TLR 22SCT Thread (Check First Page for FAQ & INFO)
#6211
Tech Elite
iTrader: (65)
Max out the rear toe at 5° and max out the anti squat at 3°...This will help with forward bite. From there, its tires and shock oil weight. Personally, I run on a marginal track indoor that is dusty and a little loose. Find the best tires, and as far as shocks go, I found the stock 57/55 set-up works really well and requires only about .150" of spring preload on each corner with 30-32.5wt in all four. I was running 32.5wt front and 27.wt rear, and went with 30wt rear, and traction and stability improved, so this week, I put 32.5 in the rear and left the front. I am running a Teking Gen2 8.5 and it will carry the front wheels down the straight.
I run min squat and 4 degree toe blocks, gonna go to 5 degree blocks but it works pretty good.
As I understand it too much antisquat = not enough weight transfer, lowering initial traction. Or is this incorrect?
#6214
You can use the kingpins with the stock plastics without drilling anything out. You will need to use 2 2mm spacers on the ends when using the kingpins for the caster block to suspension arm connection.
#6216
Tech Apprentice
iTrader: (4)
Almost have my truck where I want it. Had a huge problem with the rear kicking out after about 8-9 packs and could not get it corrected. I went against what I know and made a lot of changes at once. In part because I was so frustrated. As I said in another post I was finishing 1st and 2nd up until I had the rear start kicking out. Anyways I moved the rear hubs all the way forward, I switched out to a gear diff, and turned my throttle expo up. All that was a night and day difference as I finished 1st, 2nd, then a bad tire change put me in 4th in the main. Not sure what else is left to adjust except tires but I'm almost there.
#6218
Tech Apprentice
Hi, I've recently bought a 22sct and trying to get it set up for my local tracks, I'm still new to the hobby and trying to work out the best FDR for the motor and track conditions I've read this Quote:
Originally Posted by F_ME
You need to take into account the Final Drive Ratio when comparing different spur/pinion combos.
To calculate the FDR the formula is:
spur# divided by pinion# = sum multiplied by trans ratio
(The trans ratio for the 22-SCT is 2.43)
The FDR of the 86/18 combo is 11.61
below are FDRs with 84 spur combos:
84/19 = 10.74 FDR
84/18 = 11.34 FDR
84/17 = 12.00 FDR
So, by looking at the above FDRs with the 84 spur, you can see that you will be above and below your target FDR of 11.61 with the 86/18 combo.
The higher the FDR # the more bottom end you will have....and more top end with a lower FDR.
And was wondering does it matter what turn motor your using for this FDR?? I'm running a 10.5t motor with zero timing, as this is regulation for the class i'm in, should i run the same spur and pinion?? or should i aim for a different FDR? I also race on outdoor clay tracks with a fair size straight on all tracks were i need a bit more Top end..
Can anyone help
Originally Posted by F_ME
You need to take into account the Final Drive Ratio when comparing different spur/pinion combos.
To calculate the FDR the formula is:
spur# divided by pinion# = sum multiplied by trans ratio
(The trans ratio for the 22-SCT is 2.43)
The FDR of the 86/18 combo is 11.61
below are FDRs with 84 spur combos:
84/19 = 10.74 FDR
84/18 = 11.34 FDR
84/17 = 12.00 FDR
So, by looking at the above FDRs with the 84 spur, you can see that you will be above and below your target FDR of 11.61 with the 86/18 combo.
The higher the FDR # the more bottom end you will have....and more top end with a lower FDR.
And was wondering does it matter what turn motor your using for this FDR?? I'm running a 10.5t motor with zero timing, as this is regulation for the class i'm in, should i run the same spur and pinion?? or should i aim for a different FDR? I also race on outdoor clay tracks with a fair size straight on all tracks were i need a bit more Top end..
Can anyone help
#6220
Tech Apprentice
#6222
Tech Apprentice
#6224
Tech Apprentice
#6225
Tech Apprentice
Is that temp 135-145 pretty much the same with all electric motors regardless of the amount of turns and size ie/ 1/8 scale???