Big Bore T.C. shocks VS. Regular T.C. Shocks
#2
Some of the top manufactures haven't even converted to the Big Bores. So I don't think there is much benefit with the Big Bores other than a lower CG.
Team Durango done excessive testing for months with both style shocks prior to releasing there kit and released there kit with standard shock styles. I know AE still uses standard, Tamiya still uses them and I think Volkner still uses the standard shocks on his 14BD7
Comes down to more dampening I believe
#3
The only thing I think you would notice is you'll have more "dampening" on the standard shocks vs. the Big Bores. But I think you'll have to drive the wheels off both style of shocks to really see or notice the difference.
Some of the top manufactures haven't even converted to the Big Bores. So I don't think there is much benefit with the Big Bores other than a lower CG.
Team Durango done excessive testing for months with both style shocks prior to releasing there kit and released there kit with standard shock styles. I know AE still uses standard, Tamiya still uses them and I think Volkner still uses the standard shocks on his 14BD7
Comes down to more dampening I believe
Some of the top manufactures haven't even converted to the Big Bores. So I don't think there is much benefit with the Big Bores other than a lower CG.
Team Durango done excessive testing for months with both style shocks prior to releasing there kit and released there kit with standard shock styles. I know AE still uses standard, Tamiya still uses them and I think Volkner still uses the standard shocks on his 14BD7
Comes down to more dampening I believe
#7
#9
Tech Adept
#10
That is a very interesting article. I read about halfway through and dont have time to sit down and finish it. Anyways so it sounds like the only difference between the big bore shocks and the regular shocks is more dampening, and a lower cg. Now I have another question regarding shock pitons. Currently I am running 3x1.2mm shock pistons with about32.5 weight front and 27.5 rear (AE oil dont have cst on the top of my head). Anyways if I get a different pistons and drill them out to have say 10 holes 6 on the outside and 4 on the inside and go up to an = pack amount numbers wise anyways. For example if I am running 400 cst front @ 3.6 (1.2x3) then to run 10 holes at .5mm each then I would need to go up to 550 cst to get an = pack. What would be the benefit or running smaller more holes vs larger fewer holes?
#11
That is a very interesting article. I read about halfway through and dont have time to sit down and finish it. Anyways so it sounds like the only difference between the big bore shocks and the regular shocks is more dampening, and a lower cg. Now I have another question regarding shock pitons. Currently I am running 3x1.2mm shock pistons with about32.5 weight front and 27.5 rear (AE oil dont have cst on the top of my head). Anyways if I get a different pistons and drill them out to have say 10 holes 6 on the outside and 4 on the inside and go up to an = pack amount numbers wise anyways. For example if I am running 400 cst front @ 3.6 (1.2x3) then to run 10 holes at .5mm each then I would need to go up to 550 cst to get an = pack. What would be the benefit or running smaller more holes vs larger fewer holes?
Someone helpfully sent me a link to this chart recently, it's for Xray but should give you some idea;
http://www.petitrc.com/reglages/xray...art2013_05.pdf
#12
I believe you would get more high speed damping (over bumps etc) with the smaller holes.
Someone helpfully sent me a link to this chart recently, it's for Xray but should give you some idea;
http://www.petitrc.com/reglages/xray...art2013_05.pdf
Someone helpfully sent me a link to this chart recently, it's for Xray but should give you some idea;
http://www.petitrc.com/reglages/xray...art2013_05.pdf