Tag Archives: K20C1

Daditude – Performance Intake Development Part 1 – Stock Review

Since its inception in 1976, the Honda Accord hasn’t exactly screamed performance. In fact, for the longest time it has carried the stigma as the typical family sedan. That image has started to fade in recent years as the Accord developed somewhat of an attitude with the 8th and 9th generation, especially when it comes to the Sport trim V6 … Continue Reading ››

InterCOOLactic Planetary – 2017+ Honda Civic Type R Performance Intercooler Kit R&D, Part 6 – Dyno Testing Results

Investing in an intercooler shows some similarities to going to college. Hear me out. When that acceptance letter arrives, it’s understood that there’s a lot of money about to be spent as a down payment on the future. Some of us might have held a job or two while in school, but the general idea is complete your degree, and … Continue Reading ››

InterCOOLactic Planetary – 2017+ Honda Civic Type R Performance Intercooler Kit R&D, Part 5 – Piping Production Sample

It goes without saying that the intercooling system is an integral part of any turbocharged vehicle. What’s the sense of trying to cram more air into the cylinders if it can’t be compressed that easily. In fact, that almost defeats the entire point of having a turbo installed on your engine. For those of you who have a craving to … Continue Reading ››

InterCOOLactic Planetary – 2017+ Honda Civic Type R Intercooler Kit R&D, Part 3 – Piping Design Plans

Honda might have changed the game in the world of hot-hatches with the latest generation of the Civic Type R, but if you recall from the stock review, the FK8’s intercooling system barely met the classification of “gamechanger.” We’re already well on our way to elevating the Type R’s charged air heat exchanger to that level, as we covered … Continue Reading ››

InterCOOLactic Planetary – 2017+ Honda Civic Type R Intercooler Kit R&D, Part 2 – Design Plans

The car is like an ecosystem. All the components under the hood of your Type R depend on each other to create the lovely symbiotic relationship resulting in speed. When one component falls behind in comparison to the others, the ecosystem as a whole lags. Our goal, as stated where we last left off, was to strengthen all the weak … Continue Reading ››