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The 351C, introduced in 1969 for the 1970 model year, is commonly referred to as the 351 Cleveland after the Brook Park, Ohio, Cleveland Engine plant in which most of these engines were manufactured. This plant complex included a gray iron foundry (Cleveland Casting Plant), and two engine assembly plants (Engine plant 1 & 2).
These engines were designed to have a total-loss lubrication system, with the motor oil held in a separate tank from the fuel in the vehicle, and not pre-mixed with it as with two-cycle engines, but mixed within the engine instead while running. Castor oil was often used because it lubricates well at the high temperatures found in air-cooled ...
"The oiling system has been widely criticized but has not proven any less reliable than the Windsor line." I remember reading (I think in a pantera tech article) that the oil system problems really stem from badly placed pickup tubes for cars cornering at high G's. Nothing to do with the engine itself. Maybe I'm generalizing a specific case...
Ford 351 Cleveland (351C), an engine part of the Ford 335 family; Ford 351 M (351M), an engine part of the Ford 335 family This page was last edited on 15 ...
The 4.1 litre inline 6 cylinder continued to be sold across the range. In 1979, the 302 Cleveland was discontinued, leaving the standard engine as the 4.1 litre Straight-6, with the 351 Cleveland (badged as the 5.8), as the only upgrade, except the F-100 4x4's which was only available with the 5.8 litre V8.
With the rev limiter disabled it is theoretically capable of 252 km/h (157 mph) and can exceed 7,000 rpm in fourth gear. The rev limiter is set to 6,150 rpm. The engine type was a 351 Cleveland (carried over from the XW GT/GT-HO Phase II). While Ford stated an output of 300 horsepower, the engine was reputed to produce over 350 horsepower.
Cleveland Engine Plant number 2 opened in 1955 [3] to produce the Y-block 292 V8 for the Ford Thunderbird. It was the source of the famed 351 Cleveland V8, and most recently, it was the site for Duratec 25 and 30 production starting in 1994. [ 3 ]
Later models came with hydraulic clutches. These were commonly found in Pintos, some Mustang II/Capris, and Rangers but do not match the V6 Bell housings. Changing the engine to a V6 often requires changing the bellhousing (Mitsubishi) but the Mazda trans had an integral bell. 2.6, 2.8, 2.9, and 2.9 Cosworth. Most of these were RWD car engines.