Stargirl

The Locomotive's outer airlock seals behind Villa Sol with a heavy magnetic clunk. Amber status lights ripple across the narrow chamber as the inner door locks.

Beyond the forward hatch lies open space, black and star-filled. The installation waits outside on the hull, its unfinished conduits secured beneath a web of temporary clamps.

Villa Sol checks the seals on her mechanic's kit and rests one gloved hand near the tungsten-steel revolver at her hip. Tool latches answer with reassuring clicks.

A diagnostic strip beside the outer hatch flashes three warnings: thermal variance, unstable power flow, and incomplete network handshake. None is yet critical.

The airlock vents its remaining atmosphere into recovery tanks. Frost briefly feathers the hatch rim, then recedes as the cycle reaches vacuum readiness.

The outer door's manual release changes from red to green. Outside, the unfinished installation glints against the hull, waiting for the final connections.

Villa Sol opens the outer hatch and finds a compact emergency hull hook clipped inside the frame, its tether coiled beneath a faded inspection tag. She frees it from the bracket.

She pushes away from the airlock into vacuum. Starlight slides across her visor while the Locomotive falls behind, and the unfinished station grows broad beneath her boots.

Villa Sol swings the hook in a short arc and catches a temporary hull rail. The tether snaps taut, pulling her cleanly toward the station exterior.

The sudden arrest wrenches her left shoulder and scrapes her glove against a protruding clamp, but the hook holds. She draws herself along the tether and reaches the station.

Her boots plant against the unfinished hull. She clips the hook to a service bracket, securing herself beside the exposed conduits as the station's amber warnings flicker nearby.

Villa Sol advances along the maintenance rail, keeping the tether clipped to the service bracket until each handhold passes within reach. The station curves beneath her boots.

She reaches the solar-panel spine, where folded arrays rest in protective frames. Their deployment motors are mounted, but several connector housings remain open to vacuum.

Villa Sol opens her mechanics kit and inspects the exposed junctions. Thermal discoloration marks one bus connector, while the other sockets are clean and correctly aligned.

A quick continuity check confirms the installation sequence: secure the remaining panel brackets, replace the scorched bus coupler, then connect the array controller to the station's unfinished power network.

She records the required parts and their locations in her visor display. The solar arrays can be brought online once those three installation tasks are completed.

Villa Sol anchors her mechanics kit against the hull and works along the solar-panel spine, keeping her tether clipped to the service bracket as she moves.

She seats each exposed connector by hand, checking alignment before tightening its locking collar. The clean sockets click firmly into place beneath her gloved fingers.

At the thermally discolored bus connection, she removes the damaged coupler and fits the replacement from her kit. The new housing settles flush against its mount.

Villa Sol secures the retaining clips and fasteners across the array, bracing her body against the hull instead of pulling hard with her strained shoulder.

A continuity sweep passes through the completed connections. The solar-panel spine now holds its power and control leads securely, ready for the controller link to the station network.

Amber indicators remain on the unfinished installation, but the array hardware is no longer vulnerable to dislodged connectors. The tether stays taut while Villa Sol steadies beside the panels.

Villa Sol opens the mechanics kit and finds a compact power pack wedged beneath her diagnostic leads. She draws it free, its indicator dark and its clamps folded.

Keeping the tether clipped to the service bracket, she braces the pack against the hull and hooks its leads into the solar array's test terminals.

The connections seat cleanly. Villa Sol activates the pack, then wakes the array through her visor, watching the diagnostic feed populate with live voltage and current readings.

Light crawls across the folded panels as their control circuitry accepts the test signal. The pack's draw remains even, and no thermal warning rises from the replaced bus coupler.

Villa Sol records the readings and clips the power pack safely to her kit. The array is online and delivering power correctly, with the station network ready for its controller link.

Villa Sol draws the controller lead from her mechanics kit and routes it along the station's exposed service channel, tether still clipped securely to the bracket.

She seats the connector at the solar array's control housing, then bridges the opposite end into the central power rail's diagnostic port. The contacts lock with a clean metallic snap.

Villa Sol opens the tuning interface and trims the controller's handshake values against the live rail telemetry. Voltage, phase, and load response settle into alignment beneath her visor.

She confirms the calibration and tightens the strain relief around the new link. The solar array begins feeding the central power rail without surges or thermal warnings.

Across the unfinished station, amber status lamps change to steady green. The controller link is tuned, the array is delivering power, and the tether remains taut beside the completed installation.