It'd be nice if they'd run a real bike park, and specifically on Peak 9. Its pitch is perfect, but instead I have to build the DH trails on it. They're fun though. Right down through the trees between runs.Was just in Breckenridge for 4 days. It's been a while due to covid and whatnot. But since 2 years ago they added a new lift and updated an old one. Both much needed and a good investment. The new one may be a six pack. Not sure, didn't ride it. The other was a slow school fixed double. Now detachable quad. I was impressed.
At least here in CO, I have no beef with VR.
1. Brakes are set up backward.For the technical experts here. What’s wrong with the Gambler? DH forum and all?
I don’t understand Leland.1. Brakes are set up backward.
2. With the headset in the slack position the fork should be slid down in its crowns, not up, to maintain height.
3. It's a few generations before the Gambler became a bike I wanted. Now I think it's clearly the best thing going unless you like a rearward axle path.
We are old and we remember people that made stuff that broke and Scott made quite a lot of stuff that did back in the day. I only raced for a couple of years but I thought it was funny that 50-60kg dudes were cracking Gamblers in 09-10 in pretty quick time. A buddy that owned a shop dropped Scott mostly because of warranty claims, again, that was a good few years ago.
From my Ransom experience:was wondering what people thought was wrong with it
Gambler so far is mostly immune to the crazy pills that the rest of the designers are taking, but the integrated bar/stem is a warning sign.
It's not that it's a torx or allen, it's the size of the interface relative to the bolt. The friction created by that giant bolt and interface needs a much bigger allen or torx IME to ensure you can easily remove it and get to the bearings, what happens is with so much friction, putting it both on and off, you tend to strip the interface rather quickly. Especially with any threadlocker...even when you heat it up. The interface gets all distorted at first and then eventually just gives up. It really needs to be like 10 or 12mm allen or T50 or something. These aren't something I want on my multitool, I want them the proper size for servicing the bike and bearings. Like I said, it's a criticism of many bikes, not just this one, but the tiny interface with giant bolt thing doesn't work well IME, it's more like "we don't plan for the customer to service this"...Trunion is debate-able. What’s your criticism exactly?
The huge alu bolts with a T30 have never been a problem for me. T30 isn’t small. I hear what you are saying but living with a Gambler in a bike park, this is a non issue… IF you have a T30 which isn’t on your multitool. You would prefer an 8mm Allen?
What current DH bike satisfies your criteria?
Also, when you strip a bolt with a regular shock odds are you'll end up replacing just the bolt, maybe the bushings. With trunnion you will have to replace the entire shock. And it transfers more lateral loads to the shock, which ultimately shortens the life of the seals and could even break the shaft.Trunnion, just more compatibility issues.
A product manager's life: all the blame, none of the fametranslation: @buckoW has been tasked to find out why the gambler isn't selling
Pole bicycles entered the chat"go find what those old RM bastards think of the Gambler, and we'll do exactly the opposite they say"
Are any DH bikes really selling?translation: @buckoW has been tasked to find out why the gambler isn't selling
well for starters @buckoW is only technically riding the rear triangle of a gambler....Are any DH bikes really selling?
1. Only a maniac (or former colonist) would use their right hand for front braking.I don’t understand Leland.
1. what?
2. what?
3. Yes, the new one is much better!
True. Plenty of pitch on Peak 8 if you do the trees as well. As you probably know, it's the go to for front side powder without waiting for avalanche blasting. But trees... which makes it a good filter factor.It'd be nice if they'd run a real bike park, and specifically on Peak 9. Its pitch is perfect, but instead I have to build the DH trails on it. They're fun though. Right down through the trees between runs.
Well "brand" is kind of like "stereotype", right? So if your stereotype is weird due to unique and non-typical things. Then there you go.@SylentK Wondering if there’s more than just a brand bias.
It's not that it's a torx or allen, it's the size of the interface relative to the bolt. The friction created by that giant bolt and interface needs a much bigger allen or torx IME to ensure you can easily remove it and get to the bearings, what happens is with so much friction, putting it both on and off, you tend to strip the interface rather quickly. Especially with any threadlocker...even when you heat it up. The interface gets all distorted at first and then eventually just gives up. It really needs to be like 10 or 12mm allen or T50 or something. These aren't something I want on my multitool, I want them the proper size for servicing the bike and bearings. Like I said, it's a criticism of many bikes, not just this one, but the tiny interface with giant bolt thing doesn't work well IME, it's more like "we don't plan for the customer to service this"...
Trunnion, just more compatibility issues.
I've had all kinds of pivot bolts unscrew themselves...the problem if the interface is bigger is ensuring people aren't over-tightening, but this opposite problem comes from the earliest days of suspension. if you put a freaking bolt on the bike, I want to be able to stick a tool in it, loosen it, and tighten it. I don't want the damn thing stripping out because it's a 5mm tool interface for a 20mm pivot bolt. That's essentially what's happening, whereas your 5mm fastener has, well, a 5mm threaded insert...the threaded interface here is many times larger with magnitudes larger surface area than the tool interface, it seems like a failure in design 101. You can't always have it be exactly the same, but it's often so grossly mis-proportioned IME that it's just ridiculous. On the Scott above, tiny little torx, but giant pivot bolt. Sure, you can grab the hell out of that torx...but it's just going to strip, both ways and at the least, the interface is going to get severely warped...because it's aluminum and the friction of the bolt is so high.The interface to fastener diameter isn't nearly as relevant as interface to torque spec. Which in my experience for pivot bolts tends to be single digit european ugga duggas as you are preloading the bearing. So the interface may be an issue if you like to torque everything to yield, probably not an issue if simply tightened to spec.
Torque in ≈ Torque out. It has pretty much nothing to do with the fastener diameter. There are exceptions if the threads corrode or get dirty, so as long as things are treated and protected properly it is a non issue.I've had all kinds of pivot bolts unscrew themselves...the problem if the interface is bigger is ensuring people aren't over-tightening, but this opposite problem comes from the earliest days of suspension. if you put a freaking bolt on the bike, I want to be able to stick a tool in it, loosen it, and tighten it. I don't want the damn thing stripping out because it's a 5mm tool interface for a 20mm pivot bolt. That's essentially what's happening, whereas your 5mm fastener has, well, a 5mm threaded insert...the threaded interface here is many times larger with magnitudes larger surface area than the tool interface, it seems like a failure in design 101. You can't always have it be exactly the same, but it's often so grossly mis-proportioned IME that it's just ridiculous. On the Scott above, tiny little torx, but giant pivot bolt. Sure, you can grab the hell out of that torx...but it's just going to strip, both ways and at the least, the interface is going to get severely warped...because it's aluminum and the friction of the bolt is so high.
I use a normal stem and bar on my Ransom. It can take aftermarket coil shocks and many owners have done that but I just can't give up the short travel mode for climbs. The cable routing is still normal and easy to work with. Surely the next gen won't be. Massively under rated enduro frame because everyone focuses on the shock. I see it as one of the best enduro frames with the bonus of being able to use that shock.I would very seriously consider a new Ransom as a frame only. No twinlock, no stem, figure out a solution for cable routing (even if it involved a few new holes in the downtube). Might even be easier to sell later configured like that.
>They cost roughly 50% more than the equivalent specced brand of bike that won 80% of the WCs the last three years.translation: @buckoW has been tasked to find out why the gambler isn't selling
He prefers the (perceived?) increased lateral flex as it improves (perceived?) traction.Speaking of Gamblers, Anyone know why Dean lucas was on aluminum version?
Even with thread lockers? I am replacing the big Al bolts on my SC with Ti ones because they already look like shit.Torque in ≈ Torque out.
Or a person that rides motorcycles as well.1. Only a maniac (or former colonist) would use their right hand for front braking.
torque decay is a known phenomenon; aka removal torque < application torque. more common with polymers.Torque in ≈ Torque out. It has pretty much nothing to do with the fastener diameter. There are exceptions if the threads corrode or get dirty, so as long as things are treated and protected properly it is a non issue.
I have gone down some deep deep rabbit holes when it comes to screw torque calculations. It is fairly complicated but as long as you don't torque the shit out of something you will not need to torque the shit out of it to get it loose. So as long as the torque specs aren't high, and it is torqued to spec, a T30 inerface will never need to have it's limits exceeded.
For a given pitch you often want to use a larger diameter thread when low clamping force is required and you don't want things to back out.
And science invented portable induction heaters and Penetrene.
torque decay is a known phenomenon; aka removal torque < application torque. more common with polymers.
Friction can get weird especially with polymers but you can think of a simple model of a fastener like a vertically spring loaded object moving on an inclined plane. The angle of the plane determined by the ratio of thread pitch and diameter. Steep enough of an angle and the object will slide down or the fastener will back out. Sufficient friction and a shallow angle and it will stay in place. The force pushing the object down the ramp will always be lower than pushing up. The diameter of the fastener cancels out with input torque so the linear force is pretty much proportional to torque and thread pitch.Even with thread lockers? I am replacing the big Al bolts on my SC with Ti ones because they already look like shit.