It’s no secret that Honda’s 1.5L turbo Civic is extremely susceptible to heat-soak, especially when retaining the factory intercooler. Excessive heat-soak increases the risk of detonation and causes major power-loss due to high charge air...
It’s no secret that Honda’s 1.5L turbo Civic is extremely susceptible to heat-soak, especially when retaining the factory intercooler. Excessive heat-soak increases the risk of detonation and causes major power-loss due to high charge air...
It’s no secret that Honda’s 1.5L turbo Civic is extremely susceptible to heat-soak, especially when retaining the factory intercooler. Excessive heat-soak increases the risk of detonation and causes major power-loss due to high charge air...
It’s no secret that Honda’s 1.5L turbo Civic is extremely susceptible to heat-soak, especially when retaining the factory intercooler. Excessive heat-soak increases the risk of detonation and causes major power-loss due to high charge air...
ISR Performance 340 LPH E85 Compatible Fuel Pump - Nissan 370Z 09-15 Z34 The ISR Performance 340lph E85 compatible fuel pump will deliver efficient and maximum flow to your engine. Designed to offer maximum flow with...
ISR Performance 415 LPH E85 Compatible Fuel Pump - Universal The ISR Performance 415lph E85 compatible fuel pump will deliver efficient and maximum flow to your engine. Designed to offer maximum flow with higher pressures these...
ISR Performance 415 LPH E85 Compatible Fuel Pump - Mazda Miata 89-93The ISR Performance 415lph E85 compatible fuel pump will deliver efficient and maximum flow to your engine. Designed to offer maximum flow with higher pressures...
IS-FP415-E36E46 - ISR Performance 415 lph E85 Compatible Fuel Pump Kit - BMW E36 & E46 (1992-2006)The ISR Performance 415lph E85 compatible fuel pump will deliver efficient and maximum flow to your engine. Designed to...
ISR Performance 340 LPH E85 Compatible Fuel Pump - Universal The ISR Performance 340lph E85 compatible fuel pump will deliver efficient and maximum flow to your engine. Designed to offer maximum flow with higher pressures these...