Click here to download installation instructions (PDF) Radium Competition Catch Cans (CCC) meet the common 1 quart minimum capacity requirements dictated by many organizing bodies including SCCA, NASA, and Formula Drift. This VTE (vent to engine) competition catch can is specifically made to recirculate clean air back into the intake. For a competition catch can that vents to atmosphere (VTA), click HERE.It is CNC machined from solid 6061-T6 aluminum to provide the ultimate in function and finish. All of the CCC components are anodized to provide a long lasting durable surface finish. The inlet/outlet ports are machined with 10AN ORB (7/8"-14) threads.Like all Radium catch cans, the CCC has an easily accessed dipstick to quickly check fluid level. A threaded 4AN ORB port is integrated on the bottom for the ability to plumb a petcock drain valve (more info HERE.)The combination of the baffle (above) and stainless steel filtration media (below) provides surface area for oil vapor to condense and drop out of suspension. The VTE CCC has 125.2% more filtration than the standard catch can. The media does not create any flow restriction and can be removed for cleaning. The included mounting bracket (shown) permits full 360 degree rotation. SPECIFICATIONS 20-0071 AND 20-0072INLET THREADS: 10AN ORB (7/8"-14)OUTLET THREADS: 10AN ORB (7/8"-14)DRAIN THREADS: 4AN ORB (7/16"-20)OUTER DIAMETER: 3.45"20-0071WEIGHT: 2.6 lbsHEIGHT: 9.0”VOLUME: 1qt / 0.9L / 32floz20-0072WEIGHT: 2.25 lbsHEIGHT: 6.3”VOLUME: 0.625qt / 0.6L / 20flozOptionally there is extension kit available for the 20-0072. To upgrade from the L to XL version, go HERE. NOTES 1. The lower half of the body simply unscrews for draining.2. The integrated dipstick unscrews for a quick way to check oil level.3. Some engines may require multiple catch cans depending on the PCV system design.4. Catch cans are NOT designed for aftermarket crankcase vacuum pumps.5. Sold without fittings. Compatible 10AN ORB adapter fittings can be found HERE. 6. Radium 10AN swivel banjo fittings can be found HERE.
