Press Release: Cascade ComponentsHere we are again with a couple of new links. This time around we’ve got a link for the 2019-2020 Commencal Meta AM 29 and the 2018-2020 Transition Scout.
2019-2020 Commencal Meta AM 29 LinkOne of the most under-rated enduro bikes now has the Cascade Components treatment. If you like slapping corners, hitting jumps and riding fast, our link and yoke combination for the 2019 to 2020 Commencal Meta AM turns the bike into the bike you always wanted.
The Meta link is available in black and red
Rear wheel travel is bumped up to 165mm and progression is bumped up to 23% compared to the stock link at 17%. How does this all translate to the trail? As with our other links, bottom out resistance is increased which is noticed when hitting larger drops and jumps. An increase in mid-stroke support helps the bike maintain composure when hitting G-outs, berms and jumps. An increase in small bump compliance helps the rider hold better traction across smaller rocks and roots. This bump in progression also helps the frame pair better with coil and large can air shocks while also reducing the need to run an excessively stiff spring rate or excessive compression damping. All perfect for getting your bike ready for a rematch with the Grim Donut.
Specs and Details:• 165 mm of travel with the stock shock
• Progression increased to 23% compared to 17% with stock link
• Includes linkage and yoke
• Sealed Enduro MAX bearings
• CNC’d from 6061-T6 in the USA
• Colors: Black, red
• Cost:
$369 USD.
2018-2020 Transition Scout LinkWe figured it was about time to adapt the design philosophy behind the V1 Sentinel link to the 2018-2020 Scout. As with the V1 Sentinel link, this link increases progression as well as travel to deliver a ride that simultaneously has more pop and traction while being much harder to bottom out. The amount of progression is increased to 21% from 11% and the travel is bumped up to 140 mm. These changes are all done using the stock shock size and without altering the geometry. If you are looking to breathe new life into your Scout look no further. As we’ve said before, the link transforms the handling in a way that can’t be duplicated by a shock, volume spacers, or damping tune.
The Scout link is available in black and silver
Specs and Details:• 140 mm of travel with the stock shock
• Progression increased to 21% compared to 11% with stock link
• Sealed Enduro MAX bearings
• CNC’d from 6061-T6 in the USA
• Colors: Black, silver
• Cost:
$319 USD.
For more information on our links visit
cascadecomponents.bike.
IMHO, the wording of the product kinda aims to get me to say “oh yeah, sure, this will fix my broken suspension, I defo need it!”
How about expensive carbon bikes that are a bit old? Ibis Ripmo v1? Could do with more progression to run a coil? Also has a pretty steep HA? Seems prime for a new link. Their sales where pretty high for a small brand...might make a nice addition?
I’d buy one
The cascade fix this leverage ratio issues but unsure how it effects the antirise, anti squat, and pedal kick back.
linkagedesign.blogspot.com/2019/10/commencal-meta-am29-2020.html?m=1
You really think this will be a large change?
I also had offset bushings, cc angleset and fast suspension pike 3-way valve so I have invested in this stuff before. Can’t say it’s worth it.
First lets look at over-springing. If you over-spring a bike it will be harder to bottom out yes. But the downfall to this is the amount of sag at the wheel is decreased at hinders the bike's ability to track well. Increasing progression so that the bike no longer needs to be over-sprung fixes this.
Now for volume spacers. Yes you can put a bunch of volume spacers in a shock and get the bottom out resistance up while keeping the sag at the wheel the same. This does two things that aren't awesome though. First all that bottom out resistance comes towards the end of travel so it more or less is creating a wall of pressure. Second the large pressure differential results if pretty different rebound speeds between top and bottom of travel. It's either too fast at the bottom of travel or too slow at the top of travel. Volume spacers are why people think more progressive suspension sits deeper in its travel. Volume spacers do that, but more progressive linkages actually do the opposite.
Lastly, with damping there isn't a magic tune that allows it to be both firm on large impacts and soft on smaller ones. Shock speed is shock speed and the shock doesn't know whether its a root or a drop that's making the shock move fast. If you increase compression damping to increase bottom out resistance it will result in the suspension not responding to high frequency impacts as well. This in turn is more fatigue for the rider. There is an ideal balance of spring rate, damping, and rider weight. For more aggressive riders this is best achieved with a more progressive linkage.
So essentially increasing progression allows those who need it to get a better small bump, bottom out, and mid-stroke simultaneously because they no longer need to make compromises that have been improving one at the expense of another. The draw back is less aggressive riders who try the link won't be able to use full travel as easily or at all.
I mean unless the riders setup is very well done and the rider very aware of minor changes are you seriously suggesting this isn’t just a placebo or snake oil?
- Comparing both, there is a very small deviation in progression to to almost zero deviation from 40mm stroke onwards.
I’m not sure what you mean my useable range, the graph shows reality surely? If the graphs scale was altered it would almost look like no deviation from the original curve at all -
e.g. mid point in the shocks stroke it looks like the new link is at approx 2.75 ratio v the original 2.65 - a 0.1 change, this will be almost completely irrelevant in reality.
As for plot scale. You can scale a plot to look like anything. I could make the Y axis go to 1000 and then both lines would look like they might as well be zero. Picking as scale that's relevant to the subject is important. Stretching the Y axis to go all the way down to zero doesn't convey useful information because you will never see leverage ratios that are zero. It circles back to the usable range thing. We aren't talking about comparing things on a scale from 0-5 for example. We are looking at a leverage ratio range of 2-4 at the absolute maximum. More like 2.2-3.5 as the plot is scaled.
What do you mean by percentage of progression? Percentage of what?
Picking a single point on the curve doesn't teach you anything. You could pick the end of travel and then they would be the same. But the whole entire curve is not the same at all. However if you want to get into the significance of a 0.1 difference in leverage curve lets do that. The stock curve goes from about 3 to 2.5, so a change of around 0.5. Moving a single point by 0.1 is 20% of the entire change in the stock curve. That's quite significant. Saying that's not meaningful is like saying a switching to a 600 lb spring from a 500 lb spring might as well be the same thing or that the dials on your shock do absolutely nothing.
stating a change in ratio of 0.1 as being 20% of the stock curve while true is just a ridiculous, it’s a tiny deviation from the original curve, but if that’s where we are do you care to comment on the fact that from 40mm into the shocks stroke there is almost zero deviation from the stock curve - you claim increased progression but the rate here is in all reality identical - there is realistically zero difference in the last 33% of travel, no extra progression at all, nothing.
• Progression increased to 23% compared to 17% with stock link
Other than claiming exactly that in your own press release of course.
Same with the Meta Power 29, it should be using the same link as the AM 29, but they couldn't confirm whether that would fit or not when I contacted them.
More travel out back !! and clearance issues so would have to run the rear firmer
Also I plan on getting one of these for my 2020 Stumpy. See how it feels.
425€ is roughly 510$ at current exchange rates.
So VAT is a 140USD ~38% markup?
Depending on the price, i see a golden oportunity here
I got a 2019 one because I don't race (I did race it at the Macavalanche), but wanted something to just f**k about on. It's coped with bike parks, jumping, bit of xc.. As someone living in the South of the UK it's nearly perfect.
Would I buy it again? Maybe. I've put maybe 1000 miles on it but very few at the park. Hoping to spend some time at the park next fall to see if it has a different feel there.
That being said, 17-23% is not quite the same as 7-19%...
Why not add bearings in the upper shock mount, like on the newer Scout?
Any plans for the 16-19 Hightower LT?
Maybe lump a few links into one press release?
It’s like a chainring manufacturer giving out a release every time they make a new one, aaah a 30t today ooooh a 32t tomorrow, maybe a 34t next week or possibly a new colour.
How interesting....
A friend bought it for his Bronson and it didn’t fit. Sent it back and got a refund.
You, ride a Gen1 Process. Two different animals and execution of the modified single pivot. Sorry your friend's Bronson link didn't work out. But, I've had a good experience with my Cascade link. Cheers.
1. Damping is not position sensitive. As such you cannot increase mid-stroke support with damping. Without increasing mid-stroke support, the bike will drive into it's travel in g outs and berms as well as being more prone to packing up.
2. Your shock doesn't know what kind of thing the bike is running into, only how fast it is moving. Is it a square edge hit or a hard landing? It doesn't really know. You can't have a tune that adds compression and also feels better on high frequency impacts. If you tune for high frequency impacts the damping won't absorb enough of a larger impact.
3. An impact is an energy input. This is distributed between energy stored in the spring and energy dissipated by the damper. To increase bottom out resistance you have to increase the sum of those two. If you increase the amount of energy dissipated by the damping that's more fatigue to the rider then increasing the energy stored in the spring.
Also what you are describing with a wall of progression is how cramming a shock full of volume spacers works. That is nothing like what occurs with a link. It is a smooth ramp over all of travel.
Additionally, there is actually a review for the Process link out there that's worth a read.