**NEW RECORD** most powerful 9b car ??

[IPD]

Thanks very much..although not everyone shares the same sentiment. I wont drag this forum down with all the BS on the otherside

That's why you don't post on the other site.

And Congrats again!

[fastbikes76]

So just for a laugh I found this thread again...

I made it too the track eventually. The car was full weight at 3800lbs with driver and fuel.

2.04 60ft
5.52 330ft
91.63 1/8th mph
12.59 ET
114.95 MPH

There has been some changes to the setup but this is where the car is at this point. If people can tell me what sort of WHP roughly to make those numbers at 3800lbs I shall reveal what changes have been made and where the car is at now

PS, NO this is not to start another war.. purely add some info and have a sensible discussion.

Regards
Elton

[CoopKill]

Well with those numbers there is about a 95hp difference when caculating using et vs mph.

Have the slip?

[Chris@Rvengeperformance]

Well with those numbers there is about a 95hp difference when caculating using et vs mph.

Have the slip?

its because the 60FT is so soft. A reasonable 1.80 would get it down to 12.2 or so. Overall the car looks very strong for a 9b car to me.

[HellBringer]

According to your post on the 'other' site... you're running 11b's now. You also said it weighed 3703lbs, so which is it? What it happened to dyno one day is completely irrelevant. We have weight and trap speeds, so that tells the "real" story.

Your trap speeds indicate around 360WHP, maybe 375WHP at the very most on the high end. If you have MR gearing, it's likely on the lower end. I've seen two different stock 360cc injector cars go 118 near-full-weight, and there is simply no way either car could have been more than 380ish WHP, so there's some real world results to compare to. The 13g car with 360's was consistent 114-115MPH, which is inline with the absolute max the 360's can reasonably support. Your 1/8 MPH is fairly strong, but it's laying down up top -- you should be trapping near 118 or better if power carried through to the 1/4. It could be due to insufficient octane and/or those 11b's are simply out of breath. You also stated you trapped 113.6 at 14psi (vs. 18), so I'd say the turbos are out of the breath. What was your 1/8 trap on 14?

Definitely work on your driving -- you have the power to run solid 11's. Even with that 1.89 you should be in the low 12's.

[fastbikes76]

According to your post on the 'other' site... you're running 11b's now. You also said it weighed 3703lbs, so which is it? What it happened to dyno one day is completely irrelevant. We have weight and trap speeds, so that tells the "real" story.

Your trap speeds indicate around 360WHP, maybe 375WHP at the very most on the high end. If you have MR gearing, it's likely on the lower end. I've seen two different stock 360cc injector cars go 118 near-full-weight, and there is simply no way either car could have been more than 380ish WHP, so there's some real world results to compare to. The 13g car with 360's was consistent 114-115MPH, which is inline with the absolute max the 360's can reasonably support. Your 1/8 MPH is fairly strong, but it's laying down up top -- you should be trapping near 118 or better if power carried through to the 1/4. It could be due to insufficient octane and/or those 11b's are simply out of breath. You also stated you trapped 113.6 at 14psi (vs. 18), so I'd say the turbos are out of the breath. What was your 1/8 trap on 14?

Definitely work on your driving -- you have the power to run solid 11's. Even with that 1.89 you should be in the low 12's.

Indeed the spec has changed and that was no secret. I wanted an idea on what whp the time I ran above would roughly equate too before revealing where the car is at.

The runs I made were on a very very cold day and traction was a huge issue for us. I have vids of our ATX lighting up all four on full slicks . The car is now on 11b's as you pointed out, The power level I ran on the day worked out at 420ish flywheel power which was around 308whp on our dyno. I dont have a graph for that power level as that was around 1.2 bar in comparison of the 1.6bar it usually ran. 1.6 bar on that setup gave me 453 flywheel power which was 357WHP but as I had recently killed a gearbox i opted to do two runs on soft launches at lower boost levels.

the 113.6 at 14psi was the wifes ATX..not my car (i have 3 actually hence the confusion on weight)

So what I was eluding to is these runs were made with around 30 flywheel power more than the 9 b car made. Anyways as i stated this was purely for info purposes and i no longer give a toss about figures or records etc. I play with these cars because I love them.

[fastbikes76]

Sorry, just realised yes it was my car that ran the 113 at 14psi and not the wife's car. I took two cars for the day so getting confused lol.

Will dig out the 1/8th mph later but it wasn't far off from memory.

1st run at 14psi as this was literally the first time i drove the car on the S/h box i had just thrown in.

1.89 60ft
5.33 330ft
8.10 1/8th ET
91.03 1/8th mph
12.47 ET
113.62 mph

second run I felt a little braver and crept boost to what showed as 18psi peak

2.04 60ft
5.52 330ft
8.25 1/8th ET
91.63 1/8th mph
12.59 ET
114.95 mph


Hope that helps

[familyMAN]

Indeed the spec has changed and that was no secret. I wanted an idea on what whp the time I ran above would roughly equate too before revealing where the car is at.

Your bump post here made no mention of 11bs. Until Hellbringer had to bring in info from another forum, I thought your runs were on 9bs. Probably just an oversight from you, but I had no idea.

[fastbikes76]

The bump was more too see what power was estimated at according to weight and trap recently supplied. That alone wouldn't matter what turbo's were fitted.

It would take someone far thicker than me to blatantly post I had 11b's fitted on another site most here still frequent.. And then Try deceive that 9b's were fitted lol


Sent from my dog n bone

[familyMAN]

Except that you posted in a "new record" 9b thread. Your post was deceiving, whether intentional or accidental. That's all.