A buddy has one on order. It's too bad his will be an XL probably though, I'd like to take it for a little spin.We got a sneaky peak of the Sight and Optic. Super interesting but defs not Kidwoo-santioned.
A buddy has one on order. It's too bad his will be an XL probably though, I'd like to take it for a little spin.We got a sneaky peak of the Sight and Optic. Super interesting but defs not Kidwoo-santioned.
Built a couple of them up.View attachment 206596
I'd like a better look at that main pivot/idler thingy. Wonder what size the hardware is in the main pivot and whether that idler bolt is also retaining the pivot bolt or something.
People often face issues with them getting loose? Not really interested in an idler bike for now but I am curious.Built a couple of them up.
It's really not a great design. And neither is the idler guide.
Would NOT want in my life.
damn son, shit didn't even get good until after the war on terror!Woo needs to license his stamp of approval so people know they are buying quality products designed sometime during the Cold War.
Yeah. it's just another issue waiting to happen. As it's basically a fiddly mud trap with poor hardware and kinda easy to strip a thread fitting/undoing by a home mechanic/rider (even moar so if it needs disassembly on a ride.People often face issues with them getting loose? Not really interested in an idler bike for now but I am curious.
I'm with Gary on this one. Always something so nice about relatively simple and clean bike designs without a lot of nooks and crannies and fiddly hardware. Aside from reducing the chance of something minor wrecking a ride or race, I like riding in the rain and mud enough that ease of cleaning and maintenance is higher on my priority list than the arguable benefits of HP idler bikes.Yeah. it's just another issue waiting to happen. As it's basically a fiddly mud trap with poor hardware and kinda easy to strip a thread fitting/undoing by a home mechanic/rider (even moar so if it needs disassembly on a ride.
Devinci spartan has to be the worst design I've worked on in recent years. But they mainly all fall into the above downsides.
There's 100% a faster rider than you not on an idler at your local DH/Enduro venue. Overly complicated high pivot idler bikes simply don't interest me.
Seriously! I am still wondering why everybody i so excited by the new, all CNC-machined bikes/stays. All these corners where dirt can get trapped seems to be a nightmare. A frame made from tubes or closed monocoque structures seems to be the best option to make a bike weather proof.I'm with Gary on this one. Always something so nice about relatively simple and clean bike designs without a lot of nooks and crannies and fiddly hardware. Aside from reducing the chance of something minor wrecking a ride or race, I like riding in the rain and mud enough that ease of cleaning and maintenance is higher on my priority list than the arguable benefits of HP idler bikes.
That also applies to some non-HP or idler designs that just look like a designer had KPIs for mud storage abilities and total surface area when they designed it.
If I owned one of these things I'd only be bothered to ride it in the 5% of days that were perfect weather without either mud or dust.
the fancy Gamux race bikes having all their cnc pockets covered with cheap electrical tape always make me wonder how much the engineers are actually listening to team feedback.Seriously! I am still wondering why everybody i so excited by the new, all CNC-machined bikes/stays. All these corners where dirt can get trapped seems to be a nightmare. A frame made from tubes or closed monocoque structures seems to be the best option to make a bike weather proof.
I wonder how much welders are paid these days. Can you really produce a CNC'd bike cheaper than let someone weld you some tubes together? Same goes for the Pivot carbon tubes in lugs prototypes. How can this be easier to manufacture than just welding a prototype?the fancy Gamux race bikes having all their cnc pockets covered with cheap electrical tape always make me wonder how much the engineers are actually listening to team feedback.
I wonder how much welders are paid these days. Can you really produce a CNC'd bike cheaper than let someone weld you some tubes together? Same goes for the Pivot carbon tubes in lugs prototypes. How can this be easier to manufacture than just welding a prototype?
I'm pretty sure at least one of their racers is one of the engineers, so I always figured it was a case of "yeah we know it's a problem but we can't think of a more elegant design that doesn't compromise structure or add a bunch of weight."the fancy Gamux race bikes having all their cnc pockets covered with cheap electrical tape always make me wonder how much the engineers are actually listening to team feedback.
So this is more a dig at all idlers and not their specific design? Personally what I'm riding now means I don't need a plow bike anyway but I'm just curious. The design from pics above does really seem like a mud trap so I can imagine this being shit in UK or Poland (since weirdly we get comparable rainfall).Yeah. it's just another issue waiting to happen. As it's basically a fiddly mud trap with poor hardware and kinda easy to strip a thread fitting/undoing by a home mechanic/rider (even moar so if it needs disassembly on a ride.
Devinci spartan has to be the worst design I've worked on in recent years. But they mainly all fall into the above downsides.
There's 100% a faster rider than you not on an idler at your local DH/Enduro venue. Overly complicated high pivot idler bikes simply don't interest me.
Both.this is more a dig at all idlers and not their specific design?
BuT I NeEd My HiGhZZ PiVitZZ To HelP WiTh My OcHaInZZBoth.
Bearing in mind the idler is also subject to a chain pulling down on it and it's axle/hardware during pedalling. The thing needs to be fitted securely via a reliable method which also needs to be easy to clean and maintain or change out if required.
But even if it was done well that shit just isn't needed.
I mean for DH bikes or for people living in specific areas I get the appeal but I think more people will buy it than who need it.Both.
Bearing in mind the idler is also subject to a chain pulling down on it and it's axle/hardware during pedalling. The thing needs to be fitted securely via a reliable method which also needs to be easy to clean and maintain or change out if required.
But even if it was done well that shit just isn't needed.
Says the guy with a linkage forkoh wait, I ooh'd too quick. I thought they were using a chain to the pinion and a belt to the back wheel, avoiding the 19ft chain nonsense. Instead, they are doing the chain wrap nonsense with a belt. holy fucking shit
linkage forks are the future, manSays the guy with a linkage fork
belt drive linkage forkslinkage forks are the future, man
Belt driven Knolly style linkage forks.belt drive linkage forks
Can I get a floating brake arm on that?Belt driven Knolly style linkage forks.
Ochain editionCan I get a floating brake arm on that?
+1Can I get a floating brake arm on that?
They would just need to attach the brake to the chainstays (depending on how the linkage looks like), no?+1
Brake jack on such designs is soooo fuckin bad, I cannot understand why people even go that way...
They would just need to attach the brake to the chainstays (depending on how the linkage looks like), no?
Good looking bike..hope they do well on it...I'd love to try one out ..ooh:
I know, I was thinking something similar what Yeti did on the Lawwill bikes. So you don't need a long arm for the floater.
both rotor and the caliper have to move around the same pivot point
Bolt on haggis holderMOAR things bolted on is EXACTLY what that frame needs
I'm trying to think of some way it could have worse efficiency, but I'm coming up blank.
Still can't get over the fact somebody did a "best of..." for those monstrosities. It's like doing a top 10 chart for cancer.
Still can't get over the fact somebody did a "best of..." fo those monstrosities. It's like doing a top 10 chart for cancer.