We left off last time with test fitting, marking, and cutting the steerer tube. This build session began with cutting the handlebar.
A few months back, as part of my previously-mentioned (in the previous post, that is) desire to introduce a more upright riding position, I purchased a riser handlebar to replace my flat bar. I didn't pay enough attention when ordering and ended up with a bar that was 685mm wide. This translates to about 27 inches (26.9688, to be a bit more precise), which is significantly wider than my flat bar. I lived with it for a while, but didn't really like it, so I decided that this would be a good time to cut it down a bit on each end. Conveniently for me, the bar was already factory-marked for cutting. I chose the furthest-in cutting marks and cut away.
Cutting metal pipes (steerer tube and handlebar in this case) is step one of a two part process. Step two is filing and/or sanding down the cut end of the pipe to get rid of burs and any sharp edges. The end result should be a smooth surface that is safe for handling.
On to the photos and comments.
The fork:
The fork, as mentioned in a previous post, is a Surly 1 1/8" unicrown fork with threadless steerer. This is what it looked like after cutting and sanding. I have included the small piece of pipe that was cut from it.
The Stem:
The stem is an Easton EA50 with 9 degrees of rise and a 31.5mm clamp.
The handlebar:
The handlebar is an Easton EA50 Monkeybar, with a 31.5mm clamp size. This is what it looked like after cutting and sanding. I have included the end pieces that were lopped off.
Here you see the handlebar installed.
The seatpost and saddle:
The seapost is a generic post, 32mm in diameter. The saddle is a Specialized Body Geometry. Nothing special, but they do their jobs.
The wheels:
The front wheel is a Mavic Crossride, with 24 flat spokes. It is a standard 26" wheel, and it is still true after nearly 4 years of riding.
The rear wheel is a Mavic Crossland, also with 24 flat spokes. Like the front wheel, it is still true after nearly four years of riding. Unlike the front wheel, however, it is not just a standard 26" wheel. See this older post to for more details, and to read about my rear wheel/tire saga.
The bike is finally on its own two feet.
The crankset and pedals:
The crankset is an FSA with 22, 32, and 44 tooth rings. Crank arms are 175mm in length. This crankset and the bottom bracket were sold as a packaged deal, which turned out to be quite convenient for me as it meant that I could be fairly certain that they would work well together.
The pedals are Performance brand metal platform pedals with toe clips. I normally run feet belts, too. Yes I am aware of modern clipless pedals, and I have tried some, but I have never felt the need or desire to buy them.
The front and rear derailurs:
The front derailur is a top-pull X-9 from SRAM (I'm still not sure how SRAM is pronounced).
The rear derailur is an X-7, also by SRAM. The cassette in the picture is an 11-32 8-speed, branded by SRAM. Do you see a pattern here? I have been a big fan of SRAM products ever since the very first generation of Grip Shift shifters.
The chain:
The chain is by SRAM. I don't recall the model or number. It is silverish. I do not use the Power Link that comes standard with SRAM chains - I still break and unbreak chains with my trusty Park chain tool.
Progress thus far.
For this build session I brought Daisy out to the garage instead of Satchmo. She is generally calmer and less skittish (and quiter) than Satchmo, so I thought she might enjoy the experience more than he did. She stayed in her carrier for a bit, then came out and explored a bit. She spent most of her time either behind bike wheels in a corner or behind a stack of boxes.
Remember that it's right to tighten and left to
bIsh
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