Radium Competition Catch Cans (CCC) are specifically made to vent to atmosphere (VTA). There is a large and extra large version of the competition catch can (see below for more details). The XL CCC meets the common 1 quart minimum capacity requirements dictated by many organizing bodies including SCCA, NASA, and Formula Drift. Both CCCs have 2 adjacent inlets making them complimentary to dual bank engines. Both inlet ports are machined with 10AN ORB (7/8"-14) threads. NOTE: For engines with 1 crankcase vent port, a 10AN ORB Plug will need to be used to plug the additional inlet port. The VTA CCC features one giant non-restrictive outlet that is over 183% larger than the inner diameter of the 10AN inlets. This increase in volume slows air flow allowing contaminants to fall out of suspension. Additionally, contaminants are trapped with a diffuser permitting the oil sludge to fall back into the catch can preventing overspray in the engine bay. The VTA to VTE adapter can be used to convert the previous generation of VTA Competition Catch Cans to a dual inlet and dual outlet VTE Competition Catch Can identical to the current offering of Competition Catch Cans. This system permits the purified air to recirculate back into the intake system. By simply removing the top 3 screws, the VTA plate can be swapped for the VTE plate and gasket. Very quickly, 2 additional 7/8"-14 (10AN ORB) ports are added to the catch can converting it to a dual inlet/dual outlet catch can. The CNC machined aluminum can unscrews for ease of serviceability. The VTA CCC has a dual stage condensing material design (located in the inlet and outlet). These free flowing chambers do not create any flow restriction. Like all Radium catch cans, an easily accessed dipstick is provided to quickly check fluid level. A threaded 4AN ORB port is integrated on the bottom for the ability to plumb a n optional petcock drain valve. The included bracket provides a ton of flexibility and permits full 360 degree rotation. Additionally, M6x1mm hardware is provided for chassis mounting.
