My bike has had a flat tire for longer than I’d care to admit, so I’ve been commuting recently by foot and by bus. This leaves me with plenty of time to think, but mostly just thoughts about walking and/or taking the bus.
If you’ve spent time waiting for erratically-timed buses, you know this question well: Will I get there faster if I continue waiting or if I start walking? You can look to recent literature in recreational mathematics for some general guidance on this dilemma [1] [2]. But while waiting may pay off for the lazy mathematician, I like to get some exercise in the process. So here’s a twist on the problem: How far can I walk without missing the next bus? I’ll propose three practical solutions…
Following on my recent posts on the hackable Monkeylectric LED spoke lights and the Altoids tins of bicycle hacks, I’d like to share an idea that I’ve been toying with on and off for the past year. I don’t have the parts, tools, or expertise to build this myself, but perhaps you do, so I’ll share:
The idea is to build an automatic continuous transmission for a bicycle, by wiring up a controller for a NuVinci CVP designed to maintain a constant level of tension on the chain.
Let me start by saying that I believe in visibility. And not in the dim-red-blinky kind of way. A healthy dose of LEDs and reflective tape cover both me and my bicycle when I ride after dark. But while my 4-AA front Cateye is quite bright, and my PlanetBike SuperFlash on back is nearly unmissable, my side visibility falls short. So a few years ago I picked up a pair of Hokey Spokes, and attached one to each wheel. (These battery-powered units attach to a spoke and fill the wheel with light from 16 yellow LEDs when it is spinning.) Last week, I took off the Hokey Spokes to try out something new: the Monkeylectric m132s. I’ll start with a few videos…
A second water bottle cage opens up a slew of new possibilities. The iPod speaker is but only one option. There are all sorts of other creative uses for this space, ranging from home-brew lighting upgrades to a repair kit to the “Gadget Bottle” to other fully patented inventions. What I like about these various designs is the creative use of the fixed space. This reminds me of the large number of creative uses of Altoids tins in electronics projects, ranging from the MintyBoost to hundreds of Altoids tin projects posted on Instructables. So what’s the right bottle to house your next DIY bike project?
I want my bicycle commute to be as safe, practical, and as enjoyable as possible. This is, and will continue to be, the underlying theme of the bikes portion of Bits and Bikes. And this is also the criteria I use when deciding what to bring along while commuting. If the result weighs 70 lbs, so be it.
I’ve been using this speaker for about a month of commuting, and am happy to report that it has been a fantastic addition to my day. Music plays loud and clear, the handlebar-mounted controls are easy to use (even with gloves on!), and the attention to design is clear. Including batteries and my 4G thick iPod, the whole setup weighs just over 2 lbs. But these are definitely the most fun 2 pounds that I’ve added to my commute, so the weight has been fully justified. [Full review]
I’ve been using this speaker for about a month of commuting, and am happy to report that it has been a fantastic addition to my day. Music plays loud and clear, the handlebar-mounted controls are easy to use (even with gloves on!), and the attention to design is clear. Including batteries and my 4G thick iPod, the whole setup weighs just over 2 lbs. But these are definitely the most fun 2 pounds that I’ve added to my commute, so the weight has been fully justified. [Full review]