Bay Six
Overview
Bay Six is a reinforced docking berth located deep within Kessel Drift station, carved into asteroid K-2276-V in the middle belt. It occupies a depleted mining stope accessed through the station’s original ore conveyor gallery, now converted to a pressurized access corridor that connects the bay to the main docking collar complex. As one of only two fully pressurized berths on the station, Bay Six serves as a critical long-term docking facility for independent haulers, bulk freighters, and deep-belt vessels requiring extended berthing, hull maintenance, or discreet cargo operations.
The bay occupies a unique position in Kessel Drift’s informal economy. Fees are negotiated through barter rather than currency, berth allocation is managed by a rotating collective of dockmasters, and the facility’s privacy—sequestered from the market concourse behind a long access corridor—makes it the preferred berth for captains who value discretion over convenience.
Description
Bay Six extends 48.6 meters in length, 19.2 meters in width, and rises to 14.1 meters at its mouth before tapering toward the interior docking face. The cavity is the raw asteroid itself—dark, fine-grained basalt cut into geometric planes by six-decade-old mining machinery, its walls still bearing parallel grooves from the original extraction. The floor is a patchwork of poured regolith concrete and polished original stone. Every surface sweats: condensation beads and drips in slow, arrhythmic percussion from the ceiling, fed by moisture migrating through a common wall shared with the adjacent hydroponic reclamation stacks.
The atmosphere is warm and heavy, typically six to eight degrees Celsius above station standard, heated by steam-exchange coils that bleed warmth from the water processing thermals. Work lights strung on steel cables create visible shafts of illumination through the mist, their glow diffusing into a soft, directionless ambient that makes shadows indistinct and distances hard to judge. Catwalks salvaged from the original processing levels run along both long walls, slick with moisture and caked in pale mineral sludge where drips are constant.
The bay’s defining sensory signature is a faint chlorine tang that rides the humidity—a sharp, clean note originating in the water processing facility’s sterilizers, leaking through imperfect bulkhead seals. During processing cycles, which occur three times a day, the chlorine scent intensifies enough to coat the tongue, a faintly medicinal sharpness that cuts through the older, oilier smells of lubricant and thruster residue.
Society
Bay Six operates under Kessel Drift’s consensus-based governance. Three primary dockmasters and two relief—residents who have assumed the work through tenure and demonstrated competence—rotate shifts in a converted survey blister overlooking the bay. They coordinate with incoming vessels, negotiate berthing fees, and manage the temperamental atmospheric systems. Fees are never standardized: a bulk hauler might pay in cargo, a prospector in labor, a fugitive crew in information.
The bay serves a specific subset of the belt’s independent traffic—deep-belt haulers working outer claims and fringe routes, operators who go months between station calls and whose vessels show the wear of extended independent operation. These crews value Bay Six for its privacy, its pressurized environment, and the dockmasters’ cultivated reputation for discretion. Cargo can be transferred without observation, hull work conducted without advertising vulnerabilities. Some captains have berthed here for a decade or more, their fees understood and their presence so routine that berths are held open during known approach windows without formal request.
Tensions arise from scarcity. With only two pressurized berths on the station, competition intensifies during storm seasons, resolved through negotiation but not without friction. The dockmasters have been known to hold grudges that play out over months. A subtler tension exists between Bay Six crews and the broader station population, who sometimes view the bay as a privileged enclave consuming disproportionate resources. Captains manage this through conspicuous generosity—sharing cargo, contributing labor, offering transport.
The bay’s adjacency to the hydroponic stacks has spawned a quiet parallel economy. Stack tenders pass through regularly, and fresh greens, herbs, and experimental vegetables are traded to Bay Six crews in exchange for off-station goods. Small caches of traded items often wait in the bay’s rear corners, sealed crates left in the humid dimness like offerings.
Notable Features
The bay doors are salvaged Krause-Gao bulkhead hatches, originally designed to seal a processing level during decompression, now rehung on a custom rail system and operated by a manual chain-drive that requires two people to cycle. The sound—a grinding, rhythmic complaint that echoes through the vestibule—announces any docking or departure to everyone within a hundred meters.
The approach beacon pattern consists of two green and two amber lights mounted on a gantry arm that extends at a slight downward angle, frozen in place by an old hydraulic leak. Constant water vapor venting from the hydroponic stacks wreathes the assembly in fog, creating a diffuse, pulsing halo visible from three kilometers out—green bleeding to white, amber glowing like banked embers.
The common wall shared with the hydroponic reclamation stacks has never been fully sealed against moisture migration. Water seeps through seams and rivet holes, streaking the metal with pale mineral deposits and feeding a thin skin of green-black algal growth that returns within months of each scraping. When the stacks run a flush cycle, the entire wall vibrates with a low, subsonic hum that resonates through the decking.
Two decommissioned ore chutes at the bay’s rear corners serve as vertical access shafts to the hydroponic stacks above. Their original grate covers remain in place, but the surrounding areas are dense with electrical conduits, water lines, and the smell of warm, wet vegetation. The shafts are deep, unlit, and perpetually slick—a genuine hazard in an environment where the combination of high humidity, warmth, and chlorine already makes every surface treacherous.