ELECTRONIC FUEL INJECTION e Direct injection is designed to allow greater control and precision resulting in better fuel economy. This is accomplished by enabling combustion of an ultra-lean mixture under many operating conditions. Direct injection is also designed to allow higher compression ratios delivering higher performance with lower fuel consumption. Currently direct injection gasoline engines are being deployed throughout the world in passenger cars. Mitsubishi gDi e Mitsubishi Motors is aiming to achieve both low fuel consumption and high output. MMc is a world forerunner in the development of direct cylinder injection gasoline engines, known as "GDI" which were first introduced in the 199 Galant. GDI supplies fuel directly to the inside of the cylinder a variety of air-fuel mixtures can be created according to changes in the fuel injection timingDirect injection is designed to allow greater control and precision, resulting in better fuel economy. This is accomplished by enabling combustion of an ultra-lean mixture under many operating conditions. Direct injection is also designed to allow higher compression ratios, delivering higher performance with lower fuel consumption. Currently, direct injection gasoline engines are being deployed throughout the world in passenger cars. Mitsubishi GDI Mitsubishi Motors is aiming to achieve both low fuel consumption and high output. MMC is a world forerunner in the development of direct cylinder injection gasoline engines, known as "GDI", which were first introduced in the 1996 Galant. GDI supplies fuel directly to the inside of the cylinder (Figure). A variety of air-fuel mixtures can be created according to changes in the fuel injection timing. ELECTRONIC FUEL INJECTION