Denso original Denso Common Rail Diesel Fuel Injector 095000-6770 23670-39145 for Toyota Hiace Hilux 2KD-FTV 2.5 D4D Engine new injector original new injector

The DENSO 095000-6770 common rail diesel injector is engineered as a direct OEM genuine equivalent for Toyota D-4D platforms, covering authorized part numbers 23670-0L050, 23670-30140, 23670-30150, 23670-30280, 23670-30300, 23670-39315, 23670-39316, 23670-39365, 23670-39366, 23670-39415, 23670-39416, 23670-39465, and 23670-39466. Precision-manufactured with micron-level tolerances from high-strength hardened steel, this solenoid-controlled injector delivers stable injection quantity across varying loads while maintaining an optimized spray pattern for superior combustion chamber fuel distribution. Designed to withstand modern common rail operating pressures up to 1600 Bar, the unit incorporates wear-resistant internal components and corrosion protection suitable for diverse global fuel qualities.

Fitment extends across a broad range of Toyota commercial and utility vehicles, including Hilux Vigo, Hilux Revo, Fortuner, Hiace, Innova, Land Cruiser Prado, Land Cruiser, and Coaster models equipped with 1KD-FTV 3.0L and 2KD-FTV 2.5L turbo diesel engines on Euro III and Euro IV emission platforms. Each injector is built for long service life under heavy-duty operating conditions, providing reliable cold-start performance, consistent atomization, and reduced exhaust emissions in demanding fleet and aftermarket applications.

Prior to installation, technicians should verify OE number compatibility, inspect the fuel rail and high-pressure pump, and clean injector seats while replacing sealing washers. During installation, OEM torque specifications must be followed, new return line seals fitted, and injector compensation codes programmed where required. Post-installation procedures include performing a leak test, monitoring rail pressure, clearing relevant ECU fault codes such as P0200, P0201, P0202, P0203, P0204, P1215, P1228, P1271, P1272, P1273, and P1274, and conducting a road test to confirm optimal drivability.