The CFCA engine, a core power unit of Volkswagen's EA189 series, is a 2.0L bi-turbocharged diesel engine produced from 2009 to 2019. With its powerful performance and stable reliability, it was tailor-made for high-end commercial vehicles on Volkswagen's T5/T6 platforms, becoming a classic benchmark power source. This newly assembled version strictly adheres to Volkswagen's original factory manufacturing standards and assembly specifications, adopting precision assembly processes throughout the entire workflow. All components meet original specifications, and every fit from the cast iron cylinder block to the aluminum alloy cylinder head undergoes strict verification to ensure the continuation of its proven reliability and durability.

It boasts remarkable core technical advantages: Equipped with a bi-turbocharging system and advanced common rail fuel injection technology, combined with a DOHC (Double Overhead Camshaft) design and 16-valve structure, it can precisely control fuel atomization and combustion processes, delivering a maximum power of 180 horsepower and a peak torque of 400N·m. With excellent low-speed high-torque characteristics, it easily handles high-intensity scenarios such as heavy-load transportation and long-distance commuting. The engine features a cast iron cylinder block paired with an aluminum alloy cylinder head, balancing structural rigidity and lightweight advantages. Equipped with hydraulic tappets and an optimized cooling system, it operates smoothly with low vibration and noise, achieving a practical service life of up to 300,000 kilometers. The combined cycle fuel consumption is as low as 7.8L/100km, and emissions fully comply with Euro V standards. It is compatible with various models on Volkswagen's T5/T6 platforms, including Caravelle, Multivan, and Transporter.

All engines undergo professional hot run-in tests before leaving the factory: first running at 800-1000r/min for 1 hour without load to fully inspect the sealing and operating status of the oil-electrical circuit, turbocharging system, and lubrication system; then conducting loaded run-in with 10%-15% rated load to optimize the adaptability of part friction surfaces and identify potential hazards. After run-in, key indicators such as cylinder pressure and piston run-in marks are verified to meet standards through disassembly inspection, ensuring the engine reaches the optimal working condition upon delivery and can be put into use without additional run-in.

We provide a one-year warranty for this newly assembled engine, covering assembly process defects and core component quality issues during the warranty period (excluding consumables and human-induced damage). With professional protection, it escorts commercial operations and daily commuting, allowing you to enjoy a stable and efficient power experience.