Mishimoto Releases All-New Baffled Oil Catch Can

Mishimoto is proud to announce the release of our Baffled Oil Catch Can. With over a year of research and development time, Mishimoto has created the most effective oil catch can on the market. The Mishimoto Baffled Oil Catch Can was designed to separate oil particles from the PCV air that would normally have just been routed back to your intake. Custom grooves in the catch can’s inlet turbulates the air longer and ensures all the oil sinks to the bottom of the can, leaving nothing but clean air to pass through the 40 micron bronze filter to the intake. An internal baffle keeps the collected oil from splashing around under race conditions.

The 100% billet, 6061 aluminum can accepts –AN fittings at the inlet, outlet, and drain area allowing over 27 possible configurations. For maximum fitment options, the top cog mounting setup allows the can to be mounted from multiple angles. To make maintenance easy, the drain plug can be removed to allow for –AN return to the oil pan. The can is also 100% washable, unlike many other cans that require you to replace your filtration system. The Mishimoto Baffled Oil Catch Can is available in a variety of colors as well, so it will be sure to match your style and taste!

BFGoodrich G-Force Rival

Tire tests are always fun. You get to push performance cars to the limit on a track, slide around a skipad, race tight slalom courses and burn through some rubber without putting a dent in…
Read More

Summit Racing Powdercoating Kit

  When you add expensive aftermarket parts to your ride, you want to protect your investment and keep it looking new for years to come. For most enthusiasts, adding upgrades is a long process and…
Read More

Acura Unveils Next Evolution of NSX Concept at 2013 North American International Auto Show

Acura today unveiled a new NSX Concept that showcases the evolution of the next-generation supercar’s styling and design, including a first-ever look at one possible direction for the next-generation NSX interior design. “This further evolution…
Read More