An articulated archer automaton [video]

YouTube’s DIY robot archer turns skeptics into superfans

TLDR: Oliver Pett’s mini archer finally nails the draw-and-shoot in Episode 2 using magnetic hands and handmade brass spring guides. The crowd pivoted from doubt to delight, calling it “Clickspring for automata” and celebrating the art-meets-engineering magic that makes old-school mechanics feel fresh and mesmerizing.

A maker named Oliver Pett dropped a two-part saga about his ambitious archer automaton, and the crowd went from eye-rolls to applause. Episode 1 had people unsure this little Robin Hood would ever draw, load, and fire smoothly. By Episode 2, the tide flipped: viewers were stunned by a clever redesign featuring magnetic hands to grab arrows and handmade brass spring guides that tame the cables (think the sheaths around bike brake wires). The vibe? “We doubted—and then we gasped.”

Fans raved about the craftsmanship: gtm1260’s “incredible detail” energy lit up the thread, while oatsandsugar declared it “like Clickspring for automata,” invoking the beloved precision-tool channel. The aesthetic glow-up—those paper-thin brass coils and graceful motion—became the star of the show, with mikkupikku confessing their expectations were completely flipped.

Any drama? Mostly the good kind: the classic internet arc from skepticism to standing ovation. A thoughtful crowd side-quest sparked too—imiric compared automata to programs, praising makers as artists of both hardware and “software.” That sent folks hunting for nerd candy like the BBC’s Mechanical Marvels: Clockwork Dreams. Jokes flew about the archer “aiming for the algorithm,” and playful memes crowned the magnetic hands the real MVP. Bottom line: it’s not just a tiny archer—it’s a tiny redemption story, and the comments are here for it.

Key Points

  • Oliver Pett built a fully articulated archer automaton to draw, load, and shoot arrows with realistic technique.
  • The project is described as his most complex automaton to date.
  • Major challenges included friction, cable tension, cam design, and accuracy issues.
  • These problems led to a complete rebuild of the mechanism from the ground up.
  • The effort is documented across two episodes, with the second indicating a breakthrough in performance.

Hottest takes

"completely flipped my expectations and looks aesthetically incredible" — mikkupikku
"its like clickspring for automata" — oatsandsugar
"Automata are marvels of engineering" — imiric
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