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f7ben

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9 minutes ago, f7ben said:

You cant add any weight at all to the primary.....it pulls timing and boost right away if it doesn't rev

There may be some gains in the secondary but it runs so well right now there is no sense in him messing with it 

Because it a retarded tune for citiots who wear pampers 

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15 minutes ago, f7ben said:

Define "over rev" 

Guys run turbos on the same clutching from 7500rpm to 9k rpm.....there is no such thing as "over rev" until you float the valves or run out of compressor or find some restriction preventing more flow.

Obviously clutches start to become inefficient past 9k plus rpms so most stay below that even with HD valve springs

 

you-knuckle-dragging-mouth-breather.jpg

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3 hours ago, f7ben said:

Yup....they said their tune adds roughly 90hp to the sled and is meant to run on stock clutching. They said anyone disputing that is free to contact them to discuss.

They also said Dumb Dave is a fucking moron who doesnt know the first thing about clutching or turbos and that he should kill himself with a plastic fork.

Retard overload

 

Jesus fucking Christ be shut the fuck up once in a while. Fs already haha momo as the pet retarded hamster, we don't need another one named ben

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30 minutes ago, GreatLandEmpire said:

Retard overload

 

Jesus fucking Christ be shut the fuck up once in a while. Fs already haha momo as the pet retarded hamster, we don't need another one named ben

How many dicks did you suck and was your Thai Ladyboy hooker name Felony?

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6 hours ago, f7ben said:

That's right....if you load that type of tune too hard it will knock bad. 

I can tell you the z1 with stock clutching and slingshot flash is much faster than it was when setup with the speedwerx clutching a 4 stage tune.

some guys run less weight and deff not notched . then you can run much more boost than recommended if you are not stressing the motor off the line 

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Just now, Ez ryder said:

some guys run less weight and deff not notched . then you can run much more boost than recommended if you are not stressing the motor off the line 

Engines are much more susceptible to det lower in the rpms closer to torque peak. Limiting boost lower in the rpm range is a good way to keep a motor together when pushing it. They run through the mid range so fucking fast it hardly matters for a trails sled

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7 hours ago, f7ben said:

Define "over rev" 

Guys run turbos on the same clutching from 7500rpm to 9k rpm.....there is no such thing as "over rev" until you float the valves or run out of compressor or find some restriction preventing more flow.

Obviously clutches start to become inefficient past 9k plus rpms so most stay below that even with HD valve springs

You don’t just reclutch to drop RPM. In most cases The overrev is caused by the belt slipping. Adding 90 hp to a sled would require a reclutch to grab the belt. As stock clutching is designed to grab the belt at a stock hp level. 

 

So while most tunes get rid of a rev limiter and usually use the increase of RPM to its advantage a reclutch would be required to grab a the belt and get the most out of the tune

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29 minutes ago, jtssrx said:

You don’t just reclutch to drop RPM. In most cases The overrev is caused by the belt slipping. Adding 90 hp to a sled would require a reclutch to grab the belt. As stock clutching is designed to grab the belt at a stock hp level. 

 

So while most tunes get rid of a rev limiter and usually use the increase of RPM to its advantage a reclutch would be required to grab a the belt and get the most out of the tune

Not true at all.....the primary is grabbing the belt harder because of the increase in rpm. If you add power at the same rpm then you would need to grab the belt harder. Think of how a clutch weight works dude.....the faster you spin it the harder it squeezes

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47 minutes ago, f7ben said:

Not true at all.....the primary is grabbing the belt harder because of the increase in rpm. If you add power at the same rpm then you would need to grab the belt harder. Think of how a clutch weight works dude.....the faster you spin it the harder it squeezes

:lol2: :lmao: :lol:

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If your statement was true the increase of belt squeeze you describe would cause heat in the clutch. both to little and to much belt squeeze will cause heat. The combination of Total force of primary combined with weight in grams plus its profile, roller diameter control belt squeeze and full shift rpm. If the increase if RPM caused more belt squeeze as you suggest you would actually see a decrease in RPM.

The increase is cause by the belt slipping because the stock clutching was designed to hold the belt at X rpm at full shift. They can no longer do that 

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2 minutes ago, jtssrx said:

If your statement was true the increase of belt squeeze you describe would cause heat in the clutch. both to little and to much belt squeeze will cause heat. The combination of Total force of primary combined with weight in grams plus its profile, roller diameter control belt squeeze and full shift rpm. If the increase if RPM caused more belt squeeze as you suggest you would actually see a decrease in RPM.

The increase is cause by the belt slipping because the stock clutching was designed to hold the belt at X rpm at full shift. They can no longer do that 

Good god.....the increase is do to the increase in power overcoming the clutching....

The increased power spins the clutch faster which grips the belt harder.

Sweet fuck

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4 minutes ago, f7ben said:

Do you need a lesson on centrifugal force Dave? 

Do you think that the cam is not exerting a higher forced on the roller at 9k rpms than it is at 7k?

Ben im killing myself laughing here...you need to just stop.

:lol:

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2 minutes ago, f7ben said:

So you disagree that the weight exerts more force on the roller the faster the clutch spins???

Ben ben...we change to aftermarket clutches because stock clutches wont squeeze enough when dealing with big power.

:lol:

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Just now, DAVE said:

Ben ben...we change to aftermarket clutches because stock clutches wont squeeze enough when dealing with big power.

:lol:

You didnt answer the question .....as expected

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4 minutes ago, f7ben said:

So you disagree that the weight exerts more force on the roller the faster the clutch spins???

Have you noticed dumb Dave hasnt presented any descriptive counter arguments here, like some others have? He just rolls with whatever his buddies do, like always. 

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