Liquid Cooled Blaster?

it's not cooling anything, eccept the head. it adds weight and doesn't accomplish a thing.
in order to work it needs to cool the jug. if you want your blaster water cooled, get a DT topend and convert it.
 
it's not cooling anything, eccept the head. it adds weight and doesn't accomplish a thing.
in order to work it needs to cool the jug. QUOTE]

Danny is right ,the whole idea is too keep the bore rounder longer by cooling the walls through the stroke action ,sure the head holds alot of heat but the sides are equally as important to maintan cool temps
 
Has anyone ever tested one of these to see how much it will lower jug temps? I would think some heat transfer would occur, and the head would wick away at least a portion of the jugs heat.

I doubt it has the capacity, but I would still be interested to see some thermal probe analysis to either prove or disprove that the system will move heat away from both the head and jug. On that note, if it only effectively cools the head and very top of the jug, could it cause issues with expansion rates along the sleeve, and actually make the bore shape inconsistent...?
 
Haha sorry to bring back an old thread guys but was wondering the same thing. I can either get a cool head or an entire DT200 motor and some spare parts from a very, very, secret place. =] I have a buddy with 3 complete DT200 motors in the back room. So what do you guys think?