When you're on the road for long periods of time, the ability to perform your own bike maintenance really comes in handy. I've certainly had to adjust my derailleurs and brakes a fair amount of times, changed more than a few flats, replaced some broken spokes and spent more time than I'd like truing a wheel that just wouldn't stay true. More recently I can add building a whole new rear wheel and derailleur installation to that list.
Building a bicycle wheel is no small task that requires a good amount of patience and, when you're out in the sticks, a little improvisation. Now you might be wondering why someone in my situation would go about such a task in the first place, so perhaps a little backstory is in order. The stock rear wheel on my bike has had almost daily problems since we first set out. Our first night out I found the bike perilously unstable, but didn't have time to look into it and just assumed it was a complication of riding with a lot of gear. After over a week of riding like that, I discovered that several spokes had worked their way out of their nipples leaving the wheel unsupported in some areas. This left the wheel permanently bent and almost impossible to true.
The BioLite camp stove is probably one of my favorite pieces of gear that we have. I like food, and I love cooking and not just cooking but really delving into flavor and texture combinations. Without a stove, this would still be possible but just very different. We decided to go with a wood burning stove, even though it is heavier and more cumbersome than some of its gas fueled counterparts because in the long run, cost efficiency is necessary for us, and wood is generally everywhere and free. It does present a number of challenges like how to perk a pot of coffee when it's raining, if you didn't collect wood before it rained-how do you work with wet wood, and, one we've not yet encountered: how to cook when no open fires are permitted. Originally, we planned to obtain a small gas burner as a backup which would solve essentially all of these problems. This plan is still in place, however, on the backburner (haha) at the moment.
The campstove is 2 parts: a double-walled aluminum cylinder, which I also refer to as a canister, with some holes spaced along the inner layer and a battery pack. The yellow battery also houses a fan and has a copper rod coming out of it which fits into a hole in the aluminum component and is held in place by one of the three folding legs which are on the bottom of the cylinder. Once you've got a bit of a fire started, you turn on the fan which feeds the flame the necessary oxygen in a vortex pattern through the holes in the inner wall of the cylinder, the flame gets bigger as you add more fuel which heats the copper rod which transfers that heat to a thermoelectric generator where it is converted into electricity to charge the battery and power the fan...which is feeding the flame...that is powering the battery. So you can see by now how this is a brilliant piece of technology. But wait! There's more!
For the most part we maintain our water supply by filling up from tap water available at gas stations, grocery stores and, if need be, asking home owners, but when the availability of tap water becomes more sparse we have a two stage water filtration system that can be used to filter water from creeks, rivers or ponds.
The first stage in our filtration system is the LifeStraw Family 1.0 water filter. This filter boasts a 0.02 micron filter allowing it to filter out over 99% of bacteria, protozoa and viruses. The manufacturer claims this filter will last for 18,000 liters of water giving it a very low costs per liter and, particularly for just the two of us, a long lifespan.
My primary computing device is an old MicroCenter WinBook TW800 tablet. Paired with the tablet we have a four port USB hub, a wireless keyboard and mouse paired with the same Logitech unifying receiver and two USB flash drives one of which has Ubuntu installed which is my primary operating system.
This tablet doesn't require a whole lot of juice when compared to a laptop and it's charged through USB which makes it a good fit with our portable solar chargers and battery packs. Usually I'll power the tablet with a 20,000mAh power bank then charge the power bank from one of our solar chargers as needed and available. If conditions provide I'll charge the tablet from the power bank and the power bank from the solar charger while using the tablet. In good sunlight the solar charger should provide more power to the power bank than the power bank is providing to the tablet.
We acquired two 20 watt portable solar panels, both being the Anker PowerPort Solar. We use these in conjunction with two 20,000mAh power banks, each being the EasyAcc Monster 20000. The EasyAcc battery packs have dual ten watt USB inputs allowing them to charge at up to 20 watts which means in full sun light the solar units will charge each battery pack at wall outlet speeds. When in good sun light and the opportunity arises I whip out one or both solar chargers and store some rays in the battery packs or, sometimes, charge a phone or two directly.
The solar units are small, light weight yet sturdy. The only issue I've encountered is overheating charging devices. The solar chargers have a small pocket for storing devices while being charged, but in the sun this pocket heats up real quick. I recommend propping up the solar panels and placing charging devices in the shadow of the panels. I have a folding laptop desk that I often use as a stand for the solar unit which allows me to better angle the panels to get the best out of the panels.