Serpent 710
#7414
Tech Regular
iTrader: (3)
Joined: Jul 2003
Posts: 315
From: Ottawa, Ontario, Canada
I am looking for a good starting droop values for my 710.
Here's the scoop:
I have set up the car according to the basic setup (from the manual). I am using 62mm dia tires. I have set the front downstops to 0 and the rear downstops to +7. Ride height is 6mm front/rear.
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
Is this normal?
If not, I will have to adjust my downstop values to higher settings... What amount of droop (f/r) should I be going for?
We run on a non-permanent, paved track (fairly smooth).
Any help is appreciated.
Here's the scoop:
I have set up the car according to the basic setup (from the manual). I am using 62mm dia tires. I have set the front downstops to 0 and the rear downstops to +7. Ride height is 6mm front/rear.
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
Is this normal?
If not, I will have to adjust my downstop values to higher settings... What amount of droop (f/r) should I be going for?
We run on a non-permanent, paved track (fairly smooth).
Any help is appreciated.
#7415
Re: Nice work, Jabroni !
Originally posted by GlennCauley
Jabroni, that is sure some nice work!
Curious about one thing... with the expenditure on alloy parts and SSG, why did you keep the stock plastic radiotray support?
I would think that would be the FIRST thing you would replace with an alloy part to increase torsional stiffness.
Jabroni, that is sure some nice work!
Curious about one thing... with the expenditure on alloy parts and SSG, why did you keep the stock plastic radiotray support?
I would think that would be the FIRST thing you would replace with an alloy part to increase torsional stiffness.
#7416
Originally posted by GlennCauley
I am looking for a good starting droop values for my 710.
Here's the scoop:
I have set up the car according to the basic setup (from the manual). I am using 62mm dia tires. I have set the front downstops to 0 and the rear downstops to +7. Ride height is 6mm front/rear.
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
Is this normal?
If not, I will have to adjust my downstop values to higher settings... What amount of droop (f/r) should I be going for?
We run on a non-permanent, paved track (fairly smooth).
Any help is appreciated.
I am looking for a good starting droop values for my 710.
Here's the scoop:
I have set up the car according to the basic setup (from the manual). I am using 62mm dia tires. I have set the front downstops to 0 and the rear downstops to +7. Ride height is 6mm front/rear.
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
Is this normal?
If not, I will have to adjust my downstop values to higher settings... What amount of droop (f/r) should I be going for?
We run on a non-permanent, paved track (fairly smooth).
Any help is appreciated.
#7417
Originally posted by clmbia45
Art Carbonell reported the same setup at his test of the car at Fort Myers, and he turned a 13.8 second lap. So I've not changed the droop as the car handles better than anything I've driven before.
Art Carbonell reported the same setup at his test of the car at Fort Myers, and he turned a 13.8 second lap. So I've not changed the droop as the car handles better than anything I've driven before.
#7418
Originally posted by markp27
Cool!!!
Ehm, it does run on the operating of the chosen ones?
Cool!!!
Ehm, it does run on the operating of the chosen ones?
#7421
Originally posted by GlennCauley
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
With these settings, there is a MILE of droop in the car. By droop I mean the amount that the chassis can be lifted up before the wheels leave the ground.
#7422
Joined: Feb 2004
Posts: 2,598
I'm going to setup my car tonight to the defualt specs. I'm going to run the tires at full diameter to get max life while I'm starting out and getting use to the car. So I'll set the ride height to 6mm front and rear. As the tires start to wear down do I just raise the rid height back to 6mm without any other changes? Basically what I'm asking is once the tires start wearing down what do I need to adjust to compensate for the tire size difference? I'll check back in a bit, I'll probably have more questions.
#7423
Originally posted by SupermaxxRich
I'm going to setup my car tonight to the defualt specs. I'm going to run the tires at full diameter to get max life while I'm starting out and getting use to the car. So I'll set the ride height to 6mm front and rear. As the tires start to wear down do I just raise the rid height back to 6mm without any other changes? Basically what I'm asking is once the tires start wearing down what do I need to adjust to compensate for the tire size difference? I'll check back in a bit, I'll probably have more questions.
I'm going to setup my car tonight to the defualt specs. I'm going to run the tires at full diameter to get max life while I'm starting out and getting use to the car. So I'll set the ride height to 6mm front and rear. As the tires start to wear down do I just raise the rid height back to 6mm without any other changes? Basically what I'm asking is once the tires start wearing down what do I need to adjust to compensate for the tire size difference? I'll check back in a bit, I'll probably have more questions.
Say if the new kit tires are 66 mm tires and you set the ride height to 6 mm, set the wheel camber first. After that, set the droop to decrease it from 0 to +2 in front and from +7 to +9 in the rear. Higher numbers on the droop gauge means decreasing the droop or chassis uptravel. How I get the numbers? [(66-62)/2 = 2].
Now when the tires wear down to say 60 mm, your ride height will come to 3 mm !! [(66-60)/2 = 3, (6-3) = 3]. Reset your ride height to 6 mm by turning down the shock collars and then your droop should be compensated to go from +2 to -1 in front and +9 to +6 in the rear. Check your camber when you reset your ride height. There may be small changes to the wheel camber. You could also see the example in Mark's FAQ. Hope that was helpful.
#7425
Originally posted by Profoxcg
how often do I have to make these changes?? between heats??
what happens if i don't? will my car handle poorly?
how often do I have to make these changes?? between heats??
what happens if i don't? will my car handle poorly?



