Dave Moulton

More pictures of my past work can be viewed in the Photo Gallery on the Owner's Registry. A link is in the navigation bar at the top

Bicycle Accident Lawyer




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A year after I left the bike business in Southern California, I moved to Eugene, Oregon; I lived there from 1994 until 2001. When I got to Oregon, I remembered why I left England; it rains a lot.

People in Oregon are different, not all people of course, but some of them march to the beat of a different drummer, if you get my gist. If you live in Oregon, or have ever lived there you will know what I mean.

Those in step with this different beat, along with the drummers, (and there are a lot of those too.) Let’s say some people are colorful; read on and I will explain. The above picture of myself was taken in 1997; as you can see I was a little different myself back then.

However, not as different as the man I recall seeing one time walking down the street in Eugene, wearing a ladies flower print dress. This was no female impersonator; the guy had a full beard, hairy legs, and big muscles.

He was walking with another man and woman (Dressed conventionally) and carrying on a normal conversation like nothing was out of the ordinary. And I suppose in a way it was not; it was summer and this was a summer dress.

I read this piece recently on Bike Portland about unicycles; they are apparently popular in Oregon and I can relate to that. While I was living in Eugene, I hosted an open mic for songwriters at a place called “The Rainy Day Café.”

One evening in the middle of the show, a guy comes riding by on a unicycle. He was wearing a one-piece silver skin suit complete with a hood, and a red cape.

Once again, you don’t necessarily have to be different to ride a unicycle, but you do have to be different to do so wearing a silver skin suit and a red cape.

He stopped on the sidewalk outside, rocking back and forth to keep his balance, watching what was going on inside. Someone opened the door and he rode in; he rode the length of the long narrow room that had a bar on one side and tables and chairs on the other.

He did a U-turn at the back of the room and rode back. Someone held the door again and he rode out while the restaurant patrons gave him a standing ovation; he continued on his way down the sidewalk.

Not a word was spoken by the unicyclist, and he never faltered or put his foot to the ground. The whole incident was over in seconds. Just one of those crazy, spontaneous, magical moments in life, that unfortunately happens all too rarely.

No one was hurt, no one was offended, and everyone was amused.


Handlebar Drop

I have a frame sizing chart on my website; it was formulated about 30 years ago from actual customer measurements and the frames that I built for them. Apart from a few minor updates, it has remained basically the same.

I am of the opinion that while bicycle frame design has changed, and to some degree riding styles change; human bodies remain the same. Therefore, the basic frame fit issues are the same as they have always been.

One question I find people are asking more and more is “How much handlebar drop should I have?” In other words the difference in height between the saddle and the top of the handlebars.

When I retired from framebuilding in 1993 handlebar drop was not even in the equation. The reason being that top tubes were level and the quill stem was placed at a height where the top of the handlebars were about 7cm. above the head bearing. (See picture above.)

The stem could easily be adjusted up or down a centimeter or so either way, and assuming the rider was on the correct size frame the difference between the seat and handlebar height was automatic. Head tube length had absolutely no bearing on anything.

It didn’t matter who built the frame or how the frame angles differed there was always the constant of the level top tube. If a rider switched from one 56-centimeter frame to another 56 from a different manufacturer, the handlebar drop remained the same. In fact the term handlebar drop was not even used.

All this has changed now with compact frames with sloping top tubes; the manufacturer can make the head tube as long or as short as they wish, thus effecting the saddle/ handlebar height difference. Adding to the problem, the new threadless steerers and stems are not as easily adjusted for height as the old quill stems.

Manufacturers are already listing their frames by virtual sizes rather than the actual seat tube length. I think they should also give the virtual top head bearing height. In other words, how much higher or lower is the head bearing compared to a level top tube frame?

Below is a preliminary handlebar drop column added to my frame size chart. I no longer have the luxury of actual customer measurements in front of me. I had to rely on memory and my gut feeling to come up with these numbers.

You will not find compact frames in all these sizes, but if for example, your size is a 57cm. but you can only find a 56 or a 58, set the reach and drop as you would for a 57.

Your input is appreciated, how does this compare with what you are riding? Bear in mind this is for a racing position; adjust accordingly if you want something for a more leisurely style of riding. Please post a comment


Major Taylor

February being Black History month, I wanted to remind everyone of this remarkable athlete.

Marshall Walter ("Major") Taylor (November 26th 1878 – June 21st 1932) was an African American cyclist who won the World One-mile Track Cycling Championship in 1899, 1900, and 1901.

Major Taylor was the second black world champion in any sport, after boxer George Dixon. The Major Taylor Velodrome in Indianapolis, Indiana and a bicycle trail in Chicago are named in his honor. On July 24, 2006 the city of Worcester, MA changed the name of part of Worcester Center Boulevard to Major Taylor Boulevard.

When I started cycling in England in the early 1950s many riders had only one bike that was their transport to and from work, and at the weekends, the same bike would be used for racing. Alternatively, they would put mudguards and a saddlebag on it and go touring.

Because of this, many used a handlebar stem that was adjustable for length. It was known as a Major Taylor stem. For years I had no idea who Major Taylor was, and when I came to the US in 1979 there was still little information available about him.

This has changed in recent years thanks to the Internet. You can learn more here:


The Major Taylor Association


A book is available on Amazon


Gear Table

Picture left:

If you are wearing this many medals on your chest, do not go cycling in a thunderstorm.

Unless you have aspirations to become a conductor.

Bicycle gears measured in inches date all the way back to the Ordinary or Penny Farthing bicycle. The large drive wheel was usually around 50 to 60 inches in diameter.

When the first chain-driven Safety bicycles were built the manufacturers advertised them as having, for example, a 60 inch gear. In other words, the gearing was the equivalent of a 60-inch diameter drive wheel.

The formula for calculating a gear is simple; it is the diameter of the rear wheel, divided by the number of teeth on the rear sprocket, times the number of teeth on the chainwheel.

A bicycle with a 27 inch wheel, an 18 tooth rear sprocket, and a 48 tooth chainwheel, would have a 27, divide by 18, times 48, equals a 72 inch gear. The equivalent of a 72 inch diameter drive wheel on an Ordinary.

You can make a handy custom gear table on your PC using Microsoft Excel. Print this easy to follow step-by-step instructions in PDF format.

Gear tables are useful especially when you have multiple gears in comparing different rear sprocket and chainwheel combinations.

If you are new to the sport of cycling, you will soon learn that gears in the 90 to a 100 inch and above are hard to push. You will use gears in the 70 to lower 80s range for most of your riding; 60 inch and below you will use on the hills.

A rule of thumb is one tooth difference on the rear sprocket is the same as between three and four teeth on the chainwheel. If you shift down from a 52 chainwheel to a 42, you need to shift up 2 or 3 teeth on your rear freewheel cluster to be the equivalent of one step (or one tooth) lower. A gear table is useful to see where these changes are.



No, I don’t mean the one-eyed giant from Greek mythology; that’s Cyclops.

I mean cycle-clips; made out of spring steel, usually coated in plastic, and they hold your pant leg at the bottom so they don’t get caught in your chain.

Very important if you ride a fixed gear bike as Fritz found out recently when his entire right pant leg was ripped from his leg.

Growing up in England, cycle-clips were standard equipment; as common in any household as a can-opener. If you owned any kind of bike you owned cycle-clips.

I don't understand why they never caught on the US.

Footnote: Cycle-Clips also can be used in the sport of Ferret Legging.