I've been looking through some 2007 catalogs and it seems if there's a new trend to be had it has to be the growing number of niche bikes being offered by mainstreram companies. More and more companies seem to be finding room for such oddball categories as single speed cross bike, fixed gear road bikes (not track bikes), fully loaded commuter bikes, and other breeds that previously one had to go to a resourceful mechanic or custom frame builder to acquire.
Some brands have always been known for flying their freak flags. I mean seriously, if you were actually surprised that Bianchi produced a single speed cyclocross bike then you clearly haven't been paying much attention to the industry. On the other hand you have mainstream companies like Raleigh making a nice fixed gear road bike and 29" single speed MTB, Schwinn making electric bikes, and Trek making a high-end commuter bike. I have to wonder what is driving such bikes. Is it that people are tired of yet another carbon fiber road bike or dual suspension MTB? Is it because today's avid cyclists are not as mechanically competent as cyclists of previous generations and therefore can't cobble together such Frankenbikes on their own? Or is it simply a way for brands to try and distinguish themselves in an era where so many bikes seem to be generically plucked from the Big Book O' Asian Bike Parts?
Sales of such bikes do seem to be doing well. I've chatted with a few people in the business about some of their more niche models and was surprised to hear things like "amazing sales" in the same sentence as "29" MTB. This is a refreshing change from 10 years ago when I remember such daring bikes as the Bridgetone XO-1 and Bianchi Project series dying on the vine in stores.
Finally, amidst all of this you have Redline. Redline has long been a company that only built niche bikes starting with the now ubiquitous cyclocross bike and later extending to include the 925 fixed gear bike and a series of single speed MTBs in both 26" and 29" flavors. So what new niches are they going into? Road bikes and hybrids! When everyone else starts going niche they start going mainstream. Gotta love it!
Wednesday, December 27, 2006
Tuesday, December 19, 2006
A modern Herse for the common man?
I've been thinking about a new bike recently. Specifically, I've been thinking about the Kogswell P/R. The P/R is an inexpensive, TIG welded, steel frame/fork with geometry borrowed from the Herse frames of yore. It retails for $540 and that includes fenders. It also is designed around 650b wheels. It's a go anywhere and carry anything kind of bike.
That said, it's a pretty hefty frame. Bikes built up typically weigh 25 pounds or more. Now I'm hardly a gram counter but at the same time I have to squawk at that kind of weight. Don't try to tell me weight doesn't count. Anyone who says this probably hasn't had the pleasure of riding a nice, light bike. Most of the people who claim weight doesn't matter tend to be steel riding luddites and hearing them say weight doesn't matter is pretty hard to buy into. I guess ignorance is bliss.
The reality is there's no reason you can't build a reasonably durable (5-10 year lifespan for an average, active rider) bike with generator lights, fenders, and rack that weighs under 20 pounds. 50 years ago Herse and Singer made bikes that weighed less than this. Of course their bikes featured extensively modified components and cost a fortune. Modern builders have a few advantages. For starters we now have different materials such as composites, stronger aluminum alloys, titanium, and stronger steel alloys. Using mostly stock parts from Shimano, Campagnolo, Ritchey, and FSA one should have no problem getting a bike down under 20 pounds.
Starting with the frame the first thing I'd change is the tubing. Titanium would be the best choice as it's durable, comfortable, and light. However it's not cheap and is a real chore to work with. If cost were no object this would be the material of choice. My choice of material would be Easton Ultralite. It's been around for many years so its durability and traits are well established, it's easy to work with, and it's not very expensive. As for ride quality, it's not oversized to the degree of a Cannondale or Klein and aluminum is more flexible than steel. In real world terms, my Easton Ultralite cross bike is probably a tad more comfortable than my SOMA Smoothie ES made from Reynolds steel. Why not simply make it from a lighter steel tubeset? Well you could and it would be a great frame. However it would likely cost more than an alloy frame and I'm not sure if an ultralight steel is really anymore durable than a midweight aluminum. One of the goals here is to achieve the functionality and weight of the bikes used in the technical trials while taking advantage of modern manufacturing technology. With that objective in mind, doing the bike in steel would be a challenge.
Geometry is a no-brainer: copy the Kogswell P/R. The P/R is an incredibly well executed bike based on the works of Herse and Singer. Of course with a frame made from lighter steel or alloy the bike wouldn't really be a P/R - more likely just the R part. Of course the R part in this case could stand for "randonneur", "racy", or "rain bike". In a nutshell, it would be a zippier version of the P/R. A perfect bike for:
1) Timed randonneur events.
2) Commuters who want a bike with some zip and don't want a high BB cyclocross bike.
3) Road racers wanting a rain bike.
4) Go fast credit card tourers.
5) Century riders.
Now I just have to find someone to make it! Sadly, I don't have $20,000 to spare.
That said, it's a pretty hefty frame. Bikes built up typically weigh 25 pounds or more. Now I'm hardly a gram counter but at the same time I have to squawk at that kind of weight. Don't try to tell me weight doesn't count. Anyone who says this probably hasn't had the pleasure of riding a nice, light bike. Most of the people who claim weight doesn't matter tend to be steel riding luddites and hearing them say weight doesn't matter is pretty hard to buy into. I guess ignorance is bliss.
The reality is there's no reason you can't build a reasonably durable (5-10 year lifespan for an average, active rider) bike with generator lights, fenders, and rack that weighs under 20 pounds. 50 years ago Herse and Singer made bikes that weighed less than this. Of course their bikes featured extensively modified components and cost a fortune. Modern builders have a few advantages. For starters we now have different materials such as composites, stronger aluminum alloys, titanium, and stronger steel alloys. Using mostly stock parts from Shimano, Campagnolo, Ritchey, and FSA one should have no problem getting a bike down under 20 pounds.
Starting with the frame the first thing I'd change is the tubing. Titanium would be the best choice as it's durable, comfortable, and light. However it's not cheap and is a real chore to work with. If cost were no object this would be the material of choice. My choice of material would be Easton Ultralite. It's been around for many years so its durability and traits are well established, it's easy to work with, and it's not very expensive. As for ride quality, it's not oversized to the degree of a Cannondale or Klein and aluminum is more flexible than steel. In real world terms, my Easton Ultralite cross bike is probably a tad more comfortable than my SOMA Smoothie ES made from Reynolds steel. Why not simply make it from a lighter steel tubeset? Well you could and it would be a great frame. However it would likely cost more than an alloy frame and I'm not sure if an ultralight steel is really anymore durable than a midweight aluminum. One of the goals here is to achieve the functionality and weight of the bikes used in the technical trials while taking advantage of modern manufacturing technology. With that objective in mind, doing the bike in steel would be a challenge.
Geometry is a no-brainer: copy the Kogswell P/R. The P/R is an incredibly well executed bike based on the works of Herse and Singer. Of course with a frame made from lighter steel or alloy the bike wouldn't really be a P/R - more likely just the R part. Of course the R part in this case could stand for "randonneur", "racy", or "rain bike". In a nutshell, it would be a zippier version of the P/R. A perfect bike for:
1) Timed randonneur events.
2) Commuters who want a bike with some zip and don't want a high BB cyclocross bike.
3) Road racers wanting a rain bike.
4) Go fast credit card tourers.
5) Century riders.
Now I just have to find someone to make it! Sadly, I don't have $20,000 to spare.
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