Dave Weagle explaining the Wilson Carbon to the Pinkbike's Mike Levy. Wilson Carbon Details:
• Carbon fiber front triangle
• Carbon fiber swingarm
• Aluminum chain stays
• 8.5''/216mm rear wheel travel
• Split Pivot suspension
• Frame weight: TBA
• Price: TBA
• Availability: TBA
Devinci first debuted their carbon swingarm-equipped Wilson during last year's Interbike, a move that has us suspecting that the Canadian company was working hard on a full carbon version of the bike behind closed doors, even if our prying was met with a firm ''
no comment'' on the matter. It only made sense, of course, that a carbon frame was the next step given the non-stop push for lighter and stronger downhill bikes, as well as Devinci's practical knowledge of carbon gained from their road bike lineup. Fast forward ten months and Devinci flew Pinkbike and all the people involved in the project in to their Chicoutimi, Quebec, factory for an exclusive first look at the new carbon fiber downhill bike.
Stay tuned to PB for more exclusive coverage of Devinci's new Wilson Carbon later this month, including a video interview with Dave Weagle, full specs and geo, and more photos of the bike.www.devinci.com
I had the pleasure of riding one of the first aluminium alloy Wilson SP bikes available and it was inspiring
cannot imagine how good the C.F. Wilson SP will ride??
currently riding a C.F. Stumpjumper and C.F. BMC Road Master (road bike) and both are stunning rides way beyond anything I have ridden in aluminium alloys
bring on the C.F. for the Downhill bikes
If every bike company is starting to make a carbon frames so in some amount of time
The prices will be alot more chiper then today?
Cuz i am afraid that me and may be more pepole culdnt efford that expensiv bike like 9000$
Some people are talking about country of manufacture. Can anyone categorically state where this frame is being made? I know a lot of production is still in TW, aluminium and carbon. I want one so badly!
Weight, any ideas? The ally Wilson is heavy. -1kg must be on the cards.
Anyone in the market for a Corsair Konig, 1 year old?!
www.pinkbike.com/news/santa-cruz-bicycles-test-lab.html
"Made in Canada" claims will remain subject to a 51% threshold of Canadian content but should be accompanied by a qualifying statement indicating that the product contains imported content. In both cases, the last substantial transformation of the product must have occurred in Canada.
Ergo, any product that claims to be "Made in Canada" must have gone through its last phase of production within Canadian borders and though not typically enforced it must be accompanied with documentation that states that components were sourced from outside of Canada. This can be accomplished by labelling as such or by offering documentation of sourcing upon request.
Sources:
Government of Canada
Rules might be a little different here than in the ROC. Many parts are formed or manufactured in other countries, however Devinci does in fact HAND BUILD every single Wilson frame.
I prefer Taiwanese frames because I live here. I'm not having a go at Devinci, but it is hard to believe any business can really be made in Canada and stay afloat. The best, and cheapest, manufacturing facilities are in Asia.
Maybe Devinci can clear this up with a step by step factory walkthrough of the Wilson being manufactured in their Canadian facility. I would be happy to be proven wrong.
@ m47h13u: No weld defects will cause a puncture like that. You definitely hit a rock. If it was a welding problem it would have made a clean crack.
thats a alloy devinci that snaps the head tube of , the rider did come short on the jump but the devinci failed royally..
www.businessweek.com/magazine/north-korea-new-land-of-opportunity-01192012.html
Carbon for bikes is b-ware. The good stuff is used entirely by aerospace. Material properties of carbon is brittle on impact. Once damaged - a bike frame is not repairable, 8lb of epoxi slowly leaching poison in a landfill? Great. Alloy and steel is 100% recyclable. Really a no-brainer.
Carbon is not easy to repair unless you talk nonstructural cosmetic patching. Thick structural and loadbearing aircraft frames can be sucessfully repaired. Not so with thin bikelike structures. There are no clear procedures and quality assurances in building a bike frame, there are no quality assurances in repairing a carbon bike frame.
There is no successful alloy repair method on thin wall alloy tubing. Its patchwork. But with splittin a suspension frame into individual segments - catastrophic failure involves replacing one element only. Low spring rates extend alloy frame lifes dramatically. So while not the best material - one can say alloy is an appropriate application in bikebuilding.