Tag Archives: 1.5L

Civilized Pipelines: Intercooler Piping R&D, Part 1: Design Plans

Turbocharger compressors like denser air, which is why us car enthusiasts joke about how, although the winter is the motorsports off-season, it’s peak “boost” season. Cars with forced induction love the colder, denser climates because by driving in colder weather, the turbocharger or supercharger gets fed a bit more air than in warmer weather. That’s why you might feel a … Continue Reading ››

Bring a Jacket: Intercooler R&D, Part 1: The Stock System

I’ve been labeled a Nissan guy for a long time now. My 1995 Nissan 240SX has served me well during the six years I’ve owned it, sticking with me through the second half of college, nine states on the east coast and more drift events than I can honestly count. Being a Nissan guy (specifically a 240 guy) has really … Continue Reading ››

The Civic Has Boost! – Intake R&D, Part 3: Dyno Results

Here we have another update for our 2016 Civic intake project. This Civic has finally been put on our dyno to see how our intake performs – and we have some results to share with our Civic community! This car was tricky to dyno properly because of the continuously variable transmission (CVT), but no corners were cut during our testing. … Continue Reading ››

The Civic Has Boost! – Intake R&D, Part 2: Prototype Development

We are moving along with the intake project! Last time, we talked about the stock system and our goals for this project. Now, we will show you our process for assembling a prototype that we can test and analyze results from. Let’s jump right in! Once our engineers finalize a design, the proposed idea gets modeled in 3D modeling software. The … Continue Reading ››

Prototype Fitment – Catch Can R&D, Part 2

We are moving fast with this project! We have now talked about the differences and significance between two types of fuel injection, evaluated the stock system and began designing a bracket with our neat waterjet. We have also dived into the specifics of how our catch can works. Now, we have a working prototype that … Continue Reading ››