thomas_cho said:any other aussies here have one of Ken Evans' frames?
While we are at it, how does one tell the quality of workmanship in a frame? I have read that it takes some skill to build a 753 frame, but I am a product of mass produced factory built bikes, and do not really know how to appreciate or know what to look out for in a frame like the 753 one.
Thanks
Kenevans seems somewhat historical now. As does my following comments as a deviation. I had Reynolds 531 frames built every time in my heavy touring days and great attention was paid to the quality of frame construction; many touring bikes of the era were also show bikes, showcasing the skills of master framebuilders. At the time, 753 frames were the proverbial 'Holy Grail'; they were considerably stronger for taller riders requiring larger frames. It was considered vital that the framebuilder knew how to handle the 753 tubing. Christie Cycles (run by the cheerful Ian Christie but sadly long defunct) in Hawthorn built several beautiful high-strength tandems of 753, among others.
Quality of workmanship
Speaking of general frame building references across several shops, we (trans-Australian cycletourists at the time) looked for the quality of lugwork (which was popular in the 80s to mid-90s before lug-free frames became prominent). There was no visible sign of weld artefacts and infills, where used, also were jewel-like in finish. Fillets, chamfers, fork crowns and dropout welds were super smooth. I saw a few kenevans road frames from about 1986-87 (I rode a CWC 531 d/b frame at the time); there were 2 on a Bendigo Double Century (Melbourne-Bendigo-Melbourne). All appeared to be exceptionally well made. I assume, generally, if the framebuilder is dodgy, this will reflect badly in the handling and longevity of the frame. I've just never seen a dodgy 531 or 753 frame...
Reynolds licensing
I don't know for certain but I think, Reynolds in the UK provided framebuilders with specialist licencing to build 753. Does anybody have info on this??
Today technology seems to have plugged along in favour of alloys or titanium (BTW, we never ever touched anything titanium -- frames or parts -- as it was prone to fracture 'at the worst possible time' — particularly Ti screws!!). I don't see many 531, 753 or other derivatives of Reynolds much now.