars some of the quickest and fastest Thunderbirds ever produced, despite their larger size and increased curb weight. 1968 and 1969 model years saw minor trim changes respectively.
A 428 Super Cobra Jet engine with oil cooler was standard equipment when the "Drag Pack" option (which came when selecting either a 3.91 or 4.30 rear end gear ratio) was ordered with cars manufactured from 13 November 1968.
The Mustang's engine compartment was not wide enough to accommodate the massive Boss 429 engine, so Ford contracted with Kar Kraft of Dearborn, Michigan, to modify 4-speed Cobra Jet Mustangs to accept it. Kar Kraft was a Ford exclusive experimental facility that functioned as Vehicle Engineering for Ford's Special Vehicles.
This Orenda OE600 V8 engine is in the Atlantic Canada Aviation Museum near Halifax, NS. Canada. Early testing and development took place at the Shadow racing team facility in Marina, CA, near Monterey. The result, known as the Thunder Engine, was shown around the general aviation market during the 1980s. In about 1986, BKM, an automotive R&D ...
US customary units lbf thrust divided by lb weight is also dimensionless. To convert a 'weight' given in kilograms into a weight in newtons, multiply by 9.806 65 m/s 2. |Power/weight= Power-to-weight ratio (for gas-turbine engines), calculated by dividing engine power by engine weight, kilowatts/kilogram (kW/kg) and shaft horsepower/pound (shp/lb)
A typical turbocharged V8 diesel engine might have an engine power of 250 kW (340 hp) and a mass of 380 kg (840 lb), [1] giving it a power-to-weight ratio of 0.65 kW/kg (0.40 hp/lb). Examples of high power-to-weight ratios can often be found in turbines.