Radix Guys......
#11
My daily driver is a 2003 Z71 Tahoe. I recently put a whipple on it just for fun. Low end grunt is much improved. High rpm power isn't that much better though. In the Texas heat, it pings like crazy. On the other hand, my Radix truck takes the Texas heat with minimal fuss. It has great low end grunt but has the upper rpm power to match.
FWIW - my tahoe has dropped about 1mpg average since I added the whipple. Accelleration in traffic is much better now though.
FWIW - my tahoe has dropped about 1mpg average since I added the whipple. Accelleration in traffic is much better now though.
#12
Originally Posted by BlownChevy
Hate to argue with you there, that is the same pump that FORD uses on the Lightning and Cobra, I have seen two fail in the 2.5 years I worked for Magnsuon. When the fail it is usually due to a poor ground or abuse. My coolant pump is still going strong 3 years and 42,000 later 

I was just pointing out that both system have a electric pump that can fail and both systems have proven to be very reliable with there electric pumps
. I do know that Thunder550's coolant pump died on him and I've heard of one or two sts pump failures, but I believe both are pretty reliable. Also, if the STS pump does fail, it won't fry the turbo, it will just floods it with oil and smoke out the exhaust like a som bitch. But that's why they have an alarm to warn you of pump failure.Now, back on topic
#13
Originally Posted by kbracing96
I wasn't trying to start anything here either,
I was just pointing out that both system have a electric pump that can fail and both systems have proven to be very reliable with there electric pumps
. I do know that Thunder550's coolant pump died on him and I've heard of one or two sts pump failures, but I believe both are pretty reliable. Also, if the STS pump does fail, it won't fry the turbo, it will just floods it with oil and smoke out the exhaust like a som bitch. But that's why they have an alarm to warn you of pump failure.
Now, back on topic
I was just pointing out that both system have a electric pump that can fail and both systems have proven to be very reliable with there electric pumps
. I do know that Thunder550's coolant pump died on him and I've heard of one or two sts pump failures, but I believe both are pretty reliable. Also, if the STS pump does fail, it won't fry the turbo, it will just floods it with oil and smoke out the exhaust like a som bitch. But that's why they have an alarm to warn you of pump failure.Now, back on topic

#15
Originally Posted by BlownChevy
I am not trying to poke at any of the other supercharger systems out there, they all have their place to shine. I just wanted to clear up what I thought to be mis-information. 

Thats okay BC, we know you hate everything that doesnt say "Magnacharger" on the side of it. Mikegyver told me you had "Magna" tatooed on your right *** cheek and "Charger" tattoed on your left. I have no idea how he got the pictures but i saw them, so i know its true...
#16
Originally Posted by Whippled 496
Thats okay BC, we know you hate everything that doesnt say "Magnacharger" on the side of it. Mikegyver told me you had "Magna" tatooed on your right *** cheek and "Charger" tattoed on your left. I have no idea how he got the pictures but i saw them, so i know its true... 

Wouldn't that make the tattoo say
MAGNA-O-CHARGER
#18
I made 236rwhp/284rwtq with my 5.3 Tahoe with only a catback (Flowmaster)
I made 413rwhp/437rwtq on 9PSI with the 5.3/Radix. You only get about 6psi out of a stock Radix setup so subtract a few ponies. I think the average is 20rwhp per 1psi. Some will argue this but, it adds up in my application
413hp-238hp=175hp difference
175hp divided by 9psi=19.4444 hp per pound of boost.
You will see a 100hp increase. Maybe a little more. The power comes on right off idle. Do it, do it now
I made 413rwhp/437rwtq on 9PSI with the 5.3/Radix. You only get about 6psi out of a stock Radix setup so subtract a few ponies. I think the average is 20rwhp per 1psi. Some will argue this but, it adds up in my application
413hp-238hp=175hp difference
175hp divided by 9psi=19.4444 hp per pound of boost.
You will see a 100hp increase. Maybe a little more. The power comes on right off idle. Do it, do it now




