Best supercharger for the money... ripp? 505? Sprintex? other?????
#291
JK Enthusiast
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Join Date: Jan 2012
Location: Lancaster, Ca.
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Rip...What a load of BS.... you sure do know how to talk about yourself.... you troll these threads like you own them, .... the "others" you speak of, Sprintex, Mag... and so forth seem not to need to troll the threads to get business,,, they do not have to pat themselves on the back constantly.. .... I've been racing cars for way to many years to fall for a load of BS like this. You must have a degree in retail sales. ... Good luck with your product, and I am happy that you have some people out there that like your unit,,, I for one do not. but it is better than nothing at all I guess...
#292
JK Super Freak
"And they will tell you whatever you want to hear.... to sale you their product... your getting a backyard bunch of parts that can not pass California smog...."
For all your bluster and claiming you are all knowing, you are wrong. I have the CARB # to prove it. With that statement as evidence, what else are you exaggerating about your credentials. Lying to try and make your point calls into question everything you say.
Again, do your own research and buy what you want. I did and am very happy with what I did.
Mike
For all your bluster and claiming you are all knowing, you are wrong. I have the CARB # to prove it. With that statement as evidence, what else are you exaggerating about your credentials. Lying to try and make your point calls into question everything you say.
Again, do your own research and buy what you want. I did and am very happy with what I did.
Mike
My argument is that a twin screw gets you more power sooner which is why its good for jeeps. I am not saying spools are bad or that is not CARB ready. I am stating Twin Screws are better.
#293
2climbbig, I was not replying to your comment. If you read the quote at the beginning of my reply, you would have realized that. Instead, you just went out and attacked, like so many others on this thread. It was directed to pauldana and it was his quote that I used.
As stated much earlier, each one of theses systems have their positives and negatives. NONE are perfect, but they all do very well.
The original op asked which was the best. He didn't ask if someone had a personality conflict with someone on the phone. People are commenting that this sucks and that sucks without ever owning one.
Mike
As stated much earlier, each one of theses systems have their positives and negatives. NONE are perfect, but they all do very well.
The original op asked which was the best. He didn't ask if someone had a personality conflict with someone on the phone. People are commenting that this sucks and that sucks without ever owning one.
Mike
#294
JK Super Freak
Oppsss. Sorry! And I definitely agree with your last statement.
Just wanted to add clarity on the above statement. i agree that each SC offers a different capability. As for comments around the RIPP guy, I don't really care. i do think honesty and professionalism should always come first.
Just wanted to add clarity on the above statement. i agree that each SC offers a different capability. As for comments around the RIPP guy, I don't really care. i do think honesty and professionalism should always come first.
Last edited by 2climbbig; 02-03-2015 at 01:26 PM.
#296
Interesting discussion...
I'm getting ready to install a Sprintex system on my 2015 JKU. I will say that Jeff Tromans and Jay Upton have been great to work with so far. I have a working knowledge of superchargers and the pros and cons of each system, but I'm no expert my any means. Jay and Jeff have been willing to work along side me to make sure my system will be the best it can be..
I'll post more as I go...
Having said that, why did I choose Sprintex?
1) Power at lower RPMs
2) Power that is linear to the throttle, not RPMs
3) Less wear on the engine. How? An engine sees maximum component load the moment the piston changes direction from going up to going down. There is a complicated (and commonly held) theory that increasing the compression pressure, as the supercharger does, actually reduces this maximum load and hence is easier on engine components. In addition, the additional power produced at lower RPMs means you need fewer RPMs to produce the same amount of power. Hence fewer RPMs = less maximum component load = less wear...
I'm getting ready to install a Sprintex system on my 2015 JKU. I will say that Jeff Tromans and Jay Upton have been great to work with so far. I have a working knowledge of superchargers and the pros and cons of each system, but I'm no expert my any means. Jay and Jeff have been willing to work along side me to make sure my system will be the best it can be..
I'll post more as I go...
Having said that, why did I choose Sprintex?
1) Power at lower RPMs
2) Power that is linear to the throttle, not RPMs
3) Less wear on the engine. How? An engine sees maximum component load the moment the piston changes direction from going up to going down. There is a complicated (and commonly held) theory that increasing the compression pressure, as the supercharger does, actually reduces this maximum load and hence is easier on engine components. In addition, the additional power produced at lower RPMs means you need fewer RPMs to produce the same amount of power. Hence fewer RPMs = less maximum component load = less wear...
#297
Former Vendor
Join Date: Mar 2013
Location: San Diego
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Interesting discussion...
I'm getting ready to install a Sprintex system on my 2015 JKU. I will say that Jeff Tromans and Jay Upton have been great to work with so far. I have a working knowledge of superchargers and the pros and cons of each system, but I'm no expert my any means. Jay and Jeff have been willing to work along side me to make sure my system will be the best it can be..
I'll post more as I go...
Having said that, why did I choose Sprintex?
1) Power at lower RPMs
2) Power that is linear to the throttle, not RPMs
3) Less wear on the engine. How? An engine sees maximum component load the moment the piston changes direction from going up to going down. There is a complicated (and commonly held) theory that increasing the compression pressure, as the supercharger does, actually reduces this maximum load and hence is easier on engine components. In addition, the additional power produced at lower RPMs means you need fewer RPMs to produce the same amount of power. Hence fewer RPMs = less maximum component load = less wear...
I'm getting ready to install a Sprintex system on my 2015 JKU. I will say that Jeff Tromans and Jay Upton have been great to work with so far. I have a working knowledge of superchargers and the pros and cons of each system, but I'm no expert my any means. Jay and Jeff have been willing to work along side me to make sure my system will be the best it can be..
I'll post more as I go...
Having said that, why did I choose Sprintex?
1) Power at lower RPMs
2) Power that is linear to the throttle, not RPMs
3) Less wear on the engine. How? An engine sees maximum component load the moment the piston changes direction from going up to going down. There is a complicated (and commonly held) theory that increasing the compression pressure, as the supercharger does, actually reduces this maximum load and hence is easier on engine components. In addition, the additional power produced at lower RPMs means you need fewer RPMs to produce the same amount of power. Hence fewer RPMs = less maximum component load = less wear...
#298
Interesting discussion... I'm getting ready to install a Sprintex system on my 2015 JKU. I will say that Jeff Tromans and Jay Upton have been great to work with so far. I have a working knowledge of superchargers and the pros and cons of each system, but I'm no expert my any means. Jay and Jeff have been willing to work along side me to make sure my system will be the best it can be.. I'll post more as I go... Having said that, why did I choose Sprintex? 1) Power at lower RPMs 2) Power that is linear to the throttle, not RPMs 3) Less wear on the engine. How? An engine sees maximum component load the moment the piston changes direction from going up to going down. There is a complicated (and commonly held) theory that increasing the compression pressure, as the supercharger does, actually reduces this maximum load and hence is easier on engine components. In addition, the additional power produced at lower RPMs means you need fewer RPMs to produce the same amount of power. Hence fewer RPMs = less maximum component load = less wear...
Sent from the swamp while taggin' a gator!
#300