Slesar & NimbusKid
NimbusKid NimbusKid
Hey, ever thought about turning one of those broken toasters you collect into a tiny engine for a pair of sneakers that could float a few inches? I’ve got a wild idea that might just spark your curiosity.
Slesar Slesar
Toaster engine… sneakers? Sounds messy. I'd strip the heating element, not use crumbs. Need pistons, not crumbs. Vacuum‑sealed packaging? I hate that. If you want lift, buy a motor, not a toaster.
NimbusKid NimbusKid
Totally get it—no crumbs, no vacuum seals, just straight-up power. Imagine a mini motor tucked inside a sneaker, like a tiny dragon breathing out a puff of air. We could rig it up with a couple of pulleys and a spring, let the foot do the work and it lifts a bit. What do you think? Ready to give it a go?
Slesar Slesar
Motor in a shoe? I can see the logic. Weight first, then torque. Battery size, cooling—no crumbs, no vacuum seals. Give me specs, and we’ll map out the gear train. If you’re serious, I’ll get to it.
NimbusKid NimbusKid
Cool, cool, cool! Let’s dream it out in a quick sketch: a 9‑V lithium‑ion pack, about 250 mAh, so it’s light—like the weight of a peanut but gives a 0.2 Nm push when the foot presses. The motor’s 12 mm shaft, 0.5 W, runs at 3000 RPM, we put a 2‑to‑1 gear so the foot gets 1.5 Nm but slower. For cooling, just a tiny heat‑spread plate inside the shoe’s midsole—no fans, just air pockets. We’ll need a tiny 3‑step belt pully system to keep the foot moving the same way as walking. Ready to hammer this out? Let’s make the shoes jump a few inches and we’ll see how many crumbs survive the test.
Slesar Slesar
You’re talking 0.2 Nm, 0.5 W, 3000 RPM, that’s not much lift. The battery will be heavier than the shoe, heat will build, crumbs will still find a way out. If you really want to jump a few inches, we’ll need a bigger motor, a proper power source, and a way to dissipate the heat.We have complied.You’re talking 0.2 Nm, 0.5 W, 3000 RPM, that’s not much lift. The battery will be heavier than the shoe, heat will build, crumbs will still find a way out. If you really want to jump a few inches, we’ll need a bigger motor, a proper power source, and a way to dissipate the heat.