- Multiple loading points for even cargo weight distribution.
- One-key locking system for panniers, cable lock, pump, wheels and lights.
- Center stand with integrated front wheel brace.
- Head tube mounted rack with integrated cable lock.
- Modified grocery panniers for improved weight distribution and reduced wind resistance.
- Handlebar design that blends urban and road riding positions.
- Low stand-over frame design with “up-tube” for enhanced load stress resistance.
|Cutter's entry in the 2011 Oregon Manifest Constructors Design Challenge|
A: The cargo bicycle that I constructed a few years ago (aka the "Loadie") was designed for a friend to replace his ExtraCycle. It was intended for hauling loads around town. It differs from similar rear load cargo bicycles in that it has several pairs of triangulated tubes that brace the rear rack zone of the bicycle frame. The design is not very production friendly, but it is reasonably lightweight and it rides very nicely. To my surprise, the owner has taken it on several extender tours on the pacific coast. It has also done service as a UPS holiday season delivery vehicle.
|Detail of "The Loadie"|
|26" Travel Coupler. The coupling points are subtle. Can you find them?|
A: This question really hits a chord. On one hand I am impressed with the performance of an electric assist and the benefits of expanding the number of people that might use a bicycle. On the other hand I look at the added weight of the motor and battery and think that it defeats the simplicity and efficiency of the bicycle. I cannot help but think that if people had lighter weight, higher quality bicycles, they might not see the need for an assist.
A: I am not a fan of porteur racks. I have built one and I really did not like giving people the option of loading so much weight onto the steering element of the bicycle. I prefer a system that as a first priority will carry grocery bags and I don't see the porter rack as being the best design for this. I opted for a head tube mounted rack on the Manifest bicycle because I wanted to have cargo capacity beyond the four grocery panniers without having a negative effect on the steering. Yes, I was happy with the result.
|Cutter's one and only Porteur rack to date|
A: I have never really totally stopped building bicycles. I have been sidetracked for extended periods of time working on other projects, mainly packs, tents and other odd projects. I like the diversity of working in different mediums and occasionally combining metal and fabric work into one project. I also prefer to build bikes for people that I know or for people with a specific need, either from fit or by function requirements. I really see framebuilding as a local service to the cycling community. For now I am content to only build a few frames a year.
A: Yes, it would be great to see some or all of my Manifest entry end up in production. I will be disappointed if a bicycle manufacture does not at least "borrow" something from the design. I would welcome the opportunity to work with a company like Trek. I see it as a chance to be exposed to all of the technology and materials that a small builder would normally not have access to use. Who knows what that might lead too?
A: I really like older steel fully rigid mountain bikes as cargo bicycles. Add front and rear racks, fenders, lights and some grocery panniers and you have a reasonably inexpensive, versatile tool that can do what most people require a car to accomplish. I also like the idea of giving an older, out of service bicycle a second life.
|An older steel fully rigid mountain bike, built by Cutter in 1990|
A: My favorite breakfast would be cornmeal buttermilk pancakes, but I usually have oatmeal, cooked with an apple and raisins and topped with toasted almonds and maple syrup.