Reflex Suspension Dynamics (RSD) TC6 Upgrades (vertical ball studs, pistons,etc)
#1772
#1774
#1775
Tech Apprentice
hi chris , could you update the sping chart on your web site in the RSD6 TECH PAGE . with the new spings you have
thanks
thanks
#1776
Thanks again.
#1778
The dimensions of the serpent shock are similar to the Tamiya. What is the thickness of the piston? That's where it would all be different.
Our piston is probably too big for the Serpent shocks. The AE piston size is a little bigger than 10.00.
We are still looking at alternatives. However, thickness dependent, you might be able to use Tamiya blank pistons, they come with 6 indentations on them, so you can probably make them work on the Serpent.
Our piston is probably too big for the Serpent shocks. The AE piston size is a little bigger than 10.00.
We are still looking at alternatives. However, thickness dependent, you might be able to use Tamiya blank pistons, they come with 6 indentations on them, so you can probably make them work on the Serpent.
#1779
I'll do one better
http://reflexracing.3dcartstores.com...art_ep_58.html
#1780
Please feel free to link the page and spread it across the web, including the forum. This is VERY Valuable information that is not often accessed. The biggest advantage over other spring charts is that these are all tested on the same machine, using the same process, by the same person. It is extremely accurate, and we will add to it as we go along the way.
#1781
Tech Fanatic
iTrader: (7)
Please feel free to link the page and spread it across the web, including the forum. This is VERY Valuable information that is not often accessed. The biggest advantage over other spring charts is that these are all tested on the same machine, using the same process, by the same person. It is extremely accurate, and we will add to it as we go along the way.
While terribly self-serving and probably expensive, any chance we could have the XRAY T4 springs tested? I would be willing to ship mine over temporarily for a test. Also, I notice HPI Pink's (from pro4 kit) are missing, any particular reason other than lack of test subjects? I'm guessing AME might be willing to send some test springs also, since they make a high quality product.
Thanks a bunch for this!
Ethan
#1783
The dimensions of the serpent shock are similar to the Tamiya. What is the thickness of the piston? That's where it would all be different.
Our piston is probably too big for the Serpent shocks. The AE piston size is a little bigger than 10.00.
We are still looking at alternatives. However, thickness dependent, you might be able to use Tamiya blank pistons, they come with 6 indentations on them, so you can probably make them work on the Serpent.
Our piston is probably too big for the Serpent shocks. The AE piston size is a little bigger than 10.00.
We are still looking at alternatives. However, thickness dependent, you might be able to use Tamiya blank pistons, they come with 6 indentations on them, so you can probably make them work on the Serpent.
#1784
Tech Elite
iTrader: (8)
Please feel free to link the page and spread it across the web, including the forum. This is VERY Valuable information that is not often accessed. The biggest advantage over other spring charts is that these are all tested on the same machine, using the same process, by the same person. It is extremely accurate, and we will add to it as we go along the way.
Does your test rig let you generate force vs. displacement charts? I'm really curious to see the subtle differences between springs that are the same or similar rate. For example, according to your chart, a Tamiya Yellow is stiffer than an HPI Pro4 Blue, but compressing by hand the Tamiya yellow feels softer.
How much do you compress the springs to arrive at the rate in your chart? Is it a relatively small amount, like what an RC car would actually see on track, or is it all the way to coil bind, or somewhere in between?
-Mike
#1785
Mike, it might be the type of tamiya yellow. There are so many that it's hard to tell which ones you may have. I tested the white powder coated type.
The way they are tested is at 1/8 in and 1/4 in compression with the spring slightly pre-loaded. It is an average of this. Since most springs are linear, the variation is within 0.1 lbs 99.9% of the time.
The way they are tested is at 1/8 in and 1/4 in compression with the spring slightly pre-loaded. It is an average of this. Since most springs are linear, the variation is within 0.1 lbs 99.9% of the time.