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Toyota shifted production from the Hilux Mighty-X (fifth generation) to the Hilux Tiger (sixth generation) in the late 1990s and made it the global export hub. The Thailand-made Hilux Tiger went through the following versions: 1998–1999: Hilux Tiger with the 3.0 L 5L engine; 2000–2001: Hilux Tiger with the 3.0 L 5L-E EFI engine
The L is the first L engine produced. Toyota solely refers to it as the L engine, not the 1L engine. 2.2 L (2,188 cc), four-cylinder diesel engine. [7] Bore and stroke are 90 mm × 86 mm (3.54 in × 3.39 in), with compression ratios of around 21.5:1 [8]
In 1987, Toyota began assigning dual letter engine codes to some of the "engine family" categories in some engine lines, particularly six-cylinder models. This can create potential confusion. E.g. 1MZ-FE – This is not a supercharged, narrow angle, fuel injected M-series engine, but a narrow angle, fuel injected MZ-series engine. Confusion is ...
According to Toyota, the condition can cause rough idling and potential engine stalling. On October 21, 2010, Toyota announced a recall of 1.53 million vehicles (740,000 in the U.S., 599,000 in Japan, and 191,000 in Europe and other markets) worldwide; the recall affected MY 2005 and 2006 Avalon, MY 2004 to 2006 Highlander (non-hybrid) and ...
Toyota 8R engine in a Hilux. The 1.9 L (1,858 cc) 8R The engine was produced from 1968 through 1973. Cylinder bore and stroke was 85.9 mm × 80 mm (3.38 in × 3.15 in) with a five bearing crank. It was also available as the 8R-D, dual SU 8R-B, EFI 8R-E, Californian-spec 8R-C and DOHC 8R-G. It was a major departure for the R family.
Toyota Hilux RM-4D: 1979 Toyota HV-M4: 1999 Toyota Hybrid Electric Bus: 1995 Based on the Coaster: Toyota Hybrid X: 2007 Toyota i-foot: 2004 A 2-footed robot: Toyota Kayoibako: 2023 EV van Toyota Kijang Innova EV Concept: 2022 Battery electric version of the Kijang Innova Toyota Insect: 2011 1-seater concept; based on how an insect flies freely ...
The Toyota TR engine is a family of gasoline engines that appeared in 2004. They are mainly used for Toyota Hilux and other vehicles in the Toyota IMV platform ; and are designed to be mounted longitudinally for pickup RWD and 4WD pickup applications.
Toyota sought to enhance the drivability pattern of the engine (over the 3VZ) at exactly 3000 rpm, since that was the typical engine speed for motors cruising on the highway. The result was less cylinder distortion coupled with the decreased weight of rotating assemblies, smoother operation at that engine speed, and increased engine efficiency.