I am assuming you have the mino link in the steep setting? Either offset links or angleset. Anglesets can be a bitch tho. I have not slapped on in mine yet. Digging it as is now at 65.
Ya screw that Angleset,..K.I.S.S. principle= offset bushings!
We've knocked up a quick (and dirty) prototype adapter for non-DRCV shocks.
It's effectively a standard bushing with a thread in either end so the standard Trek bolts can screw directly into it. This keeps a stock look and means you don't have to worry about sourcing a replacement bolt - which can look pretty untidy / incurs more cost.
We would have to machine it from hardened Steel as the bushing will be under a lot of pressure under compression. So ignore the brass here..
It's unlikely we will be able to offset this, that's the only downside. Due to the relatively thin wall thickness when center drilled, I'd rather not produce an offset version due to how strong the product needs to be. With an Offset Bushing in the lower shock mount, you'll still be able to reduce the e2e length by 2mm, 1mm short of the original e2e.
Would you guys be interested in a product like this? Or would you prefer to use a whole new bolt?
Jeron
Hi Jeron, I've been running one similar and the biggest problem other than I bent it is, the fact that both factory Trek bolts are right handed threads. So when it come to undoing them you have to some how stop the threaded part from spinning. I would much prefer a nice bolt. Hence the reason I've just ordered a set of std offset bushings for my Remedy with a Float X2. Mark
We've knocked up a quick (and dirty) prototype adapter for non-DRCV shocks.
It's effectively a standard bushing with a thread in either end so the standard Trek bolts can screw directly into it. This keeps a stock look and means you don't have to worry about sourcing a replacement bolt - which can look pretty untidy / incurs more cost.
We would have to machine it from hardened Steel as the bushing will be under a lot of pressure under compression. So ignore the brass here..
It's unlikely we will be able to offset this, that's the only downside. Due to the relatively thin wall thickness when center drilled, I'd rather not produce an offset version due to how strong the product needs to be. With an Offset Bushing in the lower shock mount, you'll still be able to reduce the e2e length by 2mm, 1mm short of the original e2e.
Would you guys be interested in a product like this? Or would you prefer to use a whole new bolt?
Jeron
Hi Jeron, I've been running one similar and the biggest problem other than I bent it is, the fact that both factory Trek bolts are right handed threads. So when it come to undoing them you have to some how stop the threaded part from spinning. I would much prefer a nice bolt. Hence the reason I've just ordered a set of std offset bushings for my Remedy with a Float X2. Mark
Thanks for the feedback, Mark!.. and the order
We're just prototyping a bolt setup at the moment so we can offer a full conversion kit. Which will make life nice and easy!
I'm tring to upgrade my 2015 remedy 9 29er shock. I've changed the fork to a new fox factory 36 with 160mm and I'm looking at the x2 for the rear. Has anyone done this on a new Remedy?
I'm tring to upgrade my 2015 remedy 9 29er shock. I've changed the fork to a new fox factory 36 with 160mm and I'm looking at the x2 for the rear. Has anyone done this on a new Remedy?
Quite a few people discussing that on here I believe.
You'll need a pair of Offset Bushings and a replacement m10 upper mount bolt.
You won't technically need a pair of Offset Bushings, but it is highly recommended.
On an unrelated note, anyone pull apart the 2016 Float 36 on the remedy 29 yet? If so, is it the same as the regular version but with a spacer chucked in to take it down to 140?
You won't technically need a pair of Offset Bushings, but it is highly recommended.
On an unrelated note, anyone pull apart the 2016 Float 36 on the remedy 29 yet? If so, is it the same as the regular version but with a spacer chucked in to take it down to 140?
It would fit without - though due to the difference in e2e between a DRCV shock and a standard one, it'll mess up your geometry a bit!