Yeah I was going to ask that the other day too Killclimbz! 😯

I’ve ordered a set of their saddles to use on my solid. They don’t ship til end of Jan though.

George

I really like their HUGE ‘larger images.’
@cowls wrote:

i dig the saddle puck setup although its hard to tell exactly how it works.

It looks like there are three metal pieces for each puck: a triangle, a square ‘U’, and the bent metal ‘slider’ top.
The pictures have it setup for a 4×4 or 2×4 hole pattern. The inboard side of the triangle screws into your board holes and slide fore and aft to adjust stance width (and binding angle). The ‘slider’ rotates in the [red] tracks to align with the toe and heel triangles. (see picture)
For a split setup, I think you rotate the triangle 180º [green triangle], and use the other tracks [blue] to align the slider. [Black circles screw into board holes and grey ones do not.]
The U attaches outboard each slider and adjust to compensate for 4×4 vs split hole patterns -and- more toe-/heelside binding preference.

Looks like they were designed for Spark Burners/Blaze (where the puck stop is closer to the board) and not Voile Slider Plates (where the stop hangs off the top). IDK about Fuze/Ignition. You still fiddle with pins. You still need a touring bracket.

Yeah really interesting, affordable to, imagine that. I’m not convinced that they will work better than the Voile interface. I’d be willing to check this system out for the price their offering it for, reasonable split service to. :thumpsup:

Metal on metal interface?! Stance width adjustability is based on hole spacing so micro adjustments are out the window. Solid and split compatible even though the side to side hole spacing isn’t standard. Front and rear binding slop would occur in the slider. That would be an easy mod to fix it though. the board clamps also metal on metal which will wear quickly and the sliding board overlaps (if they aren’t frozen due to icing) would lose that snap shown on the video similar to a voile or Karakorum tip and tail clip after a little use. Leading to to tip and tail clips here are passive due to their metal composition. You again don’t get that snap to help keep these locked down. Without having these in hand this is all just simple speculation. The pics and video really don’t do this product any justice. Send me pics George! I’d like to look at these a little closer.

I think you can make micro adjustments in stance. There is a track in the triangle which allows you to move it fore and aft ≈ 1″. I don’t think you can have aggressive (35º+) binding angles.
Non-standardized side to side hole spacing is irrelevant b/c the U attaches to the slider in a track, allowing for adjustment. I just don’t understand why they have four threaded holes for each U.
rughty, you’re so right about metal on metal. It needs gaskets for each of the tracks to prevent slipping: between the triangle & board, the slider & triangle, and the U & slider. And why are there no washers. . . anywhere?

@HansGLudwig wrote:

I think you can make micro adjustments in stance. There is a track in the triangle which allows you to move it fore and aft ≈ 1″

unless the triangle is slotted beyond what the straight edge on the screen would allow you to believe, it does look like you would have a little play fore and aft to adjust stance width. May be a 1/4 to 1/2″ at most. Some boards do have inserts placed closer together at the half point increments already and that’s where the micro adjustments aren’t as critical. My Salomon DIY is a prime example of that, but most boards don’t have this.

@HansGLudwig wrote:

Non-standardized side to side hole spacing is irrelevant b/c the U attaches to the slider in a track, allowing for adjustment. I just don’t understand why they have four threaded holes for each U.

I did miss the slot detail. With so many threaded holes, I didn’t notice the slot. Of course I probably should’ve looked at it on my computer screen instead of my phone. Oops.

I understand lacking washers to minimize binding height off the deck and wouldn’t worry about it too much. If you used the right thread locker and the hardware was tight enough to not allow screw head slippage then you can get away without washers. If not then you run the risk of significant damage and allow slop.

How much does it all weight?

Prowder.com says:

“The Saddle can rotate both directions up to 25deg & 45deg with minor modifications.”

Can Prowder please explain those “minor modifications” here and post images demonstrating them?

Will this system work with Tesla bindings or only the pin? Not sure why it wouldn’t?

Be calm young grasshoppers

All will be revealed soon!

more options than fingers to count on these day!