FAW Jiefang 2.8 CA4D28 Engine

  The FAW 2.8L CA4D28 engine is a highly durable and proven inline-4 turbo-diesel engine engineered by FAW (First Automobile Works) Group for heavy-duty commercial performance and optimal fuel efficiency. Developed upon the legendary and indestructible Isuzu 4JB1 architectural foundation, this robust powertrain features a reliable Overhead Valve (OHV) 8-valve configuration. Depending on the specific generation and emission standards, it utilizes either a mechanical Direct Injection system or an advanced High-Pressure Common Rail (CRDi) system, ensuring massive low-end torque delivery and consistent efficiency under heavy payloads. With a displacement of 2,771 cc, it produces a highly capable output ranging from approximately 95 to 130 hp, and up to 280 Nm of torque. This engine is highly compatible with FAW's core commercial lineup, prominently featured in the best-selling FAW Jiefang light-duty trucks (such as the Tiger V series), providing dependable and economical performance for urban logistics, construction transport, and regional freight hauling. Designed to maximize fleet uptime and minimize total cost of ownership, the CA4D28 engine offers indestructible cast-iron construction, extremely low maintenance costs, and a highly accessible global parts ecosystem. Its mature engineering reinforces FAW Jiefang's reputation as a premier manufacturer of industrial-grade diesel powertrains suitable for demanding transport conditions.

Technical Features:

• Type: Inline-4 Turbo-Diesel Engine (Isuzu 4JB1 derived architecture)

• Power Output: Approximately 95 hp to 130 hp (70 kW - 96 kW)

• Torque: Up to 220 Nm - 280 Nm

Engine Parameters:

• Displacement: 2,771 cc (2.8L)

• Fuel System: Direct Injection / High-Pressure Common Rail (CRDi for later variants)

• Configuration: OHV, 8 Valves, Turbocharged Intercooled

Suitable Models:

• FAW Jiefang Light Trucks (Tiger V / Hu V series)

• FAW Hongta / FAW Light Commercial Vehicles

• FAW Pickups / Minibuses (compatible 2.8L diesel applications)