A handy way to find out if certain upgrades work with your system or not is to go to pcpartpicker . com and create a build with your exact system and save it . That way , if a deal like this comes up you can add it to your saved build and it will tell you if there is a conflict of not . It ' s saved me by telling me my PC can only support up to 2133 ddr 3 at 1 . 5 v or less . <| sep |> They keep their respective ck 2 color . <| sep |> I deleted this and MWR 2 days ago , I can ' t fucking deal with it . Going back to BLOPS 3 <| sep |> i got a polygonal for your hypernovaor sky blue trahere wheels for hypernova ? <| sep |> She begins pawing at his leg to try and get the pot . <| sep |> To a degree I suppose . How in depth do you want to get ? If you could redesign the tubing to allow for more air flow then it would make a difference . For example a less restrictive design with larger tubing , less bends , smoother bends etc . But we ' re still talking about all the air going through one throttle body for a set amount of cylinders . Which in a naturally aspirated engine is a pretty decent restriction . The differences from factory engineered intake tubing to a better design is likely going to be so marginal you won ' t feel much a difference in the vehicles behavior . Ideally any modifications should be followed with a reprogram of the engine computer to extract more power . Essentially updating or altering the data in which the computer references . Think of an excel spreadsheet . Under certain perimeters the computer will reference a cell and apply commands accordingly . The computer is processing tons of these at any time . Reading data from all the sensors and referencing cells based off sensor input . Then telling components what to do . What does any of this have to do with intake tubing ? The minor changes you could make by throwing a different tubing on will be picked up by a sensor . It will read a different amount of air flow or air pressure and make very minor changes . It ' s going to shoot for results it ' s programmed to do . Mainly run efficiently and reliably while producing the least amount of pollution it can .