Quoted post said:Originally Posted by acuradriver
My budget is open, but I wanted to gear my topic around an interesting bicycle I've had for many years. I have a 97 year old grandfather who is a WW2 vet, and about 10 years ago he gave me his old road bike. Don't quote me but I "think" it's a 1985 Schwinn Le Tour. When he retired, he put 60 miles round trip on it each day for 5 years until he couldn't do it anymore. The bike has a LOT of sentimental value, and it would be really cool to see it endure and live on. Ideally, I'd like to upgrade it to more current running gear and freshen it up some, but I am really unsure if it's worth it. While it's all there, it's in a general state of neglect and disrepair. Here's a pic: It's pretty much as it was the day he stopped riding it in 1991.
Like I said, if would be awesome to see me get it updated, maybe out of those faded vintage colors (maybe the frame powdercoated) update wear items and get some use out of it.
What do you guys think, Yay? Nay? Go a different route? Let me know!
FWIW. I am a BIG fan of steel framed bikes ...
Since you are mechanically inclined, your biggest hurdle will probably be acquiring/accessing the appropriate tools AND deciding which components to choose-and-use ...
FYI. I have probably re-spaced the dropouts on close to a dozen steel frames ...
- While you may read the suggestion to use a 2x4 (or, other "external" leverage), I believe that the key is to use ONLY your own upper body strength & pull on both dropouts with without external leverage .... if you use external leverage, then you will eventually have to check that the two dropouts are equidistant from the frame's center line AND correct accordingly
- if you pull on both droputs simultaneously, then there is a 99.9% probability that the stays will spread evenly so, exert whatever you deem to be about 30 lbs of force
- measure the change may only be 1mm-or-less OR seem to be nothing the first time ...
- repeat until you achieve the desired separation 130mm is the current standard
[*]the actual dropouts will need to be squared/aligned
- gently repeat as necessary until the two dropouts are as close to parallel as you can make them you may get it on the first try
The ONLY frames which are impractical-or-difficult to re-space are made with really cheap & heavy steel tubing (generally, pre-1970 ... probably, the current-and-recent crop of department/big-box store bikes ... basically, I think that a frame with stamped steel dropouts will probably be difficult to respace).
BECAUSE the frame belonged to your grandfather & has sentimental value, I would probably NOT have it powder coated unless the paint has significant signs of age and/or damage/rust.
I think that Campagnolo shifters function better ...
- Aesthetically, the jury is still out as far as I am concerned with regard to the current "style" (V3) of Campagnolo shifters ...
Campagnolo shifters can function with almost any drivetrain with only a very limited number of provisos ...
On eBay, a new pair of Campagnolo shifters is less expensive than an equivalent, new pair of either Shimano or SRAM shifters.
You will need downtube cable stops (if you can weld, then you can just put some cable stops on the tabs that the "aero" downtube shift levers are attached to) + new cable housing + new cables + the Campagnolo (?) shifters + possibly a Shimano (or, Campagnolo) rear derailleur.
Here are pics of my mid-80s OLMO after I re-spaced the rear dropouts & when I was trying to figure out a new "identity" for the bike ...
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I finally decided the "black" components didn't suit my aesthetic sensibilities for the particular frame, so this (below) approximates how the bike currently looks ...
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That is, trivial (i.e., lacking a functional advantage) changes still occur and/or are pending with each season to suit my aesthetic sensibilities of the moment (!?!) OR once-in-a-while for practical reasons (i.e., the handlebars are now Cinelli 66).
So, WITHOUT addressing the wheel/tire size, you can add Campagnolo shifters + a rear derailleur (if necessary) + a 7-speed SunRace Freewheel which will typically fit on a vintage 126mm rear wheel + 9-speed Shimano chain for ~$200 +/- if you buy the parts on eBay.
Additionally, you will need an adequate chain tool + a 5mm Allen Wrench which has a 4" shaft to install the shifters (T27 Torx with a 4" shaft if you opt for the current Campagnolo style shifters) + 3mm (?) Allen Wrench if you get some downtube cable stops which are designed to fit on braze-on bosses AND you will either need to borrow a tool to remove the existing Freewheel OR you can have a shop remove it OR if it is un-moveable/damaged, you can grind off the cogs & outer portion & use a pipe wrench to remove the core which is threaded onto the actual rear hub (brutal, but sometimes that's what it comes down to ... one time, my LBS did not have the specific Freewheel removal tool that I needed & I subsequently deemed the particular Freewheel not worth re-using/salvaging).
Of course, you could spend many times as much if you opted for high-zoot components OR if you opted for a more complete updating and/or if you were to buy the components from a local brick-and-mortar shop (unless you live in-or-near Springfield, IL).