So long as a wheel has a sensible number of spokes fitted (32+ front or 36+ rear) I would not be concerned about using budget wheels. Even cheap ones are good and strong if they have plenty of spokes in them and they are tensioned and not slack. The ones I would avoid like the plague regardless of claimed quality are those where the maker has tried to pander to weight-obsessed roadies by cutting down the spoke count to a stupidly low number, or oddball designs where the spokes are unevenly spaced around the rim in clusters rather than being equidistant from each other. Wheel failure is highly unlikely without spoke failures occurring first, and a single spoke failure in a rim with a high spoke count is not generally going to do anything apart from cause a slight out of true problem.
My frontline hybrid bike, that does the majority of my road miles, is currently fitted with a secondhand pair of 36 spoke 700c alloy wheels salvaged from a low-budget hybrid bike that cost only about £150 new. They are not particularly light or prettily finished wheels, but I have no concerns whatsoever about their strength, and I weigh about 195 pounds.
This thread sounds exactly like the Monty Python three Yorkshiremen sketch! I bet the main contributors drive Morris Minors and use Kodak film cameras.
Your wheels may be just fine, but go over them carefully to be sure. Because in cycling, the best advocate for your safety is you yourself.
Interesting. I see some riders that have thicker spokes, but much fewer in number, and they are sort of in clusters. Would that mean the wheels are of less integrity? .
In my opinion, irregular spoke spacing in wheel rims is just bad engineering. The spokes at the end of each cluster, either side of the spokeless sections, have got to try to keep true a longer section of the rim than the spokes within the cluster that are closer together. If one of the end ones goes ping, you might have six inches or more of unsupported rim wobbling around. In engineering, it is generally better to have a large number of smaller fasteners securing something, than it is to have a small number of larger ones - on a pipe flange for example. Theoretically the overall strength may be equal, but lots of small fasteners spreads the load more evenly and gives you a greater redundancy, because a single failure amounts to a smaller percentage of the total number taking the load than if one single large one failed.
I was in the photographic business myself, as store manager and laboratory director, until about 2004. I once saw a Morris Minor from a distance. If it helps, though, I did drive a very old Mitsubishi Lancer until this year. I still love Kodachrome 25. I still have an Olympus OM2s.This thread sounds exactly like the Monty Python three Yorkshiremen sketch! I bet the main contributors drive Morris Minors and use Kodak film cameras.
As did I, about 2004, when digital got to be all the thing, as it were. Rather a shame. I liked the people that were into photography. Mrs. GA always tells of how I would get stopped in stores by folks asking me questions about photography.Well I used to load my own film cassettes and develop and print my own pics but I embraced digital a few years ago.
. The more spokes evenly spaced makes for more and equal support around the circumference of the wheel. I assume I got that right. Why change something that was perfectly designed in the first place. .
Partly change for changes sake, partly because of obsessive weight saving. The modern cycle industry doesn't want you to be satisfied with your bike - well not for too long anyway. What they want is for you to believe when you buy a bike that you have got the latest and best design possible, but within a couple of years they will change various things, not because they are any better, but because the new designs are simply different. That renders your bike, that may only be a couple of years old, "out of date", and therefore you simply MUST go out and buy a new bike, even though your old one is still giving perfectly good service and doesn't need to be replaced.
When you take a step back from all the hype about saving an ounce of weight here and there, and all the marketing nonsense that it will really make you faster, you realise it has little if anything, to do with genuine design advances, but a great deal to do with persuading you to go out and spend a load of money on a new bike that you don't actually need.
I was lucky to be immune from all that in photography. My father, as with bicycles, showed me that you could do well in these societies by working with what people no longer wanted because it was out of date. When film went out, I was still shooting with the Olympus OM2s, a Gigantic Soviet Era 21/4 SLR, and a 4x5 view camera. (I sold it all except the OM2s because I thought that I would be out of work, but my biggest asset, my friends, got me a job in security and driving shuttle busses almost the next week, and I was still part-time at my old employer.) I got back into bicycles , and found a fine forum with expertise to help me learn all the ins and outs, some of which I knew, some of which I had forgotten. I found this forum when other forums got a little weird over politics in the States, and it has been a fine place to be ever since. Industries rely on consumer demand, and that demand must be fueled by materialism and dissatisfaction. I have seen few great and momentous changes in the speed or convenience of bicycles since 1985, and the introductions of indexed shifting, mountain bikes, and improved brakes.