1.8L TSI EA888 Ultimate High Boost Stroker Kit JE & BAR-TEK® ®

The Bar-Tek 1.8L TSI EA888 Ultimate High Boost Stroker Kit is an engine strengthening package designed for demanding tuning and high boost applications, aiming to significantly improve the durability, load capacity, and performance potential of the EA888 engine. The complete package is engineered for situations where the original structure is no longer sufficient and the engine requires increased displacement, higher cylinder pressure, and enhanced mechanical reliability.

The stroker solution increases the engine's displacement, which improves torque and power development, especially in the mid-range. Together with JE® forged pistons and BAR-TEK® steel connecting rods, the package forms a strong and technically balanced foundation for high boost pressure and advanced tuning applications.

The engine strengthening package includes all key components for implementing the stroker build:

• Stroker crankshaft

• JE® forged pistons

• Piston rings

• Piston pins and circlips

• BAR-TEK® steel connecting rods

• ARP connecting rod bolts

All parts have been selected to work together in accordance with the EA888 engine's structure and the demands of high loads.

• Stroker construction increases displacement and torque

• JE® forged pistons to withstand high temperatures and cylinder pressures

• BAR-TEK® steel connecting rods with high mechanical strength

• Optimized for Ultimate High Boost use

• Designed for 1.8L TSI EA888 engines

• Suitable for demanding street and race use

• Significantly improved mechanical durability compared to the standard construction

• Improved torque and power development thanks to the stroker solution

• Allows for high boost pressure and power levels safely

• A stable and long-lasting foundation for advanced tuning

The Bar-Tek 1.8L TSI EA888 Ultimate High Boost Stroker Kit – JE & BAR-TEK® is intended for builders who want to combine increased displacement, high boost pressure, and the structural durability of the engine into one technically controlled package without compromising reliability.