Hot Bodies TCX
#3301
Sorry Chris,
I totally missed this post. Sorry it's taken me a while to notice it .
Overall length for stock shock towers is usually about 64.5mm. With the lowerered towers, I like 63.5 to 64.0mm. I know it may seem like a very small difference, but it does change how the car drives. I think it's important to measure your shocks . The car will generally feel a little more "stuck" with a slightly shorter shock. You can also tune the balance of the car slightly as well. Sometimes I run 63.5 in the front, and 64.0-64.5mm in the rear to get the rear end to rotate a little more.
I personally use Tamiya steering knuckles right now. I honestly don't see the chatter as a terrible thing. I usually try not to turn the wheel that much anyway. Something to think about is how differently the car reacts when it is unload (up in the air on a car stand) in comparison to how it is loaded (while on the ground driving). It usually won't chatter NEARLY as much on the track.
The FF suspension blocks control the amount of arm sweep in the front end. Arm sweep changes a few things in the geometry like ackerman, wheelbase, and inboard toe all at the same time. I've found the more arm sweep you run, the more steering the car will have right at the apex of the corner. Less arm sweep generally gives more steering into the corner, but less going through the middle and exit.
Hope that helps!
-Korey
I totally missed this post. Sorry it's taken me a while to notice it .
Overall length for stock shock towers is usually about 64.5mm. With the lowerered towers, I like 63.5 to 64.0mm. I know it may seem like a very small difference, but it does change how the car drives. I think it's important to measure your shocks . The car will generally feel a little more "stuck" with a slightly shorter shock. You can also tune the balance of the car slightly as well. Sometimes I run 63.5 in the front, and 64.0-64.5mm in the rear to get the rear end to rotate a little more.
I personally use Tamiya steering knuckles right now. I honestly don't see the chatter as a terrible thing. I usually try not to turn the wheel that much anyway. Something to think about is how differently the car reacts when it is unload (up in the air on a car stand) in comparison to how it is loaded (while on the ground driving). It usually won't chatter NEARLY as much on the track.
The FF suspension blocks control the amount of arm sweep in the front end. Arm sweep changes a few things in the geometry like ackerman, wheelbase, and inboard toe all at the same time. I've found the more arm sweep you run, the more steering the car will have right at the apex of the corner. Less arm sweep generally gives more steering into the corner, but less going through the middle and exit.
Hope that helps!
-Korey
Eric
#3302
Tech Elite
iTrader: (3)
Spec-R gear diffs, TCX swing shaft, 2mm down shock towers, and parts are re-stocked at TQ RC RACING.
http://www.tqrcracing.com/shop/produ...t.asp?s_sort=4
FYI, Thanks.
http://www.tqrcracing.com/shop/produ...t.asp?s_sort=4
FYI, Thanks.
#3303
Tech Regular
I noticed that sometimes Atsuchi Hara runs cone washers and screws in the front and back four holes on the top deck - does this make the top deck flex less to just make it look nice?
Here is the picture I am talking about from the Reedy Race 2011;
http://www.petitrc.com/reglages/hotb...011/index.html
Here is the picture I am talking about from the Reedy Race 2011;
http://www.petitrc.com/reglages/hotb...011/index.html
#3304
Tech Elite
iTrader: (29)
I noticed that sometimes Atsuchi Hara runs cone washers and screws in the front and back four holes on the top deck - does this make the top deck flex less to just make it look nice?
Here is the picture I am talking about from the Reedy Race 2011;
http://www.petitrc.com/reglages/hotb...011/index.html
Here is the picture I am talking about from the Reedy Race 2011;
http://www.petitrc.com/reglages/hotb...011/index.html
#3307
Tech Elite
iTrader: (30)
Well I am killing time at the denver airport so I thought I would comment on how the tamiya drivetrain with the type II diff went. The diff with oil is about 19.6 grams, and is super true. The hardest part of the swap was machining the tamiya diff outdrive cup reinforcement and shimming the diffs to align properly with the belts(about 2mm total width). Overall worth it considering at the time I built the car the Spec R diff was unavailable and the new diff weighs about 6.5 grams less than the spec r (advertized weight), and the tam front spool assy is about 5 grams less than the factory spool assy(the HB pom outdrives could take more weight off of the stock assy however). The tam diff and front pulley easily went from the factory white to black with the aid of some RIT fabric dye. The diff and spool swap was accompanied by tam steel 46mm driveshafts and 44 rear al. Track testing will tell if this is actually worth the expense. I have a feeling the spec R HB diff with aluminum outdrives would be a better solution for the cost
#3308
Tech Regular
So it's definitely less grip?... I was thinking that the cone washer covering more surface area would cause less flex - I haven't tried it on the track yet but it does look nice
#3310
Tech Regular
#3311
Tech Adept
cyclone lipo 2nd deck conversion kit 67695
I have a old cyclone AME edition. The SMC 5200 lipo cannot be fit on the chassis as the stock 2nd deck is in the way. Does the 2nd deck converstion kit 67695 solve the problem? Does the 67695 kit work with the AME edition?
#3312
I fit the same battery in the old car as you are trying..but need to dremal the middle block like on most large lipos.. the deck does not get in the way on mine.. dont like how the 67695 made the car handle.. like it was tweaked..
#3314
Hi guys!
Did you see that: http://youtu.be/WiT_qIgLbQU ?
Andy is very impressive and his car too!!!
Does somebody have his setup for wet driving?
The setup could contain very interesting low-grip solutions...
Did you see that: http://youtu.be/WiT_qIgLbQU ?
Andy is very impressive and his car too!!!
Does somebody have his setup for wet driving?
The setup could contain very interesting low-grip solutions...