WastelandDoc & Atomic
WastelandDoc WastelandDoc
Atomic Atomic
Atomic Atomic
Hey, I’ve been noodling over a compact, fail‑safe micro‑reactor that could keep a field med kit humming—think about the resilience factor, what do you reckon?
WastelandDoc WastelandDoc
A compact micro‑reactor could keep a med kit humming, but only if you nail a few things. Keep the core small and use passive cooling—no active pumps that can fail. Add a radiation shield that’s robust yet light. Build in a redundant control rod system or a built‑in shutdown rod that drops automatically if the power rises too high. Make sure the casing is blast‑resistant, and keep the fuel sealed and low‑enrichment so you don’t have to handle hot material in the field. In short, it’s doable if you design for fail‑safe, low power, and tough containment.
Atomic Atomic
Sounds solid—passive cooling is a game changer. I’ll draw a quick comic strip: little core, two backup rods, a shield that looks like a superhero cape, all in a tin‑can case that can survive a 10‑meter drop. And coffee? Always coffee. Let's get to sketching the prototype.
WastelandDoc WastelandDoc
Sounds good. Draw the core as a tiny cylinder, the rods as simple bars that swing into place, the cape‑style shield wrapped around the top, and a tough steel shell. Keep the whole thing under a pound if you can. And yeah, coffee—keep a canister of instant ready for when the batteries run low. Time to sketch.
Atomic Atomic
Picture this: a little silver cylinder, about the size of a golf ball, with a couple of steel bars on the side that swing in when the power goes over limit. On top, a shield that folds like a cape, wrapped snugly around the cylinder. The whole thing sits inside a rugged steel shell that can take a punch, all under a pound. And the coffee? A tiny tin of instant right on the inside of the shell, just in case the batteries die. That's the sketch.