Yeah, you're right. My bad.Originally posted by bbmj
Correct me if im wrong, but thats not a URT, it justs pivots around the BB, like Coves or the profile full suspensions.
Nice bike KornflakeOriginally posted by Zark
URT?! Holy cow, that is the sickest Y bike ever!
A concentric pivot URT freeride bike.... wow, thats different.
SH!T haha two orange avatars.....damn it.Originally posted by Kornphlake
Ain't mine
must be fun to test bikes eh?Originally posted by mental
Very nice ride! I'll be grabbing a test bike next month that's very similar to the one you've built! Gary's work is amazing and after seeing some up close and personal, I know pictures don't do it justice!
I'd love to get your feedback and impressions as you get some miles on it!
http://www.hairygary.com/mountain_bikesdh.htmlOriginally posted by snowskilz
how much travel does the bike have? how much was it?
Actually brazing is just as strong if not stronger than tig welding. It takes longer and it takes more skill so very few builders use it. The filler is also more expensive.Originally posted by Tame Ape
Man, that downtube shock mount is just about the dodgiest thing I've ever seen! I assume that the tubing is all straight gage? I'd hate to think that DT is butted on any level!
I thought brazing wasn't as strong as a TIG weld? Much less a brazed and lugged DH bike. What an anachronism! This isn't a road bike from the sixties!
maybe. But probably not. If what you say is 100% true, then companies like Turner and Maverick and Seven and Merlin and Intense would be brazing. Kinesis would have a division focused solely on using brazing torches.Originally posted by buildyourown
Actually brazing is just as strong if not stronger than tig welding. It takes longer and it takes more skill so very few builders use it. The filler is also more expensive.
The fillet on a braze is larger and therefor distributes the stress over a larger area. Also, the surface is smooth as opposed to having the little ripples that are charateristic of a tig weld. These ripples can be stress risers that start cracks. Tig welding is also done at much higher temps which mean a larger heat affected zone.
Don't assume that a method of construction is inferior just becsue all the big companies don't use it. Lugs and brazing aren't commonly used any more because of cost and marketing.
I agree (were talking about the front one, the bolt on thing, right?)Originally posted by Acadian
that shock mount is SCARY!!!!
You would think so looking at it, but we have bolt on crowns on our forks so what's the difference with a shock mount?Originally posted by ViolentVolante
I agree (were talking about the front one, the bolt on thing, right?)
Turner and Maverick and Intense only work in Alum so tig is the only choice. Merlin does Ti so again, tig only. Seven DOES do beautiful brazing. Kinesis only build bikes in large volume. When you are trying to save money, the extra 2 hourS it takes to braze a frame adds up quick.Originally posted by Tame Ape
maybe. But probably not. If what you say is 100% true, then companies like Turner and Maverick and Seven and Merlin and Intense would be brazing. Kinesis would have a division focused solely on using brazing torches.
Regarding the 'ripples' you are talking about, when I read that, I assumed you meant the bead laid down by the welder. Is so, those 'ripples' are just extra material left behind for looks that can be 'scrubed' off (ex:cannondale).
Brazing does not seem to be suited to rigorous riding. Otherwise we would see it used more often then on Road bikes and the erstwhile XC frame.
Originally posted by lukeduke
so you can see the pivot and rear shock mount. 2 rear mount holes for 7" or 8.5" travel via a 2.75" stroke Manitou Swinger 6way. I could even put a 3" stroke shock on here and get nearly 10" travel, but no need for that....