Hand Brake Handle DIY

Sometimes a part comes along that you just want to have. The CravenSpeed Hand Brake Handle is one of those. It won’t make you any faster; it won’t save any weight; you don’t NEED it. But once you pick one up, you will WANT it. Installation takes about 10 minutes using common hand tools. Installation …

MINI Scoop Grille DIY

Here’s another easy DIY brought to you by Home Depot Racing. If you notice that you’re picking up a lot of debris (klag, cigarette butts, rocks, etc.) then you might want to consider adding a grille between the scoop and the air duct plate that attaches to the underside of the bonnet. That’s the easy …

Mishimoto Oil Catch Can DIY

Modern emissions control systems use engine vacuum to suck oil vapor out of the crank-case and into the intake path of your engine.  If you have a turbo or super-charged car, this may be gumming up your intercooler, reducing its efficiency.  Luckily for you an oil catch can may help and it is a fairly …

Use a Vacuum to Change the Oil Drain Plug without Changing the Oil

Have you ever needed to change a drain plug or a drain plug seal ring, but didn’t want to change your oil? This post shows you how by using your shop-vac to pull a vacuum on the oil fill tube which will hold the oil in your oil pan even when you remove the drain …

MINI Brake Duct DIY

For the most part, stock MINI brakes and even the beefier JCW calipers do a decent job of dissipating heat at the track. I generally advise students to run a higher temperature brake fluid and to get some better brake pads like Hawk HP Plus and they should be good for most 20-25 minute HPDE …

Porsche 996 IMS Guardian & Improved Baffle DIY

The M96 engine has 23 known modes of failure, the most common of which is the failure of the rear intermediate shaft (IMS) bearing. Likely for cost-cutting reasons, Porsche installed a sealed bearing that is prone to failure. Many failed early in the life of the engine. Poor quality of the bearing seals may have …

Porsche 996 Front Brake Ducts & Radiator Cleaning

At high speed, the front end of the 996 seems a bit light. For cooling purposes, it’s a fairly efficient design: High pressure air enters the openings in the front of the bumper, passes through the AC condensors and radiators, before exiting toward the pavement ahead of the wheels. The design tends to cause the …