Team Corally RDX Phi
#616
NOW AVAILABLE
Now available from Team Corally is the Graphite 9mm Diff Adjustment Tool for easier access to adjusting your Phi diffs.
#618
Wheelbase setup
I was checking the different setups and everyone was using the short wheelbase for an asphault setup. On the PHI the rear has two sets of holes for coupler clamps. I tried the placing the clamps on the first hole but that made the cvd joints were too much at an angle. So I tried the last set of holes and the cvds were inline with the diff. So for the short wheelbase are there two shims up front for the front arms and two shims on the rear for the rear arms?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
#619
I was checking the different setups and everyone was using the short wheelbase for an asphault setup. On the PHI the rear has two sets of holes for coupler clamps. I tried the placing the clamps on the first hole but that made the cvd joints were too much at an angle. So I tried the last set of holes and the cvds were inline with the diff. So for the short wheelbase are there two shims up front for the front arms and two shims on the rear for the rear arms?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
Yup, you're correct about the shim position for the short wheel base. To run the clamps in the shorter holes you'd need the optional pulleys and belts.
The kit comes with the 1.3 holes... I'm not sure how that stacks up to the tamiya 3hole, I'd guess they'd be similar since the tamiya holes are smaller, but there are more of them..
#620
Tech Master
iTrader: (34)
Yup, you're correct about the shim position for the short wheel base. To run the clamps in the shorter holes you'd need the optional pulleys and belts.
The kit comes with the 1.3 holes... I'm not sure how that stacks up to the tamiya 3hole, I'd guess they'd be similar since the tamiya holes are smaller, but there are more of them..
The kit comes with the 1.3 holes... I'm not sure how that stacks up to the tamiya 3hole, I'd guess they'd be similar since the tamiya holes are smaller, but there are more of them..
Corally 2 holes x 1.3mm = 2.6
Tamiya 3 holes x 0.8mm = 2.4
Also Tamiya pistons inside the Corally shock, there's a little extra space between the piston and the shock body so you get more oil going around the piston than a Corally piston. So I would imagine that they are fairly similar in damping with the Tamiya possibly having slightly less pack. This is just what I've heard.
#621
Not sure if this is absolutely correct but the way I've heard the pistons compared is:
Corally 2 holes x 1.3mm = 2.6
Tamiya 3 holes x 0.8mm = 2.4
Also Tamiya pistons inside the Corally shock, there's a little extra space between the piston and the shock body so you get more oil going around the piston than a Corally piston. So I would imagine that they are fairly similar in damping with the Tamiya possibly having slightly less pack. This is just what I've heard.
Corally 2 holes x 1.3mm = 2.6
Tamiya 3 holes x 0.8mm = 2.4
Also Tamiya pistons inside the Corally shock, there's a little extra space between the piston and the shock body so you get more oil going around the piston than a Corally piston. So I would imagine that they are fairly similar in damping with the Tamiya possibly having slightly less pack. This is just what I've heard.
Applying the formula for area of a circle, the area of these holes would be:
1.3mm diameter hole is 1.327 square mm x 2 holes equals 2.654 square mm
0.8mm diameter hole is .503 square mm x 3 holes equals 1.509 square mm
BIG difference there! Think I got this right.
Maybe the stated larger gap around the outside of the Tamiya piston is the difference that makes the fluid flow more equal between the two pistons.
Sorry, I know that "fluid dynamics" also plays a part in how shock fluid goes through the various sized holes; but, I don't have a handle on that part of the issue.
#622
Hi Guys
We now have a CoolCanFan for the PHi.
Please visit www.coolcanfan.com if you wish to purchase one or just to take a peak at our NEW website
Cheers Malc TCCFM
We now have a CoolCanFan for the PHi.
Please visit www.coolcanfan.com if you wish to purchase one or just to take a peak at our NEW website
Cheers Malc TCCFM
#623
#624
Tech Adept
Yeah the arms are good. I've had two big panics - a kid coming the wrong way around the track as i entered the sweeper on full throttle (19 turn). Only broke a steering block and I considered myself lucky.
Second was a big bounce over the kerb into the armco barrier - only popped a rear shock.
Cheers
Peter
Second was a big bounce over the kerb into the armco barrier - only popped a rear shock.
Cheers
Peter
#625
Anyone have any good set ups for the phi for carpet/ rubber tire yet?
#627
I was checking the different setups and everyone was using the short wheelbase for an asphault setup. On the PHI the rear has two sets of holes for coupler clamps. I tried the placing the clamps on the first hole but that made the cvd joints were too much at an angle. So I tried the last set of holes and the cvds were inline with the diff. So for the short wheelbase are there two shims up front for the front arms and two shims on the rear for the rear arms?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
Also, are the kit shock pistons the same size as the tamiya 3 hole?
We were not using the short position on the couplers. We had the shims in the shortest position. We have not tried the super short wheelbase. It would be the 2 shims in the back of the pins to shim the arm forward, shorter.
Jeff
#628
Mike's car had the 2006 COMP SPEC chassis and CENTER POINT TOPDECK on the car, which makes the original RDX, the same as the PHI. It moves the batteries back and changes the steering.
Jeff
#629
Applying the formula for area of a circle, the area of these holes would be:
1.3mm diameter hole is 1.327 square mm x 2 holes equals 2.654 square mm
0.8mm diameter hole is .503 square mm x 3 holes equals 1.509 square mm
BIG difference there! Think I got this right.
Maybe the stated larger gap around the outside of the Tamiya piston is the difference that makes the fluid flow more equal between the two pistons.
Sorry, I know that "fluid dynamics" also plays a part in how shock fluid goes through the various sized holes; but, I don't have a handle on that part of the issue.
1.3mm diameter hole is 1.327 square mm x 2 holes equals 2.654 square mm
0.8mm diameter hole is .503 square mm x 3 holes equals 1.509 square mm
BIG difference there! Think I got this right.
Maybe the stated larger gap around the outside of the Tamiya piston is the difference that makes the fluid flow more equal between the two pistons.
Sorry, I know that "fluid dynamics" also plays a part in how shock fluid goes through the various sized holes; but, I don't have a handle on that part of the issue.
Jeff
#630
i've been playing with the setup on my phi iam about 3/4 to 1 sec faster perlap than my old rdx the car is amazing...