November 28, 2025
Brass vs. Bots: Choose your side
Analog Hoverboard Controller
Victorian hoverboard sparks steampunk joy—and AI accusations
TLDR: A relay-powered “Victorian” hoverboard controller wowed readers with ornate writing and risky old-school tech. The comments boiled over into a fight about whether the author is a real human artisan or a generative AI, with safety jokes and steampunk memes fueling the drama.
A wild new “Victorian hoverboard” just dropped, built with relays, brass, and mercury tilt switches—no modern chips, just vibes straight out of 1884. The write‑up reads like a Dickensian fever dream, calling Hall sensors “thinking sand” and the throttle “mercury keys.” Nerds are swooning over the aesthetic, but the real show is the comments. One standout accuses the author of being an AI, claiming the prose is “too good” to be human, and the thread erupts into a culture war: high art vs. high autocomplete. Steampunk stans defend it as a painstaking passion project; skeptics say it’s stylish cosplay powered by a chatbot. Safety hawks clutch pearls at the repeated warnings—boiling electrolytes and spinning motors—while jokesters pile on: “OSHA’s monocle just popped,” “Victorian Elon Musk,” and “choose your poison: Reeds or Sand.” Even the full plan gets memed as “the best fanfic for relays.” For non‑engineers: it’s a hoverboard controller that switches motor phases with old‑school relays, controlled by tilt and foot switches, all dressed in baroque language. The hottest debate? Whether the gorgeous writing is proof of genius—or proof of GPT. Either way, the Order of Galvanic Monks has summoned peak internet drama and the comments are electric.
Key Points
- •Designs a fully relay-driven BLDC hoverboard controller, styled after 1884-era electrics and using no semiconductors.
- •Uses a 3-phase BLDC motor (30 poles, star connection) powered by an ~48 V battery.
- •Rotor position sensing is selectable between reed switches and built-in Hall sensors via a 3PDT selector.
- •Implements six-step commutation entirely with relays for forward and reverse motion, with a series resistor for gentle starts and bypass for higher torque.
- •Includes safety and control via four mercury tilt switches per side and foot cut-out switches; supplies 5 V logic through a relay-and-transformer-based synchronous DC–DC converter.