Staff Pick Iag 750 Ej20 Subaru Closed Deck Short Block Grab It Now [m2OdE9y4]

Staff Pick Iag 750 Ej20 Subaru Closed Deck Short Block Grab It Now [m2OdE9y4]

Introducing the Staff Pick Iag 750 Ej20 Subaru Closed Deck Short Block Grab It Now [m2OdE9y4], the ultimate powerhouse for your 2002-05 WRX. This cutting-edge short block is designed to deliver unparalleled performance, boasting a staggering 750BHP rating. Engineered with precision and quality, this short block is the perfect choice for those seeking to unlock the full potential of their Subaru EJ20 engine.

Engineered for Excellence

The Staff Pick Iag 750 Ej20 Subaru Closed Deck Short Block Grab It Now [m2OdE9y4] is crafted with premium components to ensure durability and peak performance. The case halves are converted to a closed deck design using brand new Subaru OEM case halves, bored and honed to an impressive 92.5mm. This design increases the engine's structural integrity and strength, allowing for higher boost levels and increased power output. The short block is further enhanced with IAG-Spec JE FSR 92.5mm 2618 Forged Pistons, Ring Set, and .210" 9310 Steel Wrist Pins for optimal efficiency and longevity. The connecting rods are made with IAG-Spec H-Beam/ARP2000 Rod Bolts, ensuring a secure and reliable connection.

Optimized for Performance

This short block is the ideal solution for enthusiasts and racers looking to push their Subaru WRX to new heights. With an 8.5:1 compression ratio on S20 cylinder heads (EJ20), this short block maximizes power output while maintaining a balanced engine operation. The use of new Subaru WRX 2.0L Crankshaft with improved oil passages ensures a smooth and efficient oil flow, reducing friction and increasing engine life. The ACL or King Race rod and main bearings provide exceptional durability and support, while the standard FHI Subaru case bolts secure the entire assembly. Whether you're on the track or the street, the Staff Pick Iag 750 Ej20 Subaru Closed Deck Short Block Grab It Now [m2OdE9y4] is designed to deliver consistent performance and reliability.