Complete engine Chevrolet Orlando 1st Series Z20D1 163 HP 120 KW Z20D1 Diesel 1998 (10-14)

Complete engine Chevrolet Orlando 1st Series Z20D1 163 HP 120 KW Z20D1 Diesel 1998 (10-14) This complete product is compatible with the Chevrolet Orlando 1st Series, built between 2010 and 2014. It features the Z20D1 product code and delivers 163 horsepower (120 kW) at a displacement of 1998 cc. The product is powered by diesel fuel and meets Euro 5 emission standards, ensuring compliance with environmental regulations during its production years. The product comes with the OE code Z20D1 and is designed for optimal performance within the specified vehicle models. This used product is a reliable replacement part for those needing to restore or upgrade their Chevrolet Orlando 1st Series.

Complete engine Chevrolet Orlando 1st Series Z20D1 163 HP 120 KW Z20D1 Diesel 1998 (10-14)

• OE Code: Z20D1 163 HP 120 KW

• Production Years: 2010 > 2014

• Year: 2011

• Displacement: 1998

• Fuel Type: Diesel

• Engine Codes: Z20D1

• Labels and Certifications: Euro 5

• Part Type: Used

• Our Reference Code: 1959586

Built in 2011, this engine is suited for various repairs and rebuilds, and the engine code Z20D1 makes it a perfect match for vehicles within the 2010-2014 production range. As a Euro 5-certified part, it also contributes to maintaining vehicle compliance with environmental regulations. As a used engine, this part is in excellent condition, ensuring continued performance in your vehicle. This used component provides an economical solution for those looking to replace their existing engine with a quality alternative that offers great value for the price. For more information, you can reach us at the provided contact number, INFO 3894468231. With our reference code 1959586, you’ll be able to quickly find this complete engine for purchase. Our product is carefully inspected to ensure it meets the highest quality standards and is ready to be installed in your Chevrolet Orlando. This is a cost-effective way to replace your engine without compromising on reliability or performance.