Anyone ever used one of those electric water pump drive motors?
There's a certain black coupe that will be getting a turbo powered windsor if i have anything to do with it

SBF...my goal is to run 11.9x n/a on the stock long block and I've got just a couple tenths left to shave off and figured maybe an electric water pump might help knock off a couple hundreths.
Since that car sees the street, i wouldn't run the type that run off a belt/electric motor (I've always seen them on trailored cars...only used to cool the car down before/after the run), I'd run a real electric water pump.
Originally Posted by RICE ETR
Well it's about time! 

How much does that car weigh?
Since that car sees the street, i wouldn't run the type that run off a belt/electric motor (I've always seen them on trailored cars...only used to cool the car down before/after the run), I'd run a real electric water pump.
Since that car sees the street, i wouldn't run the type that run off a belt/electric motor (I've always seen them on trailored cars...only used to cool the car down before/after the run), I'd run a real electric water pump.
Originally Posted by Nic
Having over 200k miles on the rings doesn't help...
I did a ghetto-fab $200 rebuild on my 302 before putting turbos on it..made a huge difference.
Originally Posted by DWLSRx8
electric fans work well for daily drivers... even in Florida summers. just might want to add a bit of water wetter
Just speaking out loud.....
From a physics standpoint, I don't understand how this would gain you anything on the street. It takes a certain amount of HP to drive a water pump. You can either drive it directly or you can put a bigger load on your altenator and still lose the same HP.......maybe more?
The only way I see this having any REAL advantage would be if you're running directly off of the battery, which will help at the track but not on the street.
Now there is a chance that if you go to a full aftermarket pump it may be a more efficient pump all in all and would gain you some HP.
Just my thoughts....
From a physics standpoint, I don't understand how this would gain you anything on the street. It takes a certain amount of HP to drive a water pump. You can either drive it directly or you can put a bigger load on your altenator and still lose the same HP.......maybe more?
The only way I see this having any REAL advantage would be if you're running directly off of the battery, which will help at the track but not on the street.
Now there is a chance that if you go to a full aftermarket pump it may be a more efficient pump all in all and would gain you some HP.
Just my thoughts....
Originally Posted by reneponac
Just speaking out loud.....
From a physics standpoint, I don't understand how this would gain you anything on the street. It takes a certain amount of HP to drive a water pump. You can either drive it directly or you can put a bigger load on your altenator and still lose the same HP.......maybe more?
The only way I see this having any REAL advantage would be if you're running directly off of the battery, which will help at the track but not on the street.
Now there is a chance that if you go to a full aftermarket pump it may be a more efficient pump all in all and would gain you some HP.
Just my thoughts....
From a physics standpoint, I don't understand how this would gain you anything on the street. It takes a certain amount of HP to drive a water pump. You can either drive it directly or you can put a bigger load on your altenator and still lose the same HP.......maybe more?
The only way I see this having any REAL advantage would be if you're running directly off of the battery, which will help at the track but not on the street.
Now there is a chance that if you go to a full aftermarket pump it may be a more efficient pump all in all and would gain you some HP.
Just my thoughts....
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