Adventure of Max DrakeHall. 1

Forty minutes later, Max reaches Dock Seven with the contract advance secured in his account and a compact tool case strapped beside his prosthetic leg. The Veyra Salvage berth vibrates beneath his boots.

Mara Venn waits beside a battered construction mech. She is a lean middle-aged woman in a dark utility coat, with close-cropped silver hair and a bright scar crossing one eyebrow.

Behind her, three crew members stand in pressure gear near the bay controls. The outer doors cycle open in warning bands, exposing darkness and a scatter of distant stars beyond the damaged frame.

The battered mech's loader arms hang motionless over the fractured external assembly. Warning lights reflect across Max's cybernetic hand as the watching crew waits for his first inspection.

Max crosses to the battered construction mech and clips his tool case into the diagnostic socket. Its systems wake in layers, spilling fractured load maps across his visor.

He runs actuator checks, power continuity, and structural stress projections. The forward lift assembly is unsalvageable, while both rear actuators and the control core remain serviceable.

A diagnostic filament overheats and fuses inside the socket. Max cuts it free, losing the probe but preserving the complete damage report and a workable salvage list.

The report marks the rear actuators, control core, and hydraulic manifold for recovery. It also specifies a replacement forward collar and bracing sequence before the frame can take thrust.

The salvage manifest opens a maintenance cache aboard Veyra, listing a compatible forward collar, bracing struts, and sealed actuator couplings in a nearby cargo locker. The parts are already aboard, untouched and ready for recovery.

A cargo schematic highlights the locker beside the repair bay, only one pressure door from the damaged frame. Its inventory includes certified bracing hardware, eliminating the need to fabricate a temporary support.

The crew member by the mech breaks from the controls and joins the others at the pressure door. Warning bands continue to pulse, but the bay no longer feels stalled. The departure window remains intact.

Max continues through the diagnostic tree, tracing load feedback from the surviving rear actuators into the control core. His prosthetic fingers make precise adjustments while the fractured maps resolve into clean readings.

He resets the actuator zero points, balances hydraulic response, and reruns the stress projections. Each correction settles into the system without disturbing the salvage schedule.

Max checks the coupling tolerances against the replacement collar, then locks the corrected values into the mech's maintenance memory. The repair sequence now carries verified alignment data.

Across the bay, the control displays turn from amber to green. The crew member at the controls begins the locker cycle while Mara studies Max's completed diagnostics.

Mara glances from the stabilized diagnostic display to Max's tool case, then back to the mech as the locker seal releases with a heavy clang.

The crew member by the mech guides a sealed collar from the cargo locker. Its reinforced ribs catch the bay lights, clean and undamaged beneath the dust of storage.

Mara taps the repair schedule into the bay display. The departure countdown resumes, and the green status lights hold steady across the damaged frame.

Max keeps the diagnostic socket live and drops into the mech’s archived camera feed. Damaged timestamps rebuild around the moment the collar failed, frame by frame.

The exterior view shows the loader braced against Veyra’s cargo frame. A sudden lateral jolt twists the assembly, but the collar fractures only after a maintenance tug clamps onto the wrong hardpoint.

Max isolates the tug’s telemetry and overlays it with the collar’s stress map. The force came from a misaligned recovery maneuver, not a hidden flaw in the replacement design.

The finding populates the repair report: the original collar was compromised by an incorrect clamp placement during the last cargo transfer. The surviving frame and control core remain sound.

Max cross-checks the tug telemetry against the collar’s fracture geometry and the surviving load paths. The conclusion is firm: the loader’s main chassis, control core, and rear actuators do not require replacement.

The verification consumes eleven minutes as Max reconstructs the maneuver from overlapping sensor records. One timestamp block remains corrupted, leaving the exact instant of clamp misalignment uncertain, but not its consequence.

The repair display updates, deleting the full-loader replacement estimate and preserving only the collar, bracing struts, and coupling checks. The revised schedule still supports departure after the repair.

Mara signs the amended report. Beyond the bay, the damaged collar waits beneath its replacement, while the construction mech’s remaining systems hold steady under diagnostic power.

The offer settles into the quiet between warning tones. Max keeps one cybernetic hand on the diagnostic housing while the repaired loader waits under bay lights.

Mara closes the amended report and opens a personnel contract beside it. The offer carries recurring repair work, travel between ports, and payment terms visible before acceptance.

The crew member by the mech secures the replacement collar against its transport cradle. Across the bay, the departure schedule accepts Max as assigned repair lead.

Mara extends the contract across the display. Its first assignment is confirmed, and the employment line continues beyond Veyra’s departure.

Max cracks a small smile and takes the contract from the display. He reads every clause once, then starts again, checking payment dates, travel obligations, termination language, and assignment authority.

The second pass confirms the practical details without hiding any unpleasant surprises. His habit catches a favorable clause buried in the compensation schedule: each completed berth adds a certified housing allowance to his pay.

Max signs with his cybernetic hand. The display accepts the authorization, timestamps the agreement, and transfers the first assignment into his work profile as repair lead aboard Veyra.

Mara reviews the completed signature, then expands the personnel record. The housing allowance is marked active rather than discretionary, giving Max a steadier path through the leasekeeper's remaining balance.

Max starts the repair sequence, isolates the loader hydraulics, and exposes the damaged collar seat. He mutters under his breath while checking the frame for distortion and debris.

He aligns the replacement schedule against the mounting geometry, then reaches the transport cradle beside the mech. The collar remains sealed inside its restraint frame, beyond his reach.

Max proceeds with the accessible work, cleaning the exposed seats and verifying the hydraulic isolation points. He checks the tolerances twice, then a third time, without the collar in place.

The mounting sequence halts at its hard prerequisite. The certified part is present in the bay, but its locked cradle prevents installation, leaving the loader unable to receive the final alignment checks.

Max runs another diagnostic on the incomplete assembly. The report confirms the frame is ready, then flags the absent installed collar and blocks the load test.

The failure leaves a precise handoff instead of a finished repair: the loader is prepared, but the sealed collar must be released and positioned before Max can continue.

Max leaves the diagnostic station and crosses to the transport cradle. Under his breath, he condemns the idiot who last used the equipment and says they should be fired.

Max braces his prosthetic leg against the cradle and grips the bar beside Mike. Together they shift the mechanism, his strength taking the load as the lock disengages with a hard snap.

The collar rolls free without striking the deck. Max catches its guide frame, steadies the heavy component, and helps Mike steer it across the bay toward the exposed mount.

Mike and Max lower the collar onto the prepared seat. The reinforced ribs meet the marked geometry cleanly, and the loader display accepts the part, unlocking the alignment checks and load-test sequence.