but the engine itself will likely be destroyed. If your vehicle has an interference engine, your vehicle will also stop running. If the timing belt breaks in a freewheeling engine (that is, an engine where the pistons never occupy the same space as the valves), your engine will simply stop running. These belts synchronize the strokes of the valves and pistons by making sure the camshaft or camshafts are synchronized to the rotation of the crankshaft. While most Toyota models these days have a timing chain, many older vehicles were equipped with timing belts. An alternator that fails completely can cause the engine to stall, since the spark plugs won't be creating any spark at all. If the alternator begins to fail, the spark plugs may only sometimes function, causing rough and weak performance. Among other things, it keeps the spark plugs sparking, which is a vital part of combustion. It recharges the battery so that you can start your car when you need to, but it also runs the electric components of your vehicle. The alternator plays several key roles in your vehicle's functioning. In addition, fuel injectors that are malfunctioning may keep enough fuel from reaching your engine. The fuel pump helps move the gas from the fuel tank to the engine itself, so a fuel pump that fails while you're driving can cause your car to stop. However, it's not the only potential cause. An empty gas tank is certainly one way that your engine might fail to get fuel, especially if you have a gas leak that's making you lose fuel faster than expected. If you've ever run out of gas, you know from experience just how quickly a lack of fuel can cause your car to stall. a component of vehicle that develops a fault within a fixed period of time. If this happens, the ECU may direct less fuel to be injected, which can cause the engine to stall. For new vehicles, hybrid vehicles, and Hyundai Certified Used Vehicles. If the MAF isn't functioning as it should, the ECU may get incorrect information. The mass airflow sensor, or MAF, is the sensor that's responsible for telling the ECU the mass of the air that's coming into the engine. The ECU, or engine control unit, gets information from a number of sensors and adjusts the injection based on this information. In modern fuel injected engines, a number of components are required to inject the precise mixture of fuel and air into the combustion chambers. Your engine needs a steady supply of air in order to keep functioning.
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