Team503 wrote:Your problem isn't power. You could easily make enough power off any engine combo to run 11s. Your problem is going to be traction.
If you really want to run 11s, you'll need a completely different suspension configuration than you'd want to drift. That's a HELL of a lot of tuning on coilovers, not to mention removing antiroll bars, etc. Too much effort.
He has a point... with a drifting setup (including alignment) you are gonna have entirely too stiff of a setup in the rear to induce oversteer. This supplies ample amounts of differential destroying wheelhop and no traction.
Sure coilovers are adjustable but one thing people fail to remember is that the valving is setup for a single purpose. People who say the only difference between the HE's and HA's is the spring rates and PBU's are uneducated to the way the dampening rates work in the actual coilovers. For example, HKS's drag suspension is going to be setup to give alot less rebound travel and more bound travel. This is to give the car excellent weight transfer so that the maximum traction can be achieved. This in turn makes the car understeer cause the rear suspension is soft. Drift suspension on the other hand is designed so that it has maximum rebound and minimum bound. This allows the car to easily oversteer, which is essentially drifting ( a controlled oversteer situation ).
Example of Tein HA Valving Rates
Team503 wrote:Besides, any turbo four fast enough to run 11s has crap for response - HUGE LAG. On a drag car, that can be compensated for with staging and launch. On a drift car, you'll grip because you can't apply enough power to the wheels to mainting the drift while you're waiting on boost to hit.
Lag is pretty much relative. Drifting is not based solely on power. In fact there is a video of a 132rwhp n/a KA drifting at a local meet in Houston. Drifting is instead about suspension setup (inclusive of tires) and driving ability. The majority of Japanese drift cars use primarily their suspension setups and skill as drivers to initiate and control the drifts. The power just adds on to help them control the drift for prolonged periods as drifting scrubs off speed (thats why you don't see Michael Schumacher doing it). More power is just a cover for a crappy setup... and too much power isn't controllable.
Team503 wrote:My recommendation? Shoot for a car that's limited by turbo size - max out a smaller turbo around 350hp or so (which will get you low 13s, maybe high 12s). That way, you've got a responsive drifter that's still faster that 90% of what's on the road. And if you ever decide you want to go faster, just buy a bigger turbo and retune.
My recommendations? Flow, get a turbo suited for ~400rwhp with dual ball bearings (GT-RS comes to mind). Then optimize exhaust flow to the turbine with a tubular exhaust manifold and full turbo back 3" exhaust (including the 02 housing). Weight, lightened flywheels, pulleys, etc. all help to decrease lag and increase response.