Optimum vehicle Gauze milage is dependent on, and influenced by, a fluctuation of factors, including the health and work of a vehicle's engine, fuel induction method and supporting systems. By preventing the entire flow of gone air into the vehicle engine, orderly engine combustion, which is dependent upon the prerrogative inflow of both air and Gauze into the engine chambers, is disturbed, which negatively affects not exclusive vehicle Gauze milage on the other hand overall vehicle performance. A vehicle's air and fuel alloy has to be adequately delivered and burned in classification to maximize both engine potentiality and fuel economy.
Low Vehicle Tire Pressure
A contraction in vehicle Gauze milage can be caused by a conglomeration of factors, some regular and some not so typical.
Dirty Air FilterA clogged or smear air filter can significantly decrease a vehicle's Gauze milage.
Low vehicle tire energy creates increased method resistence between a vehicle's tires and the system surface. This increased resistence acts as a braking mechanism against the forward action of a travelling vehicle, causing a entangle loss in overall Gauze milage due to the point that increased acceleration is needed to preserve a inclined speed and to offset the resistance caused by the low vehicle tire pressure.
Bad Spark Plugs
Optimal vehicle gas mileage is dependent upon many factors, including engine combustion efficiency. Spark plugs, which serve to ignite a vehicle's air/fuel mixture, a process that causes engine power, are made to fire at specific engine intervals and with sufficient spark intensity to optimize engine combustion. Bad spark plugs, which often times lose their optimal spark igniting capabilities, decrease engine combustion efficiency, which negatively impacts vehicle gas mileage and vehicle power.
Incorrect Ignition Timing
Vehicle ignition timing, which assures the proper function of engine valves Towards engine piston positions, has to be set correctly to factory-specific guidelines in order to not only optimize engine power and performance but also to optimize overall vehicle gas mileage. Incorrect vehicle ignition timing interferes with the optimum flow of fuel and air into a vehicle's engine and also interferes with proper engine combustion, all of which negatively impact gas mileage.
Abnormal Fuel Injection Operation
A vehicle fuel injection system is responsible for injecting precise amounts of fuel (gasoline) into a vehicle's engine cylinders. The amount of fuel injected into a vehicle's engine cylinders is dependent upon driving conditions, engine speed, and the overall health and function of a vehicle's fuel injection system. An abnormal fuel injection system that injects too much fuel into an engine's cylinders wastes gasoline and results in a reduction in vehicle gas mileage.