Haydays is coming and if you're going to be there stop in and check A.R.C. out in our booth.
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Is there a recommended service period on the shock? Without knowing how the shock "locks compression", it would seem that there could be quite a bit of force on the shock in certain events. Would that not wear out the seals pretty quickly?
The down side to riding a mountain sled in a deep snow state with little in the way of mountains to play on is a little more trail riding.
I am excited to use this product personally as here in the Midwest. It will be nice to couple the suspension and have a sled that will handle on the trail and then when I get where I'm playing I can uncouple it.
Just got off the phone with Jeff at SPG. We've been talking about this since last year on and off.
The CTD shocks, in the "C" postion (Climb) actually locks out the compression side of the valving. The shock can extend on the rebound side fully, but is locked out from compressing. There is a little "give" as the IFP is moved against the nitrogen charge behind it.
It is not a simple soft/medium/firm setting... it would be a soft/medium/locked setting.
The approach is novel and has promise for sure. SPG does not go into things lightly and on "whim" .. It is not simply a MTB shock dropped into the kit. Unlike the HOLZ unit above (which was discontinued by them by choice) , that relied on high air-spring pressures to limit the scissor from "hinging" there really is not that much air-spring force (average 30psi) in the spring chamber of the ARC.
I'm not sure how much the "soft" and "medium" positions will have over the control of coupling... as that will only affect the rate at which it will allow the scissor to move rather than the amount that it moves. With the lockout position, that will keep the scissor in the upright position and couple the suspension.
I do believe, as with any coupled design, that the tunnel should be reinforced as this will bear an increased load while coupled and encountering rough terrain.
Should be an interesting year for pushing the envelope on many fronts.
MH
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I asked Jake about the cable routing and potential to freeze up when I was at their shop. He said the cable is routed through the tunnel through a rubber grommet in the foot well area, routed down the front arm with zip ties and the along the rail to a bracket for the valve. He said on cold mornings with a froze up skid the lever would be stiff but would still function. As you begin to ride ice naturally chips off and the shock warms up in no time to achieve normal function.
There test sleds were in another building in town so I did not get to see it first hand. Hopefully some pics come up. They said there are going to have it at Hay days and hope to be able figure out a good way to have people actually feel ARC engaged or disengaged.
I asked Jake about the cable routing and potential to freeze up when I was at their shop. He said the cable is routed through the tunnel through a rubber grommet in the foot well area, routed down the front arm with zip ties and the along the rail to a bracket for the valve. He said on cold mornings with a froze up skid the lever would be stiff but would still function. As you begin to ride ice naturally chips off and the shock warms up in no time to achieve normal function.
There test sleds were in another building in town so I did not get to see it first hand. Hopefully some pics come up. They said there are going to have it at Hay days and hope to be able figure out a good way to have people actually feel ARC engaged or disengaged.
Great info, and thanks for the response. We are more interested in how it gets from the skid to the chassis though. It has to go around the track somewhere, and won't be able to be zip tied or attached to anything at that point.
I think your answer is in red.
Nope, not the answer. We realize the cable is routed into a grommet, but where. This whole operation is cable like your throttle is. It cannot make severe 90 degree bends etc, so there has to be some slack in the cable where it leaves the front suspension arm and then enters into the chassis. Any slack will be place for snow and ice to build up or get caught on things. Which is why we want to see where it is located. The only wary to not have slack would be to run it all the way parallel along the suspension mounting point on the front arm and drill a small hole where the front arm mounts. This will create a new problem though as this is in the tunnel not really in the plastic or internal area of the hood and chassis, and when it comes through the tunnel into the footwell area it is not like you can just 90 it straight up the tunnel. There has to be a gradual curve in the line…. Ever pinched your throttle cable?? Not saying there is not a way to do it, we just have yet to think of a good solution looking at sleds in the shop here which is why we wanna see pics...
so if it's the same-ish set up, how did you like it?
Soooo... with words could someone describe exactly what this does? I watched a majority of the video, I just don't quite understand what it does/what the benefit is.
Before anyone says anything, I'm not trying to be rude, I just legitimately don't understand suspensions that well.
m1kflyingtiger; it allows you to adjust how much coupling (keeping the skis down) as you ride. .[/QUOTE said:snowmobilers gramma told me she just moves forward or backward and spends the 1200 bucks on bingo...
Bringing it back up. I've seen some snowest shots of it from haydays, can someone post up some more pics? Specifically the cable routing, especially where the cable goes from the skid to the tunnel. As well as some detailed pics of the clicky lever on the left handle bar?