gt1guy
Apparently a racist
this seems pretty reasonable really. just holesaw out some uhmw pucks.
but I might be able to get 11'' with grinding stops and 1550...
Perfect. Get your max steering set and if you don't use up all 11", puck it.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
this seems pretty reasonable really. just holesaw out some uhmw pucks.
but I might be able to get 11'' with grinding stops and 1550...
I can tell you right now it's not closed center.But I have no idea if that is open center or closed.
When is the last time a ram went "***s up"?I see what you mean by threads different. Equal pain if it goes ***s up out on a weekend.
Broken fittings is all I ever saw. So not really the ram.I can tell you right now it's not closed center.
When is the last time a ram went "***s up"?
I know, I even wrote that you needed to weld another fitting to said port.There is a second port.
They limit internally. Station on the old PBB used to give you aluminum spacers that were a tight fit....heat 'em up in the oven, throw 'em on the shaft just behind the clevis and they stay there....been running 1/2" spacers on my DE cylinder since 2006 like that. Jesse Haines said to do the same to limit my portal steering if I was going to use the last iteration of the RCV 50° joints on his boxes.also i see PSC will limit travel for $65 when ram is new.
fair.I can tell you right now it's not closed center.
When is the last time a ram went "***s up"?
I mis understood.I know, I even wrote that you needed to weld another fitting to said port.


That's a great idea.Holly buckets. 2 rams. Shipping 262 to Iowa. Cheaper than any one ram I been looking at. Weld on ports are like 2 buck each. So thinking about cutting off the the other metric and put to SEA or NPT or whatever in its place. Thanks again for the idea.![]()
For sure. And thanks.That's a great idea.
If you're really limited in space you can weld a JIC fitting directly to it.
Only thing you'll have to do is tweak the clevises to fit the 22mm bolts on the end or get some 22mm heim joints (they exist).
Careful that 3" rams require a lot of fluid to move and will absolutely max your pump out if you're trying to go fast.
So would a 6gpm pro pump from radial feed them?Careful that 3" rams require a lot of fluid to move and will absolutely max your pump out if you're trying to go fast.
Sure one can, but the pump works even better with the complete system 😉so be prepared to go down a deep rabbit hole. one cant just use a pump from radial dynamics...![]()
The vortex reservoir makes a bigger difference the higher the flow rate and more demanding the system is. However, all I will say is do not run a completely sealed reservoir. While some pressure in the tank is good, more than 15-20 psi is putting the shaft seal of the pump at risk of failure. A tank needs a means of pressure relief which is what our breather valves are intended to control. Otherwise with a sealed tank, there are too many variables to ensure that the tank pressure stays below the pump max inlet pressure.This seems debatable from the guys I have talked to that have used it and have used other systems, and find little change. The most important thing I have seen, is running a sealed system to allow pressure.
Pump flow is really matched more to the orbital size than just the ram size. The larger the orbital displacement, the more flow you need to be able to turn the steering wheel at a normal rate. The 6 GPM pump works great with 200cc orbitals which would be 4 turns lock to lock on a 3x9 cylinder. A 250cc orbital (3.25 turns) works great on a crawler but for go fast is starting to reach the flow limits. While we don't advertise it much, we do offer the Pro Series TC with up to an 8 GPM regulated flow rate for racing applications with the larger orbitals but at that rate through a TC pump, reservoir setup becomes much more critical and we pretty much require a vortex reservoir for going that high of a flow.So would a 6gpm pro pump from radial feed them?
It just depends what you want to do.So would a 6gpm pro pump from radial feed them?
Nephews buggy is a crawler with rear steer. Hence the 3” ram’s. Not too sure on how well it would do on go fast. So you might consider that as Bebop is suggesting.It just depends what you want to do.
The latest CutlerFab buggy uses one and the owner is very happy with it.
Feeds dual 3" rams no problem.
But it's a crawler.
the rest of the plan seem kosher too?Yeah that's a big cooler you'll be completely fine with that
Oh yeah.the rest of the plan seem kosher too?
plan is a surplus center filter head/ filterOh yeah.
As far as reservoir goes IDK if you're going to save a lot by building one yourself but why not.
I'd also add a filter, but that's just me.
well for the reservoir, I built my own last time.Oh yeah.
As far as reservoir goes IDK if you're going to save a lot by building one yourself but why not.
I'd also add a filter, but that's just me.
Yeah, for the price, the JHF's make sense for this type of lightweight application.I started with 2.5 standard radflo and swayaway shocks and swapped to JHF Radflo bypass and well worth the upgrade.
4312-JMX Double Ended Ram Tie Rod Kit, FK JMX PREMIUM ROD ENDS
https://goatbuilt.com/product/4312-jmx-double-ended-ram-tie-rod-kit-fk-jmx-premium-rod-ends/
![]()
It also seems more compact...I used the goat built with fk rod ends on my buggy. With rod ends straight into cylinder rod it allows for longer tie rods and thus less angular movement thru stroke range. Slightly.....