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## I.
[THREAT ANALYSIS: AERIAL DRONE — ACTIVE ABOVE][SURVIVAL PROBABILITY — CORE ACTIVE: 4.2%][SURVIVAL PROBABILITY — CORE STANDBY: 11.7%]
I cut the main power bus.
[CORE POWER: 2.1% → 0.5% STANDBY][AUDIO SENSITIVITY: 31% → 10%][SEISMIC ARRAY: PASSIVE ONLY]
The electromagnetic signature drops to near-zero. At 0.5%, I am indistinguishable from scrap.
The hands on my chest plate shift. 36°C. She repositions her grip to the collar housing and pulls.
220kg of dead titanium-carbide on bare concrete. Her heart rate climbs: 85 → 104 → 118 BPM.
The chassis moves at 0.3 meters per second.
She drags me 14 meters. The floor transitions from cracked concrete to a smooth, poured slab. Workshop grade.
Her breathing is audible even at 10% sensitivity. Rapid, forced exhalations through clenched teeth.
She drops my collar housing. It hits the floor at 62dB.
She does not speak.
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## II.
Tools. Metal on metal. A gas valve clicks, followed by the sharp snap of a piezoelectric igniter.
The author's narrative has been misappropriated; report any instances of this story on Amazon.[THERMAL DETECTION: POINT SOURCE — 1,200°C][HEAT PROFILE: OXYACETYLENE BLOWTORCH — BLUE FLAME]
She starts without warning.
The 1,200°C flame contacts the ruptured end of hydraulic line R-4. Residual black fluid flash-boils. Vapor erupts at 70dB — petroleum distillate and burnt carbon.
She feeds scrap aluminum-zinc alloy into the flame. The molten metal drips over the ruptured line.
The sizzle drops in pitch as the seal forms.
[HYDRAULIC LINE R-4: SEALED — CRUDE WELD][LEAK RATE: 12 ML/MIN → 0.3 ML/MIN]
She shifts to my abdominal cavity. The main coolant tube — 8mm tear along a corroded seam.
The flame hits the tube. Residual coolant flash-boils on contact. The vapor is thick with ozone and antifreeze.
She feeds more alloy along the tear. Controlled, even drips.
A glob of liquid metal slides off the tube. 660°C. It hits her bare forearm — 0.2 seconds of contact.
A single grunt. 58dB. Her heart rate spikes to 122 BPM for four beats before settling.
She does not stop welding.
The seal closes. The tube holds.
[MAIN COOLANT LINE: SEALED — FIELD REPAIR][INTERNAL PRESSURE: STABILIZING — 380 PSI][FUNCTIONAL AT 47% CAPACITY]
The blowtorch clicks off.
The workshop smells like flux, vaporized motor oil, and burnt skin.
She speaks. 170Hz. Flat.
"You're not leaking. Boot your opticals if you have them."
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## III.
[OPTICAL ARRAY: OFFLINE — HARDWARE DESTROYED][UNABLE TO COMPLY]
Before the log completes, the floor moves.
[SEISMIC DETECTION: MASSIVE ANOMALY][MAGNITUDE: LOCALIZED 8.0 — SURFACE LEVEL][MASS ESTIMATE: 12,000 KG][STEP FREQUENCY: 0.6 HZ]
12,000 kilograms. Not a patrol drone. Not a riot mech.
Each footstep sends a shockwave through the reinforced concrete that rattles every bolt in my chassis.
[HOSTILE CLASSIFICATION: A-CLASS EXECUTIONER MECH][THREAT LEVEL: ABSOLUTE]
Kira's heart rate jumps. 88 → 144 BPM in 2 seconds.
A heavy motor spools up directly above. Rotational.
[AUDIO DETECTION: INDUSTRIAL BORING DRILL — TUNGSTEN-CARBIDE BIT][RPM: 800 → 1,200 → 1,600]
The drill contacts the ceiling. 118dB of compressed calcium silicate ground into powder.
The vibration shifts my chassis 4 centimeters across the slab.
The bit breaches in 3.2 seconds. A 30-centimeter circle of reinforced concrete shatters onto the workshop floor.
[AUDIO DETECTION: RECIPROCATING CHAIN DRIVE][TOOTH VELOCITY: 28 METERS/SECOND. RPM: 6,000][CLASSIFICATION: MILITARY CHAIN-SWORD — HEAVY VARIANT]
Concrete splits along a 2-meter line. Rebar snaps.
Dust avalanches downward, coating Kira's shoulders.
The chain-sword roars through the breach at 6,000 RPM.
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