I'm wondering how the brackets for the Pinion box stay snug in the carbon. There can't be many layers around them. Perhaps there is more behind the visible tubes hidden inside the carbon structure.
Cool shot...
The output sprocket on The Alfine was big like 4"-5" diameter. I have it at home and can look. Most people pedal a DH sled way less than a trail bike. He had his proto for 2 years I am sure he tried different ways to make it quite. I was surprised to see the move away from a high point but have ridden enough Enduro rigs over the last 1.5 years to know how good a low SP can be on them.I yet can't understand his complaints about the idler on high-pivot. As far as I know, Lahar frame which Zerode G1/G2 is based on, doesn't use any idler and I can't remember any rider mentioning the noisy chain. Second, output sprocket on Lahar/Zerode G1 is very similiar in size to Pinion output sprocket, isn't it? So why did Metzy talked about small idler unable to keep the chain quite and that it would have required larger sprocket?
read the article, it's a 3d printed version, not the carbon oneI'm wondering how the brackets for the Pinion box stay snug in the carbon. There can't be many layers around them. Perhaps there is more behind the visible tubes hidden inside the carbon structure.
Nice thanks for doing that. I would agree with most of the graph. The bike pedals very well even with little LSC on the shock. Every once in awhile I can tell the rear stiffens under braking. It isn't a huge deal since it is very mild. The ability for it to deal with the rest of the rough terrain makes up for that I feel. It is very linear I had my CCDB Air with three large air can spacers in it and the HSC was like 3/4 of the way through its clicks.Hello guys! Just finished the Zerode G2 suspension analysis. How do you think the analysis results compare with your feelings on the G2? I'm particularly interested on the braking issue. I don't think it's very important, but who knows... Bye
Thank you, that perfectly matches with the graphs (numbers don't lie eheh)! I never tested a bike with such a rearward travel, I would like to test that ByeNice thanks for doing that. I would agree with most of the graph. The bike pedals very well even with little LSC on the shock. Every once in awhile I can tell the rear stiffens under braking. It isn't a huge deal since it is very mild. The ability for it to deal with the rest of the rough terrain makes up for that I feel. It is very linear I had my CCDB Air with three large air can spacers in it and the HSC was like 3/4 of the way through its clicks.
yesHey guys I was just wondering if the rearward axle path has a detrimental effect to the cornering ability of the g27.5 thanks in advance
That would explain all the braking bumps at Highland.yes
result:
Agreed^2. Now if only they could do some something about the twist shifter.jesus christ on a crutch that's a sexy ass bike. fuck.
jesus christ on a crutch that's a sexy ass bike. fuck.
so fukking rad.. +1 song into the "pump up" playlistthat reese potter vid gives me a fucking boner every time.
You dont need to brake while riding this bike.....blame the Demo's out there.That would explain all the braking bumps at Highland.
Yeah I can see making a shifter with some sort of cam in it that pulls the cable much further than a traditional one would. Yes it has a water bottle mount...I wants so bad! I know its required for the gear box to shift but two shifter cables, there must be some sort a trigger fix to that? Nitpicking aside that bike looks amazing!
Water bottle mount?
I wonder if the contraption used on some Cavaliere bikes could be adapted to the Pinion gearbox...I wants so bad! I know its required for the gear box to shift but two shifter cables, there must be some sort a trigger fix to that?
I feel that this could be the root of extinction of the eagle...Features
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- 600% Range
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some of thoes lines and gaps he pulls are super fukcing insane!that reese potter vid gives me a fucking boner every time.
Most carbon bikes have alloy skeletons that extend into the carbon, often quite substantially (especially at points of high loading). As I'm sure you know, carbon doesn't handle localised loadings well, but sometimes the skeletons are much bigger than most people realise - so a "full carbon" frame can have a reasonable percentage of metal inside.I'm wondering how the brackets for the Pinion box stay snug in the carbon. There can't be many layers around them. Perhaps there is more behind the visible tubes hidden inside the carbon structure.
Cheers. Your answers always make me think why the hell did I post such a stupid question. Which is actually good thing, props to your explanation skills.Most carbon bikes have alloy skeletons that extend into the carbon, often quite substantially (especially at points of high loading). As I'm sure you know, carbon doesn't handle localised loadings well, but sometimes the skeletons are much bigger than most people realise - so a "full carbon" frame can have a reasonable percentage of metal inside.
Sometimes manufacturers don't do this - and the result is cracks in areas like pivots where the excessively small inserts start to tear from the frame.
With that said, the large surface area where the pinion box sits in the Zerode is an example where mostly carbon can/should work well - since there the load is spread out.
Ende gut - alles gut.Cheers. Your answers always make me think why the hell did I post such a stupid question. Which is actually good thing, props to your explanation skills.
Well die cast casing it is and a few other little improvements. Great to see the evolution of this...Frothing over this... ridden a P1.18 Ti hardtail I made a couple of years ago and hasn't missed a beat.
Pinion is about to release info for there next gen line. My guess is a long fibre carbon injection moulded casing to save mass weight! (pun intended)...
Hopefully Rob offers this with first batch of bikes!
http://pinion.eu/ 5 hours to go...