Lancer Evolution X | CZ4A Chuki (RS JdmGSR) | 2008-2009 | TC | 4B11 | I4
Brian Crower - Valves - 29Mm Exhaust (Mitsubishi 4B11 Evo X) Standard Size
€336,00
Specifications:Manufacturer: Brian CrowerReference Number: BC3131This is complete set of 8 Brian Crower VALVES - 29mm EXHAUST (Mitsubishi 4B11 Evo X) Standard size.Brian Crower Valves are made from premium stainless steel, fully machined and swirl polished for ultimate air flow. Dished head for added weight savings and increased valve control at...
Brian Crower - Valves - 30Mm Exhaust (Mitsubishi 4B11 Evo X) Oversize
€336,00
Specifications:Manufacturer: Brian CrowerReference Number: BC3135This is complete set of 8 Brian Crower VALVES - 30mm EXHAUST (Mitsubishi 4B11 Evo X) Oversize.Brian Crower Valves are made from premium stainless steel, fully machined and swirl polished for ultimate air flow. Dished head for added weight savings and increased valve control at high...
Brian Crower - Valves - 35Mm Intake (Mitsubishi 4B11 Evo X) Standard Size
€338,40
Specifications:Manufacturer: Brian CrowerReference Number: BC3130This is complete set of 8 Brian Crower VALVES - 35mm INTAKE (Mitsubishi 4B11 Evo X) Standard size.Brian Crower Valves are made from premium stainless steel, fully machined and swirl polished for ultimate air flow. Dished head for added weight savings and increased valve control at ...
Brian Crower - Valves - 36Mm Intake (Mitsubishi 4B11 Evo X) Oversize
€337,20
Specifications:Manufacturer: Brian CrowerReference Number: BC3134This is complete set of 8 Brian Crower VALVES - 36mm INTAKE (Mitsubishi 4B11 Evo X) Oversize.Brian Crower Valves are made from premium stainless steel, fully machined and swirl polished for ultimate air flow. Dished head for added weight savings and increased valve control at high ...
Tomei - Oversize Valve Kit - Mitsubishi 4B11T
Tomei - Oversize Valve Kit - Mitsubishi 4B11T
€541,70
Specifications:Manufacturer: TomeiReference Number: 163405HIGH FLOW DESIGN?1mm OVERSIZED WAIST SHAPE 1mm oversized valves were designed for increased flow efficiency on both the intake and exhaust side. The stem has a thinner design for maximizing air flow rate within the port with the reduced air flow resistance. This design with the materials ...