TLR 22 3.0 Race Kit Thread!
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#2583
#2584
You're correct but the battle i witnessed was team driver vs team driver so.......
#2585
Tech Initiate
With the launch of the laydown conversion for the 3.0, with geometry changes that make sense for carpet and astro tracks (lower center of gravity, higher roll center, better weight distribution...) I'm curious about the opinions on a rear sway bar. For me this is the only thing that I'm missing in the conversion, as other brands are using it already (KF2, TM2, XB2, Tebo at 2105 worlds...).
In our local club, having a very bumpy and high traction astro track, I've found that a homemade rear sway bar in the TLR 2.0 makes the rear more stable and allows to use a very soft suspension to swallow bumps but being stable enough in the fast turns to avoid traction rolling.
Also, in the 2.0 the rear arms have holes for the sway bar, but in the 3.0 they are gone. What do you think about? Frank to the rescue?
Thanks!
In our local club, having a very bumpy and high traction astro track, I've found that a homemade rear sway bar in the TLR 2.0 makes the rear more stable and allows to use a very soft suspension to swallow bumps but being stable enough in the fast turns to avoid traction rolling.
Also, in the 2.0 the rear arms have holes for the sway bar, but in the 3.0 they are gone. What do you think about? Frank to the rescue?
Thanks!
#2586
Tech Fanatic
iTrader: (15)
With the launch of the laydown conversion for the 3.0, with geometry changes that make sense for carpet and astro tracks (lower center of gravity, higher roll center, better weight distribution...) I'm curious about the opinions on a rear sway bar. For me this is the only thing that I'm missing in the conversion, as other brands are using it already (KF2, TM2, XB2, Tebo at 2105 worlds...).
In our local club, having a very bumpy and high traction astro track, I've found that a homemade rear sway bar in the TLR 2.0 makes the rear more stable and allows to use a very soft suspension to swallow bumps but being stable enough in the fast turns to avoid traction rolling.
Also, in the 2.0 the rear arms have holes for the sway bar, but in the 3.0 they are gone. What do you think about? Frank to the rescue?
Thanks!
In our local club, having a very bumpy and high traction astro track, I've found that a homemade rear sway bar in the TLR 2.0 makes the rear more stable and allows to use a very soft suspension to swallow bumps but being stable enough in the fast turns to avoid traction rolling.
Also, in the 2.0 the rear arms have holes for the sway bar, but in the 3.0 they are gone. What do you think about? Frank to the rescue?
Thanks!
i saw TLR's team driver in the UK with forward mounted rear shocks for the worlds on astro...
#2588
are the lay down kit still on time lol
#2589
Tech Fanatic
iTrader: (61)
Would love for this to be true. Per frank this was a 2.0 for DE. Haven't seen anything around OCRC so far. https://mobile.twitter.com/FrankRoot...935360/photo/1
#2590
probably been answered in the labyrinth of rctech gear dif vs ball dif. Which dif for which use? I've heard rumors that the srx2 gear dif works excellent in the 22 series cars
#2591
I currently use the gear diff on carpet and ball everywhere else, but with as smooth as the Serpent diff is, I think it would be very usable on clay.
#2592
awesome thanks a ton just received a 22 3.0 off trade so I'm definitely looking forward to running my first TLR kit
#2593
Tech Fanatic
iTrader: (15)
I thought you just get a 3mm bolt, add some aluminum washers to push the shock out so it runs vertical to the front of the rear arm, and then either drill a hole in the rear arm, or if they had existing holes that would be even easier.
am i missing something here?
#2594
what heavy modification does mounting the rear shocks in front of the tower require?
I thought you just get a 3mm bolt, add some aluminum washers to push the shock out so it runs vertical to the front of the rear arm, and then either drill a hole in the rear arm, or if they had existing holes that would be even easier.
am i missing something here?
I thought you just get a 3mm bolt, add some aluminum washers to push the shock out so it runs vertical to the front of the rear arm, and then either drill a hole in the rear arm, or if they had existing holes that would be even easier.
am i missing something here?
#2595
Tech Fanatic
iTrader: (15)
I would imagine a 30mm Ti screw with a few washer/plastic spacer would work fine, with minimal breakage?
Furthermore, I imagine I could actually use a piece of 4-5mm thick carbon fiber as part of the shock spacer and run it across each shock and act as a brace, this may help reduce the concerns you're talking about.
This doesn't seem that bad as far as spacing etc..