S0dyP0p

This noob DM had never heard of initiative tents before. I'm looking forward to the order and efficiency they'll bring to our next session though! Can you direct us to more info on the tabletop maps you have in the photos? Thanks!

Nice. Very Zork. Finishing the outside with white painted wood siding would complete the effect... If I get around to making an infinity mirror some day, this will be my inspiration!

Nice description, and great call on the color. I've seen several older road bikes in yellow, and they wear it well.I highly recommend checking for a local non-profit community bike shop at https://www.bikecollectives.org/wiki/index.php?title=Community_Bicycle_Organizations. They'll have both tools and expertise to help you with this DIY. And the lovable bike nerds there will have fun helping an old bike get refreshed and ridden!

This is a pretty inexpensive part, by bike part standards, but I was really hoping someone had created a good PDF template I could use to go even cheaper. And you did! Thank you.I notice some of you posting "made it"s skipped at least part of step 5, which is a shame. Mine will definitely have stickers prior to mud application.

Very fun! As you point out, planting just about any seeds from grocery store produce will get you some crazy results since they are almost all hybrids. Of course if you start with "heirloom" varieties (common at farmer's markets) you can get tomatoes, peppers, cucumbers, etc. just like the original! But the "vegetative propagation" you show with lettuce, green onions, and other "monocots" is a very neat idea. We did this with regular yellow onions that had gotten lost in the back of the pantry and started sprouting once, which was a lot of fun with the kids.I appreciate the earlier commenter's mention of potatoes too (my grandparents were potato farmers, and that's how they did it but on a larger scale). But potatoes love sandy soil, and I've just got clay :(

Nicely done. My son had built an arm just like this and I'd dreamed of but never got around to building a controller like this. Bonus points for sharing your process of working around the part limitation :)

You're welcome! I'd love to see how it comes out.

What a great concept and description of how you made it happen. I've got a space I've been eyeing for a Massironi style shelf... This could be a fun addition to display the time across it. In other words, an inspiring 'ible. Thanks!

I also have been impressed by the Massironi shelf look, and I like the approach you took here. One of my concerns with other designs I've seen is their lack of space-efficiency (tapering all the way to the wall at the edges). Your approach is a bit of a compromise, keeping some nice curving shapes and also useful-size shelves throughout. Thanks for the inspiration to stop dreaming and start building my own...

Fascinating... I've played with pinhole lenses and cameras, but never heard of a "pinhole occluder" which is apparently what opthamologists call this type of device. Anyone interested in a rabbit hole on the physics and uses of pinhole occluders might start here: https://en.wikipedia.org/wiki/Pinhole_occluderThank you for sharing the concept and process!

Simple, with key details (shaping the bars to prevent rotation, the wedges to keep them from popping out) to help it come out well. My daughter is always climbing the doorways anyhow, so this is going on my list...

Nicely described, including the fact that the 3d printed parts are not strictly necessary. Using the printed rocket as a measurement tool is a nice touch. I definitely recommend leaving the exact ratio of hydrogen to oxygen up to the students as a concrete reinforcement of the reaction (stoichiometric) ratios and gives a great reward when they nail that 2:1 ratio.This setup will let them do a few trials to get that nice flight.

MacHerb, I've used this pan roast method for boneless (but skin-on, for the love) chicken breasts, too. Lower oven temp (375) and 15 min in the oven, they're done and not dried out.

Nice simple thoughts. Thanks for posting. I used these measurements to help build storage for something like 50 bikes at our local bicycle collective. We put them a little higher and hang them "head down" to allow for a row of bikes standing on the floor underneath also. The ones on the floor are basically under each of the high-hung bikes, at about a 45 degree angle from the wall on kickstands.

The brass wire & SMD's takes the old LED throwie concept to a whole new level. This is classy and so nerdy all at the same time!

Nice way to keep track of the little magnet and to make it a bit easier to use. I'm thinking a piece of wooden dowel would make an eaiser-to-assemble indicator, but this is a good simple concept and a step up from both the problematic electronic stud "finders" and knocking with my knuckle (my current favorite method).

I've been halfheartedly looking at this sort of implementation for a while. Thanks for posting your details! I think I can actually finish this project myself now.

I had almost the same thought, but picturing someone on a stationary bicycle with the induction setup as the resistance. But since I have Google, I now know that even cheap low-power hot plates are 500 watts and that pedaling pretty hard gives about 200-300 watts for a recreational cyclist. So probably not worth building that version unless you're really into frustration.A good wind and a ~$200 wind turbine, you could probably make this work. A fun back of the envelope exercise, which I'll leave to others to actually attempt. Nice inspring Instructable. Thanks!

I built a version from 1 sheet, including the stand. I'll post the cut diagram if I can find it!

I built one out of a single sheet of plywood, 36" long. It's heavy, but 2 adults can carry it without a problem.