From a clangit’s point of view, Tech Travel isn’t “teleportation,” it’s swimming through the station’s veins. They talk about stepping “into the bones” or “riding the hum.” To them, access panels are mouths, cable runs are arteries, and coolant lines are cold rivers that run just behind every bulkhead.

When a clangit uses Tech Travel, witnesses see a gremlin hop into a panel or vanish into a bundle of pipes—and then, somewhere else, a hatch pops, a vent grille bulges, or a status screen warps, and the clangit pulls itself out grinning and dusty. To sensors, it’s a momentary EM flicker and localized anomaly shimmying along conduits too fast for normal motion.

On old rings and hacked habitats, some stationers insist clangits can “drown” in badly maintained ducts—stories told to justify keeping systems clean. The gremlins counter with their own tales of “long rides,” slipping half‑in, half‑out of reality along grav coils that cut close to the Rift, emerging from panels with glitched eyes and new ideas about what a station can do.


Implications

  • Instant Maintenance Access:
    A clangit can move from a jammed airlock on one deck to a failing pump two rings away in seconds, simply by diving into the nearest control panel and crawling out of a pump housing. For legitimate maintenance crews that befriend them, Tech Travel is a massive response‑time multiplier.

  • Smuggling and Stealth:
    Tech Travel routes around doors and patrols entirely. A clangit slips into a wall behind a customs checkpoint and emerges in a secure cargo bay, dragging a line tied to small contraband packages or relaying coded light flashes from inside.

  • Emergency Rescue (their way):
    In crises, a clangit can pop from panel to panel, checking for survivors trapped behind jammed bulkheads. They can report locations to hullwalkers—or open exactly the right hatches to bleed smoke, equalize pressure, or give trapped crews an escape route.

  • Station Cartography:
    Tech Travel plus Mechanical Trickery makes clangits perfect live schematics: they explore edge‑case paths (outdated conduits, forgotten crawlspaces) nobody has in their CAD whatever. Chronologists and engineers sometimes trade favors for maps only a gremlin could assemble.

  • Message Runner in Quiet Wars:
    During black‑out conditions or jamming, a clangit can carry small physical messages or data slates inside the walls, passing sealed borders and blocked corridors to keep resistant cells and sympathetic crews coordinated.

Societal Impact

  • Security Design Changes:

    • Station designers who’ve dealt with gremlins add hard breaks in infrastructure: physical gaps, analog segments, or heavily shielded trunks that gremlins can’t cross, to limit where Tech Travel can go.

    • High‑security areas isolate their internal controls from main trunks, using local mechanical linkages and ritual shielding to keep clangits from “riding in.”

  • Specialist Roles and Fears:

    • Some habitats accept that Tech Travel exists and hire clangits as licensed infiltrators—paid to test the security of new decks by seeing where they can and can’t emerge.

    • Others treat them as existential threats: if a clangit can pop into your command deck from a lighting conduit, your command deck is never truly secure.

  • Cultural Geography:

    • Station folk talk about “gremlin paths” the way city people talk about alleyways: informal routes that cut between official spaces, only accessible via Tech Travel and crawl‑sized hardware hatches.

    • Superstitions grow around sealed panels and capped pipes—some are “gremlin‑doors” you don’t open unless you’re sure you want attention.

  • Power Asymmetry in Labor:

    • In labor disputes, Tech Travel gives clangits and their allies asymmetric leverage: they can appear in tool bays, boss offices, or behind supposedly secure doors without badging in, making intimidation or negotiation far more complicated for management.


Tech Travel is what makes a clangit feel truly native to the hull: in Starfall, they don’t run along corridors so much as swim through the circuitry, turning every pipe and panel into a potential exit and making it clear that on a big station, the straight‑line route is only for people who don’t know any better