TLR 22 3.0 Race Kit Thread!
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#2491
The downers are it moves the motor so far forward and winds up being a heavier gear combo to spin. Though you may want the weight forward depending on your track surface. Lots of combos will get you the same effective ratio.
#2492
I'd wager spur gears differ in weight less than pinions, and they do spin at a reduced speed.
#2494
#2496
#2498
Side note: why don't 1/10 scale kits have droop screws like 1/8 scale and even touring cars?
Thanks as always, Frank.
#2499
It might add some weight to the car, but currently droop is a set-it-and-forget-it setting for me because I can't easily switch back and forth. It would be awesome to have though; use it all the time as a tuning aid on my SCTE.
#2500
With the old XXX shocks, I used plastic washers with a small section cut out so that I could remove the cartridge and clip/remove spacers to make the adjustment. Was faster than disassembling everything.
#2501
Okay, I started getting confused earlier between more droop and more limiters. I'm totally straight now. So the problem is that the rear is rolling more than the front? Would decreasing rear droop (by adding limiters in the shocks) accomplish the same thing. I am on super high-bite carpet and have excess traction.
Side note: why don't 1/10 scale kits have droop screws like 1/8 scale and even touring cars?
Thanks as always, Frank.
Side note: why don't 1/10 scale kits have droop screws like 1/8 scale and even touring cars?
Thanks as always, Frank.
The rear isn't rolling more. The weight is trying to roll over the outside front, and it is coming from the inside front and inside rear. When the inside front stops rolling because it runs out of [down] travel, then the only way to roll over the outside front is the inside rear... which helps lift that tire.
#2502
Tech Champion
iTrader: (34)
Seems as though the easiest way to play with droop with the lack of droop screws is to add the limiters to limit the droop then if more droop is needed, unscrew the shock ends up to a couple/few turns.
I'd like to see droop screws on 1/10 buggies too and also don't know why they don't exist.
As mentioned, 1/10 touring cars have em.
I'd like to see droop screws on 1/10 buggies too and also don't know why they don't exist.
As mentioned, 1/10 touring cars have em.
#2503
Tech Champion
iTrader: (15)
Seems as though the easiest way to play with droop with the lack of droop screws is to add the limiters to limit the droop then if more droop is needed, unscrew the shock ends up to a couple/few turns.
I'd like to see droop screws on 1/10 buggies too and also don't know why they don't exist.
As mentioned, 1/10 touring cars have em.
I'd like to see droop screws on 1/10 buggies too and also don't know why they don't exist.
As mentioned, 1/10 touring cars have em.
#2504
Because when you limit droop, you compromise landing and bump handling.
The rear isn't rolling more. The weight is trying to roll over the outside front, and it is coming from the inside front and inside rear. When the inside front stops rolling because it runs out of [down] travel, then the only way to roll over the outside front is the inside rear... which helps lift that tire.
The rear isn't rolling more. The weight is trying to roll over the outside front, and it is coming from the inside front and inside rear. When the inside front stops rolling because it runs out of [down] travel, then the only way to roll over the outside front is the inside rear... which helps lift that tire.
Would doing other things to combat roll be effective as well? As we have way too much traction, I don't need weight transfer to get bite on my outside corner. So perhaps lowering the inside of the front camber links?
I think I also need to smooth my driving style through the sharp corners. I seem to be doing more of a hard braking, turn, punch it out type of driving. It's the way I drive a rear motor on a really loose surface... which is exactly the opposite of my setup and surface now.
#2505
Tech Adept
TLR 22 3.0 Chassis
Do you know if everything from the 2.0 will bolt onto the 3.0 chassis? I'm fairly certain the front bulkheads are the same, just not sure about the rear.