Let's face it, blowers are cool. Even aside from their power-adding abilities, just the thought of some forced-induction widget affixed to a V-8 is enough to send tingles down the spine of just about any gearhead. From the moment we started driving our '10 SS project car, we knew one thing: it needed more power. Yep, even though the LS3 under the hood puts out a respectable 426 hp, it's hindered the by the Camaro's 3,900 pounds of girth. There was really no way to dramatically drop the car's weight, so the only thing left to do was increase the LS3's power.
Back in the old days, or with classic Camaros, there was a plethora of options open to us hot rodders. Slide in a big cam, drop on some ported heads, or kick it up a few notches by stroking the engine for more displacement. But we're talking about a '10 Camaro here, and the man with the government badge frowns on such actions. Even worse, we're in California! You know when you read a performance parts disclaimer and it says "49 state legal"? Well, we're the holdout state. As such, modifications done to our rides have to pass the stringent California Air Resources Board (CARB). The good news is that if a part passes our CARB maze of bureaucratic madness, it will easily pass the rules in the other 49 states.
Here's our starting point. Somewhere under all that plastic window dressing is a 6.2L LS3
With traditional methods of adding power out of the equation, we started looking at forced induction. Magnuson Products has been adding power to LS-based engines since about 2000. Their first kits were non-intercooled, but now they are, and more importantly, they've gotten the seal of approval from good old CARB. They even have a kit specifically designed for our '10 SS.
As Bob Roese of Magnuson told us, "while GM was designing the '10 Camaro, we knew much of the architecture was going to be similar to what we've done in the past. For the first time, we utilized the SEMA-shared technology initiative and used the information to design the initial system without even having a car present. When it was all said and done, we had a kit completed and installed on an early production Camaro weeks before the majority of cars hit the Chevrolet dealerships."
The MP 2300 TVS blower utilized in the Magnuson kit is in essence an air pump. Instead of air being drawn in through the top like a typical Roots unit, it's drawn in through the inlet port and pumped into the engine along the axis of the rotors. The intake is positioned on the end of the two rotors, which are designed to overlap, but not touch, leaving a small gap or pocket. As the rotors turn, the gap gets smaller. This accelerates the air as it moves along the rotors up to the point where it enters the intake.
After pulling off the beauty cover, we removed the factory air intake system. Even though
Next, we started disconnecting all the sensors, fuel injectors, and coil packs. We also dr
Magnuson included the tool needed to disconnect the fuel line from the fuel rail. We then
With everything disconnected, we unbolted the GM LS3 intake and removed it from the car. W
The water-based intercooler mounts forward of the factory radiator. To gain access, we fir
Blowers love to spin, so much in fact that they can sometimes spin the damper on the crank