Keep the charged air temperatures down in your turbocharged Civic with the 2016+ Honda Civic Performance Intercooler Kit from Mishimoto. In the age of the turbocharger, Honda has finally joined the ranks of forced induction by equipping their tenth generation of the Civic with the L15B7. Where the Earth Dreams technology might be advanced, it still suffers from an age-old enemy, heat.
The stock intercooler utilizes a tube-and-fin construction coupled with plastic end tanks, giving high temperatures a perfect breeding ground. Mishimoto's intercooler is designed with the Honda enthusiast in mind and eliminates high charged air temperatures that set up shop in the stock intercooler. The all-aluminum, bar-and-plate construction is specifically designed to shrug off heat generated from compressing air into the intake manifold.
Mishimoto's intercooler also has increased the volume by 102% and fin surface area by 97%, which helps drop outlet air temperatures by 20 F over the stock intercooler, and up to 42 F once a performance tune is added. The benefits of Mishimoto's upgraded design don't stop with the intercooler. Mishimoto's direct-fit intercooler kit also gives the stock intercooler piping an overhaul.
Mishimoto ditched the plastic and rubber combination that made up the original equipment and replaced them with mandrel-bent aluminum and 5-layer, fibre-embedded silicone couplers. Mishimoto's piping also increases the size of both the hot and cold-sides of the piping system from 42mm to 55mm, equating in a 30% increase in size. Mishimoto also took the liberty of reducing the angles of the bends in the piping, giving the charged air a more direct flow through the intercooling system and improving the flow.
Mishimoto's performance intercooler kit adds up to 4 hp and 8 ft-lbs of torque on the stock tuning, with the potential to boost that power gain to 11 hp and 9 ft-lbs of torque with a tune. The Mishimoto 2016+ Honda Civic Performance Intercooler is available in Silver or Black core with the option of Wrinkle Black or
