![]() | The Slayer SS has more R&D ride testing time than any other bike in our history. If we had a nickel for every time we've been asked when we'd finally release it to the public, we'd have a lot of nickels. We hope you'll agree that the 2013 Rocky Mountain Slayer SS was worth the wait. Factory riders Geoff Gulevich, Jordie Lunn, Jarrett Moore, and Wink Grant have worked closely with our R&D department - obsessing over the geometry, shaving unnecessary weight, and testing a variety of designs - to deliver what we believe is the best slopestyle package on the market. An example of one feature they demanded was water bottle braze-ons on the downtube to mount their shifters out of the way and protected during contest runs. The short, 406mm (16'') chainstays keep things playful, while the roomy 610mm (24'') effective top tube length lets you throw the bars even if you run 'em uncut. Dual slalom? Absolutely. Want to set it up with a dropper post for some trail shredding? Don't see why not. And, with 100mm of stiff, custom-tuned rear travel the Slayer SS is as comfortable cruising through your local dirt-jump set as it is cork-flipping the cabin stepdown at Crankworx. The Slayer SS uses our patented SmoothLink suspension system. In contrast to many single pivot SS frames on the market, the Slayer SS is pedal neutral and has a progressive suspension curve. |
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see that trek?
slopestyle bikes DO HAVE a market!
and now you have competion!
RELEASE THE TREK REMEDY SS!!!!
FINALLY SOME COMPANY ACTAULY REALEASE'S THE f*ckING FRAME
AND A COMPLETE TOO?
JESUS H
pardon my french
www.facebook.com/photo.php?fbid=460917260599529&set=a.460917247266197.112188.170697192954872&type=1&theater
very small changes in pivot locations create noticeable differences in the real world
as an example, people often lump any "Horst Pivot" (chainstay pivot) four-bar frames together, but as anyone who has owned Specialized, Devinci (pre Split Pivot), Ellsworth, La Pierre, Rocky Mountain, etc. can tell you, they all ride very differently due to the specific design of the suspension system including the shock tune
even more recent models of Specialized FSR ride VERY differently to the older Specialized FSR models!
and to answer @freerydscott's information about Kona's (and any faux-bar with seatstay mounted pivot i.e. not a horst pivot), I found these can have very specific advantages for efficient pedalling when designed properly
although they will always suffer from brake induced squatting which means a skipping or bouncing wheel when braking hard on the rough ground
the Banshee Wildcard and Scythe were very good examples of brilliant faux-bar designs, and rode nothing like a Konas despite the visual similarities, but definitely suffered from brake squat on rougher trails compared to the FSR style bikes
a question about this Rocky MTN SS frame (which looks sick btw!), how much chain growth is there? could you run a YESS suspension chain tensioner device if you wanted to run singlespeed? or would you be limited to a 1 x 9 or 1 x 10 setup?
en.wikipedia.org/wiki/Four-bar_linkage
Kona, Jamis and many brands employ what is referred to in the bike industry as a faux-bar linkage, because while it looks like a four-bar linkage, in reality it is merely a low single-pivot cantilever beam with a series of extra links to drive the shock and reinforce the axle end of the swingarm. The Santa Cruz Butcher and Nickle (and their original Tazmon model) for example employ single rocker links between the swingarm and shock, Kona's employ two rocker links. The GT RTS series bikes employed a single rocker link located under the BB shell that drove a long shaft shock thru a hole in the seat tube, and connected to the bottom of a triangular-truss high pivot swingarm.
thanks for the correction about Horst Pivots, I understand your point of view and having worked as an industrial designer on bicycle suspension frames I agree with your comments about the specifics of the "Horst Pivot"
the point I was trying to make was that the consumer market has enough troubles understanding the radical differences between a four-bar (chainstay pivot) and faux-bar (seatstay pivot) without us introducing the further complexities of the various locations for chainstay pivots
something interesting about a brand like Specialized is how much manipulation they have applied to the location of the original "Horst Pivot" (FSR Patent) to get suspension difference effects on their different frame platforms both in previous model years....(going back to the early-mid 90s)
....and even during the current years (2012-2013) for different models (look at the pivot locations on Epic, Stumpjumper, SX, SXT, Demo, Enduro, Camber, etc.)
hear where you are coming from there...
first bike industry job was in 1991, after years of semi-pro BMX racing and mountain biking
opened my own suspension frame manufacturing company (Bombproof Bikes) in 1993 with offices in the North-East of England, and a factory in Cairns, Australia...buying suspension technology directly from Mr. Horst Leitner (AMP Research) prior to his collaboration with Specialized Bicycles
As to Devinci... no...only selected high end models are welded in quebec, the majority of their production is overseas as well and has been for a good number of years.
As to the economic argument... well for starters that's pretty moronic thinking. You want to have canadian jobs, you have to convince canadians to not demand outrageous salaries for the work involved, and provincial governments to be more reasonable on corporate taxes, and then you have to raise the prices of the models as well for the companies to still be competitive with the ones that just buy frames from taiwan or china (like Specialized).
I really hate that line of thinking, please tell me if I missed something because it really doesn't make any sense to me. The guy who asks a good salary for assembling/welding/painting bikes is greedy but the guys higher up who pocket millions, that's totally alright? Don't forget that their outrageous salaries are also included in the price of your bike but I never see anybody mention that, it's always the worker's fault. It's not because people in china are paid like shit that people in canada are asking too much. Maybe consumers should be ready to pay what it costs to give fellow canadian workers a decent salary (and a job).
You are exactly right on this point. However, consumers NEVER want to pay what it costs. Everyone wants a good deal, and for good reason too. The problem is that people want the best of both worlds. Cheap products, and locally made products. Well, sorry, you can't have both.
And just to be clear - people in China and Taiwan aren't paid "shit". Sure, it's a lot lower than our wages here, but their cost of living is a lot less too. Skilled labourers in the East are paid good wages and make decent livings.
as you know, Devinci make all their aluminium-alloy suspension frames in Quebec
its no secret that their carbon fibre (road) and aluminium alloy MTB hardtail frames, plus aluminium alloy hybrid and road frames are made in Asia
I wonder with the Wilson SP going fully carbon fibre, plus the Dixon SP to follow...what this means for domestic production in Quebec?
Have you ever saw a high profile factory in Taiwan ? They not only aren't paid shit but their conditions are on par with most Western factories, some of them are WAY above in working conditions than most of their Western counterparts. I believe there is videos/pictures of the DT Swiss factory in Taiwan right here on Pinkbike, search a bit and you'll be surprised on how these factories actually operate.
On the other hand, we have all been involved in sending production of goods overseas and we have all encouraged companies to keep their production over there by demanding more for less.
Even if the bike frame is made where you want it to be, we live in a global world now. Relying on purely "local" goods does not exist anymore. If the frame was made in Canada, where do you think the aluminum or steel came from to make the frame? Where do all of the components come from that you put on that bike? And the plastics and metals that go into all of those things.. And you can keep going like this with your car, house, house products.
Its crazy and there is no way we can stop it haha
from talking to my close contacts who are heavily involved with Devinci management, the aluminium alloy is actually produced in Chicoutimi because one of the largest aluminium producers in the World is based there (Rio Tinto Alcan Inc. )
the unfinished tubeset is then sent to Taiwan to XXXXXXXXX where the tubing is "processed" which includes butting and hydroforming, before being shipped back to Devinci where the tubing is cut / mitred, fitted into the jigs, tacked, aligned, welded, aligned and heat treated, before the finishing processes start
if anything, this is the insane fact of Globalisation, that materials (whether it is aluminium alloy tubesets for bicycles or food products requiring processing and canning) are sent from country to country for "processing" because its cheaper than doing it "in country"
from what I understand about hydroforming, its extremely expensive in terms of the initial 'setup costs' and so the Taiwanese factories that have made this investment and have the expertise are in heavy demand for this processing treatment.
one thing I really like about Devinci's hydroforming is that when you carefully inspect their framesets, you can realise the hydroforming was done for subtle. structural reasons, rather than aesthetic reasons
something else interesting about Devinci with their Quebec based plant, is the amount of prototype fabrication they have done for customers like Dave Weagle in the past
It's nearly impossible to tell the difference from a photo (8.3mm), but they do appear to be shorter, closer tabs to the BB. Which would entail they are the old standard.
Again, hard to tell. But, little as makes no difference in performance.
The best reason I can think of is to reduce interference with the main pivot, which is quite close to the BB on most Rocky's.
ISCG-05 was made because they were planning to introduce a bb (in 06 i think) with a diameter much larger (judging by the diameter difference between ISCG and ISCG-05, id guess about 13mm) than the ones known today, and because of which, the (normal) ISCG tabs would have been too small.
As it often happens in the world engineering and marketing, they started manufacturing the ISCG-05 before the new bb to introduce the new standard more gradually. Yet this process backfired as the new bb standard was scrapped (or possibly postponed and now brought back in E-13's crank bearings @seraph, i cant comment on that as i havent gotten to play with any yet), and so here we now have two standards.
ISCG is only called ISCG old or ISCG-03 because they needed a name
I know the reasoning behind ISCG 05 and I know that the bearing portion of an e13 BB cup will not pass through an ISCG old back plate, but it doesn't have to, to be set up properly.
Sereph - you're COMPLETELY wrong.
Their trend towards making long-legged XC bikes and trying to pass them off as "the new thing" with Wade demonstrating how great they are is just laughable to me (A> WS could ride a Full-sus. Walmart special and make it look good and like it was meant to be ridden that way, and B> some of us have been riding since back when we HAD to use XC bikes as the first FR bikes...didn't work well then, not really cool now that we've had 15-20 years to come up with something better). IMO The "FATline" is truly awful, espescially considering how much they've been "re-engineering" the other bikes in their line the last 5 years. For being one of the first names in the FR/DH market they sure haven't put much work into the sport in awhile.
Good work Rocky, coming in strong with this new SS bike... Now go make a nice AM, FR and DH bike and I'll be happy to say you're back on track
thank you rocky mountain, you answered my prayers. and i bet alot of other peoples aswell
Edit: NM, I see what you're saying: if people want to upgrade to this frame from a 135mm spaced frame they'll need new hubs at least... got it. Although I'm with Groghunter, don't they have 135mm hubs that will fit 142mm frames with new end-caps??? Seems like the best of both worlds there aye. You could have one set of wheels and swap the between frames depending on wether you want a fully or a HT. But I do see your point aye.
R-Trailking-S: I agree with you man. I love a bike with a long TT and short stays for an "all arounder" aye. You can run a really short stem making it handle better, still have room to pedal and stretch out with the longer TT and the short CS's make ANY bike that much ore "loftable"... my older P2 HT has a 24+" TT and REALLY short CS's. I run a 40mm stem and it doubles as a DJ bike and my "XC rig" with only a seat/post swap for whatever Im riding. Long TT's and short TT's are the SHIZNIT-o-BAMSNIPSNAPSACK!!!!! I wish more companies would make frames with this in mind across the board (I notice the new Treks are going down this path, and I think, along with the added standover clearence, it's gonna make for some REAL fun new bikes on the market)
I believe that deciding to use this size of spacing is a smart and progressive move by Rocky.
and you're wrong because it is based off the remedy, is a full suspension bike, and its not a trek ticket.
you could even call it the trek slopestyle if you need to and just cant bear having to say "remedy ss"