Steel is not that heavy
#26
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I've got what X-linkedrider said...
77' Schwinn Traveller III that is bone stock 'cept for tires. Scale came in at 32lbs! Including factory rack and fenders.
I'll ride it and follow carfrees advice...
77' Schwinn Traveller III that is bone stock 'cept for tires. Scale came in at 32lbs! Including factory rack and fenders.
I'll ride it and follow carfrees advice...
#27
a nice lookin' frame.
https://cgi.ebay.com/Fuji-Roubaix-Pro...e#ht_500wt_951
https://cgi.ebay.com/Fuji-Roubaix-Pro...e#ht_500wt_951
#28
#29
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Hell, I've got a carbon wunderbike that's around 18lbs; I could lose weight by going with steel!
Now, if only I could find a way to get my 25-year-old steel bike down to 16lbs...
#30
Senior Member
#32
Bicycle Repair Man !!!
Making an ultralight steel bike requires that you use the lightest of light components so matching the weight of a carbon bike means you have to save another 1-2 pounds and at this level a pound will cost you about $1000.00
My Ron Cooper is set up for randonneuring and hits the curb at 21 pounds... it would take very little effort on my part to make it a sub 20 pound bike as all I would need to do is switch to my racing wheels.
As a 531 framed geared bike it weighs the same as my 531 framed fixed gear... it is about as light a steel frame as I have ever handled and both bikes have similar components save for their drive trains.
And after all this it has more to do with the carbon bits that sit on the bike... my Cooper and I hit the curb at less than 165 pounds.
#34
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#35
cowboy, steel horse, etc
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If I had to bend over that far to reach the bars I'd probably tilt my saddle a bit too.
#37
Senior Member
That seems heavy to me. By coincidence, I just weighed my new Soma (58cm) this week. It came in at just a hair under 21 lbs with Mavic OPs on ultegra hubs, shimano 105 shifter/derallieurs, and Truvativ alloy crankset. None of these components is particularly light.
#38
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Since we're on the topic of steel, what are the benefits (if any) of a lugged frame over a non-lugged frame? Is it just looks?
#39
#40
#41
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I'm an old man. My saddle to bar drop is about 1" or so. Sometimes I think about bringing the bars up to the same level but I'll see if I can last 'til I'm 45 like this.
#43
My bike has a steel frame and fork, SRAM group and carbon bars, post and wheels and it weighs 17.5 lbs with pedals. I'm 6'4" so the bike is big (59 seat tube and a sloped 60 top tube). My bike is designed and built to deal with the rough back and dirt roads we find outside of Bozeman MT where I live and it gets beat on pretty hard. The thing that some seem to forget is that the frame only contributes about 25% of the completed bike's weight and it's all the other stuff that makes the biggest difference with regards to overall weight.
I think that for many people the last steel bike that owned was 20 years old and it weighed 22 pounds so in their minds a steel bike weighs 22 lbs. Of course if you took that old bike and decked it out with modern wheels and components it would weigh much, much less. As was pointed very well by Kuf with his list above if you take a 14 pound carbon bike and sub a steel frame that weighs 1 pound more you will end up with a 15 pound bike. You'd have to add 8 pounds to the frame to get it to weigh the 22 pounds that some seem to think all steel bikes weigh. That would be a stiff bike!
I like steel bikes very much but I don't know that I would count myself as a "steel is real" kind of guy. I think steel makes for a great riding bike and it can have a ride quality that is to die for and at the same time carbon and Ti can make for a very good ride. I think it depends more on what the designer/builder does with the material and is less about the material itself.
That's all I got. Happy New Year!
Dave
I think that for many people the last steel bike that owned was 20 years old and it weighed 22 pounds so in their minds a steel bike weighs 22 lbs. Of course if you took that old bike and decked it out with modern wheels and components it would weigh much, much less. As was pointed very well by Kuf with his list above if you take a 14 pound carbon bike and sub a steel frame that weighs 1 pound more you will end up with a 15 pound bike. You'd have to add 8 pounds to the frame to get it to weigh the 22 pounds that some seem to think all steel bikes weigh. That would be a stiff bike!
I like steel bikes very much but I don't know that I would count myself as a "steel is real" kind of guy. I think steel makes for a great riding bike and it can have a ride quality that is to die for and at the same time carbon and Ti can make for a very good ride. I think it depends more on what the designer/builder does with the material and is less about the material itself.
That's all I got. Happy New Year!
Dave
#44
Well, most of the weight in bikes is going to come from your components. If you weigh a steel bike from the 70's with all of the original stuff on it like STEEL wheels, old style rubber tires, all steel components and usually a steel or steel cage seat with a heavy rubber (not foam, not comfortable) seat or a heavy leather more comfortable seat on it.
My friends LeTour dropped like 9+ lbs alone just changing from Stock Steel wheels with fairly newer tires to inexpensive aluminum wheels. The rest can add up quickly too.
My friends LeTour dropped like 9+ lbs alone just changing from Stock Steel wheels with fairly newer tires to inexpensive aluminum wheels. The rest can add up quickly too.
I remember a post on here a long, long time ago from someone who had been a pro rider (maybe classic1) who said the weight of bikes he rode wasn't that important.
The cost of really light steel frames lies in the expertise required to braze or weld and post-treat the alloys so they don't become brittle and break. Another issue is the right chainstay and its longevity... if the steel is too thin, they have a habit of breaking. I acquired an old lightweight steel Gitane from an ex-racer that had a broken chainstay with the intention of having it replaced, but never did, mainly because of the metallurgical issues in brazing around the BB and seat stay.
#45
fuggitivo solitario
#46
Senior Member
Hm... interesting. I think you and Joe are on to something. It could have been my stupid scale...
#47
Can't ride enough!
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OK, I am 6'3" & 210 pounds. My custom IFab Crown Jewel w/steel fork, SRAM Force kit & traditional wheels, 32 F, 36 R weights in at 19.2 pounds.
I've broken frames, stems & wheels, so nothing is scary light on this rig.
I've broken frames, stems & wheels, so nothing is scary light on this rig.
#48
Bicycle Repair Man !!!
The difference in weight between a lugged and tigged frame is actually very small although a filet brazed or tig welded frame allows for more variances in frame angles.
We filet braze most of our frames but our bottom brackets are always lugged as this just makes a bike stronger where it needs to be strong.
As a mechanic I have seen far more failures in tig welded bottom brackets than I have in lugged shells and failure usually stems from builder error as a tigged bottom bracket should not fail if it was properly constructed... you can often see that a bb shell has been "burned" or cooled incorrectly which causes the steel to become brittle and then it cracks. Lugged shells can crack but this usually stems from a defect in the casting and not because it was over heated.
Repairing a lugged frame is easier as one can heat the joints and remove a damaged tube and replace it whereas when a tigged frame buys the farm it is pretty much 4 pounds of good looking scrap... this is something touring cyclists appreciate as just about anywhere you travel you will be able to find someone with a torch and 1 inch tubes are pretty standard.
It is hard to beat a lugged frame for looks... and well crafted lugs are a point of pride for builders and riders alike but the beauty of a lug has little to do with how well it is joined as that is something you usually cannot see.
#49
Bicycle Repair Man !!!
The lugwork and construction on my Ron Cooper is what every frame builder should aspire to as although my frame is rather plain (it's a racing frame), it was built by the greatest frame builder alive and his work is second to none.
It was built freehand with no jigs as old school frame builders did this to keep the jig and fixture from drawing heat from the frame which was just another small step in building a better frame. Some other builders like Mercian practiced hearth brazing where the entire frame was heated to brazing temperature in a hearth and then brazed.
It's all in the fill... a perfect lugged frame will have 100% fill of the brazed joints to provide maximum strength and a failure here than cause weakness and failure.
I have a gorgeous hand built Proctor racing frame that had it head lugs fail and once they were separated you could see where the brazing had not been complete... our thought is that it was joined at too low a temperature as it's 753 tubes require a lower temp than regular silver brazed frames.
It was built freehand with no jigs as old school frame builders did this to keep the jig and fixture from drawing heat from the frame which was just another small step in building a better frame. Some other builders like Mercian practiced hearth brazing where the entire frame was heated to brazing temperature in a hearth and then brazed.
It's all in the fill... a perfect lugged frame will have 100% fill of the brazed joints to provide maximum strength and a failure here than cause weakness and failure.
I have a gorgeous hand built Proctor racing frame that had it head lugs fail and once they were separated you could see where the brazing had not been complete... our thought is that it was joined at too low a temperature as it's 753 tubes require a lower temp than regular silver brazed frames.
#50
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Wow, thanks for all the information. I guess I'm glad I got a lugged steel frame on my bike, although it's almost definitely a lower end one, Lugged Reynolds 520 Butted chromoly.