So to go to the Battle o’ Baltimore this year, we’re going to strip the top of our robot and replace the catapult (which worked intermittently at best) with a new dumper design that we’ll spend the next few weeks building.

We also need, statistically speaking, about .5 more people to be interested in going to Battle o’ Baltimore to go (take the chance of a person going as the number of people; two people who are 50-50 for going or not count as 1 person going together. It works.) The reason for needing more people is simple; drivers shouldn’t have to work in the pit full time and vice versa (“That was a tough match, time to take a break… oh wait, I can’t because I have to fix the robot.”)

The other thing we need is a new coach. I’ve coached at competitions the last two years, but I’ll be out of the state at the time of the competition. I apparently have an uncommon idea of what coaching should be (compared to other coaches, not compared to the people I coach): the coach shouldn’t ever yell, except to be heard. The players will do a good enough job punishing themselves for mistakes, and don’t need you to rub it in. Whoever replaces me as coach will have to show him/her self to be calm in general (or at least whenever I’m watching).

I’ve noticed that Bo’B always seems to be rather time consuming; prepping everything, designing, building, programming (plus, I’m not too sure about the new NI stuff… last time we tried to download it took several hours before our laptop would talk with the cRio). Granted, Battle o’ Baltimore is pretty fun, but it always means less time for other things.

This year, I wanted to have a robotic arm built, one of those 5 axis contraptions that every robotics team should have. Scott mentioned this arm in the previous post (about our first summer meeting). Designing it would be an exercise in spatial thinking, CAD, and working with different motors for our younger members, building it would take precise machining that most of us could use some practice with. But the best part would be using it to train brand new electronics and programming members every year. And wouldn’t it be great if some programmer were bored and, say, taught it how to bring us sodas? Oh… and did I mention how awesome it would be?

Anyway, we should end up designing and building something like that regardless of whether we go to Bo’B (it just might run longer into the start of school), but this brings me to what I really, really want to build: a motorized joint that is in a feedback loop with a joint on a human (knee would be most useful), such that it enhances motions of the joint. Systems of powered joints like this exist already, and allow people (read: “soldiers”) to carry people on their back. Without noticing any weight. We probably couldn’t get that sophisticated, but you have to admit it would be cool to try. Maybe next summer…