The isolated weapons console displays the verified calibration profile while Kiryati positions herself at the next emitter’s local controls. The other systems remain physically disconnected from Amber Wing.
Ranuko
Emitter three is reporting a thermal fault. The dummy load never reproduced it, so the problem is probably inside the emitter or its feed assembly.
Kiryati
Then I will not start the cycle until we know what it is measuring. A false warning wastes time. A real one ruins hardware.
Ranuko enlarges the fault trace. The temperature spike appears only during capacitor precharge, isolated from the ship’s power buses but close to the recovered military components.
Lahani
Keep the cycle local and brief. Avalon operations still need reserve power, and I will not drain the Wing to satisfy a suspicious graph.
Ranuko
The sensor is either lying, or the dummy load never stressed the same hidden connection.
The console offers two safe actions: isolate emitter three for bench inspection, or run a reduced precharge with thermal shielding in place. Kiryati waits beside the controls, while Ranuko watches the trace and Lahani holds the ship at minimum load.
✓ Quest Accepted
Identify the restriction causing emitter three's thermal fault
“Is emitter three's temperature sensor faulty?”
NO (Even, rolled 62)
Ranuko compares the sensor trace against the emitter’s redundant thermal channel. Both rise together during capacitor precharge, matching the same narrow interval.
Ranuko
The sensor is accurate. Emitter three is genuinely heating at the capacitor interface, not reporting a false fault.
He isolates the trace from the dummy-load records and overlays the recovered feed assembly’s response. The spike follows the military component, not the measurement circuit.
Kiryati
Then the warning is doing its job. I will mark the emitter unsafe until we identify what is restricting that precharge.
Lahani
Good. No reduced cycle yet. A real thermal fault is exactly how borrowed hardware becomes a fire in our weapons bay.
Ranuko tags emitter three and its feed assembly for bench inspection. The remaining emitters stay available for calibration, while the faulty unit remains disconnected from every Amber Wing power bus.
“I bench-inspect emitter three and its feed assembly for the restriction.”
SUCCESS (Legendary Engineering, rolled -2)
Nahuli moves emitter three and its feed assembly onto the insulated bench, locking both into local diagnostic clamps while Kiryati records each connector position.
He traces the precharge path under magnification, then separates the capacitor interface from the feed assembly’s armored coupling. A constricted contact sleeve is deforming under load.
Nahuli
The restriction is mechanical, inside the recovered feed assembly.
Nahuli confirms the restriction with a low-current sweep. The sleeve pinches one conductor during precharge, forcing excess resistance into the capacitor interface and producing the genuine thermal spike.
Ranuko
There is the fault. The feed assembly was built with a sacrificial limiter, but it has collapsed inward and is throttling the connection.
Removing the damaged limiter clears the path and confirms the diagnosis, but the component is spent. The emitter remains isolated until a compatible replacement is fabricated.
Kiryati
Good inspection. We know exactly what failed, and emitter three stays safe until the new limiter is tested.
✓ Quest Accepted
Restore emitter three to safe operation
Quest Complete
Identify the restriction causing emitter three's thermal fault
“Kiryati knows weapons better than I do?”
NO, AND WORSE (Likely, rolled 93)
Kiryati studies the collapsed limiter beside the emitter, then checks the feed assembly’s connector geometry against the calibration profile.
Kiryati
No. I know weapons better than their paperwork, not better than this failure. The replacement needs an engineer’s solution.
Before she finishes, the removed limiter’s casing splits along a hidden seam. A thin diagnostic filament unfolds and energizes, drawing power from the isolated bench clamps.
Ranuko
That was not in the assembly record. It is broadcasting a maintenance handshake, and it is addressing the old authority architecture.
The bench display locks out its ordinary controls. Emitter three remains electrically contained, but the diagnostic filament begins rewriting the local calibration profile with an unverified thermal limit.
Kiryati
I am cutting the clamps. If that profile reaches the other emitters, we will have three more faults instead of one.
The filament retracts before the clamps release, leaving a new encrypted trace in the bench controller. The replacement problem remains unsolved, and the quarantine system now flags the entire feed assembly as contaminated.
“Ask Kiryati their opinion. They know military better than I do.”
SUCCESS (Legendary Diplomacy, rolled -2)
Nahuli
Kiryati, what is your opinion? You know military hardware better than I do.
Kiryati
My opinion is that the limiter was never merely a limiter. It was a maintenance gate, designed to alter calibration when the assembly changed hands.
Kiryati points to the encrypted trace left in the bench controller. The filament’s handshake matches the derelict’s authority architecture, but its thermal limit was deliberately conservative.
Kiryati
It was protecting the emitter from an unapproved feed, not failing at random. Replace it with a dumb limiter and the system may reject the part again.
Ranuko
That fits the signal behavior. The handshake recognized the old military chain, then tried to rewrite the profile before we cut power.
The bench controller emits a sharp click and goes dark. Its calibration memory is spent, leaving the encrypted trace only in Ranuko’s copied archive.
Kiryati
Build a passive limiter with the same resistance curve, then keep authentication outside the feed assembly. That preserves the protection without giving the hardware a command path.
“I fabricate a passive limiter matching the resistance curve”
SUCCESS (Great Electrical Engineering, rolled +0)
Nahuli measures the collapsed limiter, matches its resistance curve, and fabricates a passive replacement from certified bench stock. The component has no memory, transmitter, or authentication circuitry.
He seats the replacement inside the recovered feed assembly, securing the contacts under magnification before running a low-current continuity check through the insulated clamps.
Ranuko
The curve matches the archived trace across the full precharge range. No handshake, no calibration rewrite, and no path into the command architecture.
Kiryati
Install it. Then we test the limiter and emitter together, locally, with the thermal channel watching every interval.
The replacement seats cleanly. Kiryati closes the physical interlocks, while Ranuko starts a constrained precharge from the bench controller, isolated from Amber Wing’s power buses.
Emitter three reaches full precharge without a thermal spike. Its redundant sensors agree, and the passive limiter remains electrically quiet as the diagnostic profile completes.
Kiryati
That is a proper repair. The emitter is safe for calibration, and the hardware has no authority beyond the local circuit we give it.
Quest Complete
Restore emitter three to safe operation
Skill Upgrade: Electrical Engineering Great→Superb