Is it really better than CF for that?
I know when Ti frames first came on the market, CF wasn't really a thing, and Ti is supposed to be way better than steel or Alu. But not so sure that holds up against CF.
Why not buy two steel bike frames exactly the same - just leave one in the garage to keep it pristine and ride the other?I have posted before about my cracked Sunday Cycles (became Sabbath) frame, it was (a very light triple butted frame, the crack was just behind the head tube probably the transition of the butting, a mate at work welded it and I rode it for a while before selling it on, I have had a Kinesis Ti frame and very nice it was too, I sold that on because of the lack of clearance.
Also sold on a Van Nic Chinook because of lack of clearance.
I have a Spa Elan Ti which is notably the heaviest Ti frame I have owned,
I wonder if the quest to save weight is compromising the strength of the tubes.
I also have an OnOne Pickenfanflick Ti which has had some serious abuse, this is also not as light as the one I cracked.
I like Ti for smooth ride coupled with the easy wipe down and it looks like new aspect, no worry about paint damage, my first Ti an Airborne Zeppelin (became Van Nic) is still being ridden by a mate and looks brand new,
Thanks for starting this thread. I have Kinesis ATRV3 which is titanium. She developed a creak 3-4 weeks ago. I've been investigating all the possible suspects, seat rails, post etc. all the little things which can be the source.
I hadn't considered the frame itself. I'll be going over it with a fine toothcomb tomorrow.
If you get no where and its insured, you could always add a sticker, leave it secured somewhere and hope to maim the bike thief 😉
Moto GP bikes have carbon fibre frames and kick out about 240BHP and an F1 car has a carbon fibre shell that manages to cope with 1000BHP.It's an incredible material in many ways, however I maintain that it's fundamentally inappropriate for safety critical consumer applications.
Moto GP bikes have carbon fibre frames and kick out about 240BHP and an F1 car has a carbon fibre shell that manages to cope with 1000BHP.
I can't see the problem with using it for cycle frames unless someone takes liberties with wall thickness to save weight - which I think is the problem with frames that fail. Lightness sells when it comes to bikes and someone will always take a chance to steal a march on their competitors.
Indeed, but what is the design life of either of those examples?
I do agree with your point about fragility and weight saving, but then since CFRP is so prone to failue through impact damage / stress raisers, maybe a frame built sufficiently heavily to resist such issues would be uncompetitive with alternative materials from a mass perspective..?
I like that idea! Certainly about maiming the bike thief - not so sure about the insurance co though.
The trouble is, the world we live in right now you would probably be proscuted for allowing a bike to be stole that wasnt in a road worthy condition!!
If you get no where and its insured, you could always add a sticker, leave it secured somewhere and hope to maim the bike thief 😉
Have we reached the "torch it and claim the insurance" stage of the thread already?