This setup is not made "for drifting" they are just the first and most exposed to use it, and it isnt just to protect the radiator. The diagram above shows airflow through the setup when properly ducted. This is purly for cooling reasons, the radiator will now get frsh cold air rather then IC heated air, and the IC still get cold air and a good vent to improve airflow.Kamin wrote:setup looks great!
quick question tho: if this for grip why do it? the whole point of doing it for drifting is to protect the intercooler in the event of contact with a wall.
not only does it give it more fresh air equally to the intercooler and radiator, but it also has much shorter piping from turbo to intercooler to motor so some boost lag is also taken out as well as less psi loss from covering a wider distance! this all equals cooler air faster boost and more power !Kamin wrote:setup looks great!
quick question tho: if this for grip why do it? the whole point of doing it for drifting is to protect the intercooler in the event of contact with a wall.
hood will be vented in a few weeks, dont have the time to do it whiel im at school, only weekends to do the ducting and venting. Pics will be posted of finished prodcut240sx2nr95 wrote:That looks very clean and better put together than a lot of v-mount setups I have seen... do u have the vent in the hood to keep said air moving? I couldn't tell form the pictures...
...looks great, let us see the finished product and keep us posted on how well it works!
-Dan
i love grip drivers who think they are just on a higher plane than people who drift. just a little tidbit; i run HPDE just as much as i drift, so dont think im some JDM tiite dori dori kid telling you what i think. ive been doing hpde alot longer than ive owned a RWD car.sr20goofus wrote:
If drifters wanted to protect their intercoolers they should not drift into walls and such.
dont think im on a higher plane, i have just never beena fan of drifting, the guys i know who drift are always complaining about body work, they are not rookies but FD and and D1 guys......Kamin wrote: i love grip drivers who think they are just on a higher plane than people who drift. just a little tidbit; i run HPDE just as much as i drift, so dont think im some JDM tiite dori dori kid telling you what i think. ive been doing hpde alot longer than ive owned a RWD car.
everyone is entitled to their opinions, but whats the harm in trying? Im doing this because i feel it will work gret, i dont htink it will give me teh extra edge, more power, or anythgin liek that, but the reliability i want out of my car with the amount i abuse it and with the level of competition i want to make it to eventually.Kamin wrote:im not saying this is a pointless setup im just saying its alot of work for minimal benifit. your pretty much halving your airflow to each the IC and the radiator, sure the air that gets to the radiator is cooler, but your intake temps are going to rise because you are getting less airflow to the intercooler. I am not an engineer but i think you need some fins on the radiator to move air so it contacts the radiator as a flat surface. much like some karters use. if the radiator is angled your gonna loose some airflow because it isnt designed for an angle. all your fins and plates arent getting straight contact with the air.
for tires i have been runnign Falken Azenis 215 this past year, btu this past event they never heated up, so im fearign thay have been heat cycled too many times. I got my hands on a set of used Hoosier S04's with alot of life left in them, they are mounted on RX-7 FD wheels.nismofly wrote:that looks awesome
what do you guys run for tires?
i want something thatll last a number of events, will still handle track conditions well, and still be relatively inexpensive
i was thinking falken rt615, and a bunch of people i talked to said theyd be fine
i cut the bumper opening wider so it had a bigger opening for air while i was still able to fit the metal bumper behind it for a little bit of safety. And th mesh is there to keep debris from getting stuck in teh bottom of the IC or wedged into the fins of the radiator. Its all for a purpose (function over form).....not just aestetics, thanks for the props of the fabrication, it turned out exactly how i had imagined it would from day one.whiterps13 wrote:I have no idea why poeple want to hate on your setup. To me, the fabrication is really good and Ive always liked v-mounts. I think you could have done the bumper and grill a little better, but I hope you keep that mesh off.
overall i dont think this setup will help downforce, not my setup atleast, not smooth enough, and half the air is lost through the radiator. As for cooler on track, yes it is cooler on track, onec im off track, itll climb up in temp really quick due to overall engien heat and no more moving air. without my fan on i was doing about 170* on track, fan on I was doing about 160*. Compared to the old setup, id say those numbers are pretty good considering the new radiator is actually smaller then the KOYO i used to run. Copy away if you wan,t its now a proven setup for the roadcourse.Bumnah wrote:have you noticed the car running cooler while you're on the track, or did you start tracking the car with this setup?
i'm wondering if this setup would help with downforce as well.
mr2 guys setup their front end like this as well. the air coming up fromt he bumper and out through the hood helps pull the front end down.
same senario?
i might have to copy that idea
i realize your comming from experience, and of course there is always a better way to set this up, i am working with a very small space between the IC and Rad, so placing vanes in there would be a HUGE hassle, and so far, its a great working desing, on track my highest temps were 170* no fans.....ks2_tuning wrote:first let me say really nice looking work you should be proud! before i say anything more I'll tell you I have worked on numerous open-wheeled formula cars including chief engineer for a couple and my specialty is aerodynamics and thermodynamics to a lesser extent.. now, as mentioned before you need a couple of vanes on the face of the radiator running side to side, divide the face of the radiator in to three horizontal sections and place a 3/4 tall vane that is 90 degrees to the face and runs all across from left to right place this on the imaginary line between the lower section and the middle section, now go up the the next imaginary line between the middle section and the upper section and place a 1 inch vane like before 90 degrees to the face, side to side. this will leave no doubt that your moving air through the rad... two electric fans can be used on the back side of the rad if you have any problems