New CAAD 12= The return of Aluminun bikes to the real world?
#51
Vain, But Lacking Talent
Let me try to say this again, because I'm getting the impression that some of you have never actually worked on bikes: Exposed cables and keeping just those exposed parts clean is not the issue, it's the grime and dirt that gets pulled into the housing, the place we just established you are not generally able to get inside and clean. Stuff sits there, the cable corrodes and gets sticky. I have worked on many, many bikes. I NEVER came across a cable in an internally cabled bike that was corroded and sticking inside the housing. Exposed cables? All the freaking time.
Is it more of a PITA to install? Yes. Is there a benefit? Not really, unless you like changing cables twice a year.
#53
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Linked is a scathing review of the CAAD 12 by Velonews. While I do think carbon has long superceded aluminum (and steel) in most road bike performance and feel venues, aluminum will likely long have a place due to its low cost and respectable value. A lot of the higher tech carbon offerings have gotten hideously expensive.
Cannondale wants us to join the cult of aluminum ? but we're not ready - VeloNews.com
Cannondale wants us to join the cult of aluminum ? but we're not ready - VeloNews.com
#56
Vain, But Lacking Talent
But no, I've never had nasty cables on any road, MTB or cross bike that I've worked on with internal cables.
EDIT: The only time we replaced FD's were on tri bikes. They were the only ones who managed to entirely freeze up the pivots on the FD. Amazing the damage triathletes manage.
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#58
Vain, But Lacking Talent
I had to look up the cable routing on that specific bike as I did not work at a Specialized shop and rarely saw those. That particular design is extremely awful. All the cables go directly into the frame right below where a person's head would be in the aero position. So every last bit of sweat off of their chin would drop onto the cables and carry all that salty solution right into the frame to sit on the cables. Awful.
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Linked is a scathing review of the CAAD 12 by Velonews. While I do think carbon has long superceded aluminum (and steel) in most road bike performance and feel venues, aluminum will likely long have a place due to its low cost and respectable value. A lot of the higher tech carbon offerings have gotten hideously expensive.
Cannondale wants us to join the cult of aluminum ? but we're not ready - VeloNews.com
Cannondale wants us to join the cult of aluminum ? but we're not ready - VeloNews.com
#61
wears long socks
That's a strange conclusion to draw from a true statement.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
#62
Fax Transport Specialist
Pretty interesting and completly objective review. The two things aluminum always had going for it is inexpensive and light. However the articles lists the CAAD line weights ranging from 14.8 to 18.8lbs. That's without pedals, cages and computer. So they are 15.5 lbs in the most expensive to 19.5 lbs for a bike ready to ride! Not very light and a little less than good steel bikes.
#63
Senior Member
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
With carbon bikes you need people to cut the prepreg carbon fabric into the appropriate sizes and shapes. Some of the pieces are as small as a postage stamp. You also need someone to apply epoxy. Once everything's in the mold it's cooked and compressed and there you go, you have a carbon frame.
If anything I'd say that building a carbon bike is EASIER since you don't need to go to welding school to know how to a) cut and b) apply epoxy. I would even say it's less labor intensive as cutting fabric and applying epoxy doesn't sound as hard as welding.
https://www.youtube.com/watch?v=tT4yS5wTkY0
#64
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That's a strange conclusion to draw from a true statement.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
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That's a strange conclusion to draw from a true statement.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
Carbon bikes involve way more manual labor than alloy and involve many more layers of "trade secrets".
How much is left to our imaginations.
This means that even if the material costs for the alloy frame are $50 and the carbon materials are $100, the carbon frame can still sell for 3x more. Why?
The carbon bike requires 10 extra hrs of $5.00/hr labor and the process is "secret"
For $50 of labor, and $50 for more expensive material, the price is $3k higher since the pros ride it and the cyclists want it.
It's a terrific business model for the companies selling.
#66
Senior Member
Good point -- I doubt an 853 bike frame, for example, is lighter than an alloy frame, since neither probably comes n at much more than 4-5 lbs total weight. Felt's Frame Kit FA, custom Butted 7005 aluminum frame comes in at 4.75 lbs and that includes a carbon fork.
Last edited by McBTC; 07-01-15 at 08:57 PM.
#67
wears long socks
The tooling cancels out.
Hydroforming aluminum requires as much tooling as casting a bike in a mold.
The labor difference is in the layup of the carbon fiber sheets.
Hydroforming aluminum requires as much tooling as casting a bike in a mold.
The labor difference is in the layup of the carbon fiber sheets.
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True- not that CF has come to the end of the line- but it seems to me that metal is already starting to make somewhat of a resurgence; and the idea that CF is going to wipe-out every other material, and be the material that 98% of production bikes are made of, is showing it's age.
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There aren't many, or maybe none, complete steel bikes sold as a complete package. But there are many good steel frames that can either be purchased as complete builds or allow the buyer to build up. I have a Waterford with nothing special that weighs 18.2 lbs.
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If you didn't catch it in other posys of mine: I'm selling my CF Venge....gonna replace it with steel. Currently riding a CF and Al bike. both of equal quality, I like the AL bike better; and remembering my years on steel- even cheap steel- I just miss it. I tried carbon- I had to at least give it a shot and see. Verdict: Meh....
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Simultaneous with Wizard of Oz on Betamax.
With all companies going with aero bikes, or aero lightweight bikes, with comfort geometry in their carbon lines, if Cannondale are serious about keeping Al alive will we see oval tubing and tight clearances on the CAAD13?
With all companies going with aero bikes, or aero lightweight bikes, with comfort geometry in their carbon lines, if Cannondale are serious about keeping Al alive will we see oval tubing and tight clearances on the CAAD13?