Brilliant, 4 fork legs and 2 degrees of freedumb!This is getting stupid. Like Cannondale 90s stupid.
Might want to zip-tie the crown to the stanchions and steerer while you are at it.Are current forks so bad that we need to zip tie extra dampers to the outside of 'em?
With a headshock.Brilliant, 4 fork legs and 2 degrees of freedumb!
Oh oh, how about a linkage fork mounted to a telescoping fork.
Because then you have to stop eating cheese.I mean...I'm an air fork guy, but...
if you're adding all this extra weight to try and get your air fork to ride like a coil fork, why go for one of the several coil conversions on the market now?
What am I missing?
Why the hell would I want to do something silly like that?Because then you have to stop eating cheese.
soon, the official fork of the space force cavalryLooks like that fork can orbit around the moon
And still have it creak..."Imma put 2 grand into a new single crown fork and then pile up another grand on tiny strap-on tubes"
FIFYFuck you all. I'm going to get this and run it with a DSD Runt and a Secus.
Yo dawg, we heard you like air chambers, so we added air chambers to your air chambers, then added a couple of sweet extra air chambers to those air chambers.
I do wonder how much MORE than a coil all that shit would weigh.Fuck you all. I'm going to get this and run it with a DSD Runt and a Secus.
Yo dawg, we heard you like air chambers, so we added air chambers to your air chambers, then added a couple of sweet extra air chambers to those air chambers.
Apparently mounting straps with acorn nuts are coming, but I'd go with the zip-tie, that way you can colour-co-ordinate.I can't wait to show off at the trailhead with my $2000 fork zip tied together. Thats some impressive "engineering"
Pssh. I'll have you know it doesn't just weigh more, it also cost more and therefore is better.I do wonder how much MORE than a coil all that shit would weigh.
I do like how they've made the aesthetics match up so well with everything on their website so they don't have to update the website.Secus is brilliant while that thing from Avy is retarded as fvck.
Once the web designers are finished there they are going to start on the Hadley site.I do like how they've made the aesthetics match up so well with everything on their website so they don't have to update the website.
ftfy.Secus is in production and released for sale while that thing from Avy is still in development.
All of this extra crap we now have to bolt to telescoping forks makes me wish linkage forks to become more mainstream. That single leg fork that dude on PB came up with I posted a while ago is a good start, tho I'd go with a trailing arm design instead. Maybe a subject for a new thread.
I think Trust going belly-up so quickly will have the knock-on effect of putting the kybosh on anyone thinking of innovating in that field for a while. I've put a day in the Whistler bike park into a Motion Ride and there was definitely merit to the design, the anti dive was an amazing benefit riding sustained, steep tech but it wasn't without issues either and that's the limiting factor that both they and Trust run into in my opinion. If you want people to adopt it widely, it can't be objectively worse than a telescopic fork in any area of performance regardless of the baked-in linkage benefits you offer.All of this extra crap we now have to bolt to telescoping forks makes me wish linkage forks to become more mainstream. That single leg fork that dude on PB came up with I posted a while ago is a good start, tho I'd go with a trailing arm design instead. Maybe a subject for a new thread.
Eh, I think Trust had trust issues. They had a shitty damper that they then used marketing wanketeering to hype up as not shitty (ala Cannondale), their prices were astronomically high, and in general they treated prospective customers like shit.I think Trust going belly-up so quickly will have the knock-on effect of putting the kybosh on anyone thinking of innovating in that field for a while. I've put a day in the Whistler bike park into a Motion Ride and there was definitely merit to the design, the anti dive was an amazing benefit riding sustained, steep tech but it wasn't without issues either and that's the limiting factor that both they and Trust run into in my opinion. If you want people to adopt it widely, it can't be objectively worse than a telescopic fork in any area of performance regardless of the baked-in linkage benefits you offer.
But how dafuq you gonna add extra air chambers to the lowers?Eh, I think Trust had trust issues. They had a shitty damper that they then used marketing wanketeering to hype up as not shitty (ala Cannondale), their prices were astronomically high, and in general they treated prospective customers like shit.
The DIY fork on PB (https://www.pinkbike.com/news/the-single-sided-carbon-fiber-diy-linkage-fork.html) is a much better fundamental design. You don't need to innovate much of anything actually, just package existing components in a novel way that gives customers options they didn't have before.
Good ideas:
1) You Mr. or Mrs. Prospective fork maker suck at damper design. Really, don't try it. Instead, just use an existing off the shelf shock that someone else has spent all the time and money making Not Shitty. Maybe don't even sell the fork with a damper, let customers choose their own.
2) There is no need for fancy Dave Weagle linkages. Single pivot will be fine. Minimize part count. Bonus points if you offer different pivot arms to let customers customize their leverage curves.
3) Nothing proprietary. Don't pull a c-dale and invent a hub standard. If you have a 1-sided fork, have some sort of thru-bolt clamp that works with standard hub sizes.
4) The biggest expense in fork manufacturing is casting the lowers (or uppers, for a USD fork). Since you're making a linkage fork instead of a telescopic fork, you can avoid this. CNC'd plates for the linkages, and welded tubing for the crown/body assembly will do fine. Existing frame builders should have most of the raw stock on-hand as-is, you're just combining them in a new way.
5) Points 1-4 are all about simplicity and using existing parts. This means your fork should be both durable, and at a price point that's comparable to, if not outright fleecing the competition.
there was definitely merit to the design, the anti dive was an amazing benefit riding sustained, steep tech but it wasn't without issues either and that's the limiting factor that both they and Trust run into in my opinion. If you want people to adopt it widely, it can't be objectively worse than a telescopic fork in any area of performance regardless of the baked-in linkage benefits you offer.
And even after all of that, itll still look like your bike has a pair of alien praying mantis legs on the front of it.Eh, I think Trust had trust issues. They had a shitty damper that they then used marketing wanketeering to hype up as not shitty (ala Cannondale), their prices were astronomically high, and in general they treated prospective customers like shit.
The DIY fork on PB (https://www.pinkbike.com/news/the-single-sided-carbon-fiber-diy-linkage-fork.html) is a much better fundamental design. You don't need to innovate much of anything actually, just package existing components in a novel way that gives customers options they didn't have before.
Good ideas:
1) You Mr. or Mrs. Prospective fork maker suck at damper design. Really, don't try it. Instead, just use an existing off the shelf shock that someone else has spent all the time and money making Not Shitty. Maybe don't even sell the fork with a damper, let customers choose their own.
2) There is no need for fancy Dave Weagle linkages. Single pivot will be fine. Minimize part count. Bonus points if you offer different pivot arms to let customers customize their leverage curves.
3) Nothing proprietary. Don't pull a c-dale and invent a hub standard. If you have a 1-sided fork, have some sort of thru-bolt clamp that works with standard hub sizes.
4) The biggest expense in fork manufacturing is casting the lowers (or uppers, for a USD fork). Since you're making a linkage fork instead of a telescopic fork, you can avoid this. CNC'd plates for the linkages, and welded tubing for the crown/body assembly will do fine. Existing frame builders should have most of the raw stock on-hand as-is, you're just combining them in a new way.
5) Points 1-4 are all about simplicity and using existing parts. This means your fork should be both durable, and at a price point that's comparable to, if not outright fleecing the competition.
Zip ties, duh.But how dafuq you gonna add extra air chambers to the lowers?
And even after all of that, itll still look like your bike has a pair of alien praying mantis legs on the front of it.
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Only the finest Duck Brand Duct tape.But how dafuq you gonna add extra air chambers to the lowers?
It'll go great with your Pit Viper glasses and neon color scheme.And even after all of that, itll still look like your bike has a pair of alien praying mantis legs on the front of it.