Chapter 3: Lightbulb Moment

The exam room is massive, but empty. A single shuttle dominates the space, its nose angled slightly downward, waiting. The Lifeline-Class Extraction Shuttle. Smaller than the cargo haulers I'm used to, but familiar.

The examiner, a man in a stark black uniform, gestures me inside without ceremony. No introduction. No briefing. Just a nod toward a reinforced desk in the center of the hangar. On it, a thousand-page technical manual, thick as my forearm but thinner than the one I'm used to.

I step forward. The chair creaks as I sit.

The examiner places a single sheet of paper in front of me.

"Diagnose the problem in this Lifeline-Class Extraction Shuttle and outline the correct repair process." It reads.

I grip the pencil between my fingers, steady.

I have memorized every page of this manual. I know the shuttle's systems the way I know my own hands. Every modular panel, every redundant safety measure, every precise calibration in the damned atmospheric entry dampeners.

I take a breath.

I can do this.

Initial Diagnostic Procedure: I write.

"The Lifeline-Class Extraction Shuttle is a modular, high-speed atmospheric transport, designed for rapid insertions and extractions under combat conditions."

The first page of the manual is just as I remember it.

The Dominion builds them to be functional, efficient, and foolproof. Every system is redundant. Every part is designed for quick replacement. If anything is wrong, the onboard diagnostics will tell me—because that's what they're built to do.

Just like your cargo shuttle, Calla, just another day with an empty bay, a multitool, and a crane.

I glance up.

No crane.

Well, I hope the fault isn't a landing strut.

I power up the auxiliary control interface, feeling the vibration as the shuttle's self-diagnostic protocols engage. A soft, steady hum of electrostatic charge pulses through the metal floor beneath me as the onboard core wakes from dormancy. The holo-display flickers to life, sharp and sterile, Dominion-standard blue.

I start with primary system checks and begin writing.

The shuttle's framework is divided into five critical systems:

Propulsion Integrity – Main thrusters, stabilizers, atmospheric adjustment nodes.

Avionics and Flight Control – HUD interface, navigation core, gyroscopic balance systems.

Structural Integrity – Hull reinforcement stress levels, landing struts, modular panel locks.

Environmental and Life Support – Cabin pressurization, oxygen regulation, pilot bio-feedback sensors.

Emergency and Failsafe Systems – Autonomous override functions, crash recovery dampeners, ejection sequence initiators.

I cycle through each, running manual override tests, taking notes. The system responds instantly—no lag, no hesitation. I continue writing.

Primary Propulsion Integrity Check:

Engine Ignition: Green. No combustion irregularities. No pressure loss in secondary fuel lines.

Stabilizer Control Surfaces: Responsive. All six thruster nodules register nominal output.

Gyroscopic Balance: No drift. No need for recalibration.

Avionics and Flight Control Diagnostics:

HUD Projection: Standard. No pixel degradation, no display interference.

Navigation Core: Running default Dominion star charts. No GPS signal drift.

Gyroscopic Sensors: Active. Gimbal-stabilized camera feeds display smooth tracking.

Structural Integrity Assessment:

Hull Stress Analysis: No microfractures. No panel disjunctions.

Landing Struts Hydraulic Pressure: Even across all four contact points. No leaks detected.

Access Panel Lock Status: Secure. No forced entries, no hardware misalignment.

Environmental and Life Support Status:

Cabin Pressure: 100% equilibrium. No oxygen leaks detected.

Filtration Systems: Running standard carbon scrubber cycles.

Thermal Regulation: Maintaining a steady 21 degrees Celsius.

Emergency Failsafe System Scan:

Auto-Stabilization Protocols: Active. No override warnings.

Crash Dampeners: Fully operational. No pressure bleed.

Ejection Systems: Armed and primed. No actuator faults.

I sit back. Frown. Tapping the pencil against the diagnostic pad.

This is a test. There has to be something.

Idly I detach the pad and sit back in the pilot's seat.

Better cushions. Some part of my brain catalogues the difference.

I recalibrate the diagnostic subroutine, forcing a deeper scan. The system cycles again, running a tier-two fault check. This time, I watch the holo-display intently, waiting for even the smallest deviation from standard function.

The results populate.

Primary Core Status: NOMINAL Flight Control Systems: NOMINAL Structural Integrity: NOMINAL Environmental Systems: NOMINAL Emergency Protocols: NOMINAL

I stare at the screen.

Nothing.

I push further.

Diagnostic Manual Override: ACTIVE

If the software won't give me an answer, I'll force it to search for one.

I open a manual command interface, bypassing the automated scan to run a deep-level sensor analysis, pinging every sensor, every circuit board one by one.

Thermal Imaging Overlay: No hotspots. No cooling irregularities.

Fuel System Pressure Mapping: No variance in intake or exhaust flow.

Electrical Conductivity Scan: No power fluctuations. No signal interference.

Hydraulic Fluid Composition Breakdown: Standard viscosity. No foreign contaminants.

The readout blinks at me, steady.

All systems NOMINAL.

I drum my fingers against the back of the pad.

This isn't adding up.

A Dominion exam doesn't have a "nothing" answer. There is always something wrong. Something to diagnose, something to fix.

Childhood, PTSD-producing exam anxiety don't fail me now.

I key in one last command.

Subsystem Error Query: FAULT SEARCH MODE - FACTORY RESET

A full ten minutes pass.

The screen flickers, dies, reboots, loading… unchanged.

No warnings. No failures. No errors.

I inhale slowly, exhale through my nose.

If the diagnostics can't find a problem.

Then I will.

I stand, moving out through the back hatch to stare at the shuttle, daring it to be perfectly functional. It's compact, streamlined—built for rapid combat extractions, for hostile landing zones, for precision. The hull plating curves in perfect aerodynamics, reinforced at critical impact points, modular throughout. The color is the Dominion-standard matte gray, unassuming, purely functional.

I run my hands along the forward sensor array, fingers tracing the panel edges. No gaps. No heat stress. No sign of warping.

I circle the ship, methodical. I check the fuselage, the engine intakes, the landing hydraulics. Everything is intact.

Then I move to the nose.

And I see it.

A single landing light. Dark.

I hesitate.

That cannot be it.

I glance down at the diagnostic pad paired to the shuttle's CPU, as if the readout might change. It doesn't.

I turn back to the light.

It's not cracked. Not visibly damaged. But it isn't working.

Slowly, I step back toward the desk, sit down, and begin writing.

Fault Identified: Forward Landing Light Non-Operational

This cannot be the test.

I consult the manual.

Bulb 12-D-7 appears to be burnt out.

I set my pencil down for a long moment, staring at the page.

I have spent fourteen years training as a pilot, ever since I was four years old, disassembling and reassembling, repairing, replacing every piece I was big enough to lift until twelve years of age when they let us start operating the cranes. Six years spent running cargo and working over a ship just like this—the way a wedding cake is just like a cookie but still—six days waiting for this exam.

And the problem is a burnt-out light?

No. That can't be it.

It must be a test of thoroughness. A test of patience. Of precision.

If this is the only fault…

Then I need to prove I can fix it.

I lift the pencil again.

12-D-7 is housed within the primary nose assembly. It is not externally replaceable or easily accessible.

To change it, I have to take the entire front nose of the shuttle apart.

I inhale. Grab the single multi-tool from the desk. Roll up my sleeves.

I manually access the light's internal circuit from the cockpit. Run a direct voltage test.

Step 1: Confirm Fault.
Result: Positive current. Secondary check confirms the wiring is intact. The bulb itself is burnt out.

Step 2: Replacement Procedure. Review modular schematics. The forward light is housed within the nose assembly. It cannot be replaced externally.

Step 3: Required Disassembly:

Detach upper nose paneling (secured with 16 modular fasteners).

Disconnect sensor array wiring (threaded beneath forward avionics housing).

Remove primary nose support struts (eight in total, each pressure-sealed).

Unmount emergency descent shielding (requires manual override due to failsafe locks).

I stare at my list, praising Dominion efficiency that my cargo shuttle is just a bigger, rounder, uglier carbon cutout.

I huff a breath through my nose, some of the anxiety slowly ebbing away.

Memorizing the manual wasn't actually very difficult, two days of remembering which parts of my bigger shuttle this one didn't have, three days memorizing the information about the gimbal-mounted, underwing rotary cannons, and the last few hours that I wasn't puking my guts out trying to save a mental picture of the controls in my head from the barebones technical descriptions.

The only way to replace landing light 12-D-7 is to disassemble half the damn ship!

I push back from the desk and scold myself for the exaggeration. The Dominion is precise, accurate, exaggerations are inefficient, disorderly. Fine, not half the ship, but the whole damn nose.

So, an exam after all…

The first bolt turns easily beneath my grip. The Dominion designs all their ships the same—simple, modular, meant to be stripped and rebuilt with minimal tools with parts from every ship, shuttle, and fighter of the same size category hot-swappable between models. I work methodically, piece by piece, stacking panels in neat rows on the floor, trying to be as efficient as the engineers who designed this beauty.

An hour passes.

The examiner leans into the room, eyes scanning the partially exposed avionics. He says nothing. Just watches. Then disappears.

Another hour.

I detach the last of the upper plating. The exposed nose framework is a maze of reinforced connectors and internal wiring. The emergency descent shielding locks in place with pressure seals—removing them requires precision. I document each step, marking every completed disassembly process.

Current Status:

Upper nose plating removed.

Sensor array disconnected.

Support struts unbolted.

Time: 2 hours 13 minutes

The next part will take the longest.

I exhale and start on the electro-magnetic shielding locks.

Another hour.

The examiner returns. His expression barely shifts, but his stance has changed. Less rigid. More… puzzled?

I keep working. A sense of calm settles over me, this is my happy place, alone with my shuttle, up to my elbows in grease.

My stomach grumbles loudly and I wince.

"We can't all be happy," I grumble back at it.

The shielding requires careful unsealing. One misalignment and the failsafe engages, locking the entire module in place magnetically. Remedying that would take a full shut down, hour or two wait, and restart.

That won't happen.

I work with deliberate precision, keeping my movements controlled, my breathing even.

The examiner lingers longer this time. Then leaves again.

Seven hours in.

The nose of the shuttle is nearly bare. The skeletal frame exposed, wiring dangling in controlled disorder. I sit back for a moment, stretching my fingers, rolling my shoulders, trying to hear over the sound of stomach gurgles.

Current Status:

Upper nose plating removed.

Sensor array disconnected.

Support struts unbolted.

Time: 2 hours 13 minutes

Emergency shielding disengaged without triggering failsafe lock.

Primary wiring harness labeled and set aside.

Hydraulic dampeners inspected and left intact to avoid destabilization.

Forward assembly partially loosened but still mounted.

Hands cramping, shoulders stiff—seven hours in. (erased)

Hunger worsening, ignored. (erased)

Time: 7 hours 4 minutes.

Final Step: Bulb Replacement.

I unmount the forward assembly, hands shaking slightly. I swallow what feels like sandpaper going down and wipe my lips with the back of my hand. Carefully, with incredible slowness, I set the delicate cage to which everything thing else must reconnect to the floor. The light socket is simple. The bulb slides out with a soft click. I place it aside, realize there's no replacement handy, document the fact, and reinstall the bulb.

A deep breath.

I reconnect the circuit.

The light flickers on.

I step back. Stare at it. Shocked.

The examiner steps in again, stares, nods, hesitates, steps out and comes back a moment later with a bottle of water and a two protein slurries, one opened and partially consumed. From under my seat, I realize. Then leaves again.

Another deep breath.

I did it.

I sit.

I eat.

I rub my eyes and they burn in response.

No one comes.

I take a very slow, very deep breath, and without complaint, begin to write.

8 hours 2 minutes - Beginning Reassembly Process…

The pieces go back faster than they came apart even with the constant blinking, eye rubbing, and shaking hands. The Dominion's efficiency makes it easy—everything clicks into place, bolts sliding back into their locks, panels reattaching seamlessly. The last plating snaps shut with a crisp, metallic finality.

Twelve hours.

I've filled both sides of the page and there's a burning sliver in my left thumb from when the second pencil broke.

The examiner appears in the doorway again. He looks at me. Then at the shuttle. Then at my answer sheet.

I stand to what I hope is attention, salute the Dominion, and hand him the paper.

Without a word, he picks up my answer sheet and tosses it into a collection bin without a second glance.

A dozen other submissions lie beneath mine. I catch a glimpse of the top one as the bin opens and twelve hours of my life settles gently on top.

A cookie-cutter drawing of a shuttle and a stick figure holding something that, generously, could be assumed to be a multitool.

I step back from the ship, wiping my hands against my uniform.

The light is on. The shuttle is perfect.

I wait.

I—

Everything goes dark.