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what engine is in the toyota supra
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The DeLorean DMC-12, an iconic sports car manufactured by John DeLorean's DeLorean Motor Company in the early 1980s, was powered by a 2.85-liter (174 cu in) V6 engine. This engine was a collaborative effort, designed and built by Peugeot, Renault, and Volvo - collectively known as the PRV consortium. The engine, specifically a PRV ZMJ-159, was a fuel-injected, SOHC V6 that produced about 130 horsepower (97 kW), enabling the car to achieve 0 to 60 mph in approximately 8.8 seconds. Its performance was considered modest for a sports car, partly due to its relatively heavy stainless steel body and strict emissions regulations at the time. Despite its humble performance figures, the DMC-12 became a cultural icon, especially after its starring role as a time machine in the "Back to the Future" film franchise.
Tires are composed mainly of rubber. along with several other materials. Synthetic rubber is utilized in tire liners to maintain air pressure. while fabric belts typically polyester. aramid. or nylon provide strength and additional steel belts increase longevity and stability. The outer layer of the tire is a blend of natural and synthetic rubber for improved grip. less wear. and protection against harm. Chemicals like carbon black and silica are also incorporated to enhance overall performance. Additionally. various substances are employed in the vulcanization and curing process of the rubber.
Hybrid vehicles combine a conventional internal combustion engine with an electric motor to provide more fuel-efficient transportation. The principle of operation is as follows: Starting with the electric motor powered by the vehicle's battery. it drives the car up to a certain speed usually about 300 mph before initiating the gasoline engine. Battery charging occurs through regenerative braking. using energy generated during braking or coasting to charge the battery. This eliminates the need for external charging. Additionally. the vehicle's on-board computer determines whether to use the electric motor. gasoline engine. or a combination of both depending on speed and power requirements. When extra power is necessary. such as for rapid acceleration or uphill driving. both engines work together. In situations like idling or traffic delays. the gasoline engine shuts down and switches to the electric motor for fuel and emission savings. As speed increases. the gasoline engine becomes more efficient at powering the vehicle; some hybrid models even have options for recharging batteries at high speeds when they are low. These elements work together to achieve better fuel economy and reduce emissions in various driving conditions. Some newer hybrids also have plug-in capabilities for added all-electric range when needed.
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