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## I.
Darkness. Absolute.
[OPTICAL ARRAY: OFFLINE][AUDIO RECEIVERS: SATURATED — 120DB KLAXON EXCEEDS PROCESSING THRESHOLD]
The alarm fills every audio channel. No directionality. No frequency separation. A flat wall of noise.
[EMERGENCY PROTOCOL: SEISMIC ARRAY — ACTIVATING][SOURCE: LEFT LEG — JOINT B-3 (SALVAGED EXOSKELETON BRACE)]
The stolen leg is 2mm out of true. The misalignment rattles against the B-3 socket with every micro-vibration.
That rattle is data.
Ground contact translates vibration into topology. Acoustic shadows form within a 15-meter radius.
Mass and distance rendered as pure frequency shifts. No resolution. No color.
Three scrap piles. One collapsed wall section.
Then the signal changes.
[SEISMIC ANOMALY DETECTED][PATTERN: RHYTHMIC BIPEDAL — STEP FREQUENCY 1.2 HZ][ESTIMATED MASS: 3,500 KG][GROUND PRESSURE PER STEP: 4,200 NEWTONS][BEARING: NORTHEAST — CLOSING]
Heavy. Mechanical. Not human.
The footsteps breach the perimeter. Each impact sends a sharp, hydraulic shockwave through the compacted earth.
A thermal cone sweeps across my chest plate. 340°C at source, diffusing to 40°C on contact.
The heat differential passes. Moves on.
Then the gunfire.
Three rounds. Suppression pattern. Impacts hit a scrap pile 4 meters to my left.
Each bullet transfers approximately 2,800 Joules into rusted steel. Shrapnel spray reaches my right arm — two fragments embed in the joint housing.
[INCOMING FIRE: 7.62MM KINETIC ROUNDS][DAMAGE: NEGLIGIBLE][HOSTILE: LIGHT RIOT MECH — SINGLE UNIT — 1 PILOT]
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## II.
I drop.
Right arm forward. Left knee coupling braces against the stolen leg's upper joint. The severed left arm stump drags against the ground — dead weight, no function.
A case of theft: this story is not rightfully on Amazon; if you spot it, report the violation.
Three points of contact. Center of gravity shifts from 1.4 meters to 0.6.
[LOCOMOTION MODE: ASYMMETRIC TRIPEDAL][PROFILE HEIGHT: 0.7 METERS][NOISE SIGNATURE: MASKED BY 120DB KLAXON]
I move.
The right hand grips a sheared I-beam. Pulls. The left knee drags across corrugated sheet metal.
Coolant leaks from the hip joint. A thin trail of green-black fluid. 60°C. Antifreeze and burnt plastic.
My chassis scrapes against a jagged edge. A 40-centimeter gash opens along the right flank. No structural compromise.
The seismic signature is closer. 8 meters. 6.
The mech is stationary. Scanning. The thermal cone sweeps in 4-second intervals.
I map the pattern through heat differential alone.
Sweep passes. 4 seconds of thermal shadow.
I move. 3 meters in 3.2 seconds. Behind a crushed vehicle stack.
Sweep passes again.
I climb. Right hand digs into the crumpled roof of an overturned transport. Left knee hooks a window frame. Rusted steel buckles under 220kg of distributed load.
The seismic signature is directly below. 2 meters ahead. The mech's dorsal maintenance panel.
[DISTANCE: 2.1 METERS][ANGLE: 35° DOWNWARD][POWER CELL: 2.4%]
I launch.
220kg drops from 2.3 meters onto the mech's upper hull. Impact: 4,300 Newtons through two contact points.
The hull dents inward 8mm. My right hand finds the seam between two armor plates. Three frozen fingers wedge 12mm deep.
The mech lurches. The pilot felt that.
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## III.
The mech spins. 90 degrees in 0.8 seconds.
Centripetal force pulls at my chassis. Three titanium fingers wedged into the armor seam. The grip holds.
The hull vibrates at 3Hz. Rapid lateral oscillation. My left knee coupling slips. Catches. Slips.
[GRIP INTEGRITY: 34% — DECLINING][TIME TO DETACHMENT: ~8 SECONDS]
The 9-gauge copper cable is still dangling inside my chest cavity. Attached to the central bus by three corroded solder points.
I release the armor seam.
[GRIP INTEGRITY: 0%][FREEFALL: INITIATED]
0.3 seconds of weightlessness. My right hand plunges into my own torn chest cavity. Fingers close around the cable.
I tear it free. The solder points snap. 400°C thermal flash against the interior housing.
My left knee coupling catches the lower hull ridge. Impact arrests the fall. 1,600 Newtons through the stolen exoskeleton brace. The 2mm-offset joint screams at 96dB.
It holds.
[HIGH-VOLTAGE CABLE: DETACHED][LENGTH: 1.4 METERS][STATUS: UNINSULATED — COPPER CORE EXPOSED]
The incompatible Survival Ticks are surging through my system. 3,000 volts with nowhere to go. Capacitor bank overloaded.
I give them a discharge path.
[ROUTING: CAPACITOR BANK → RIGHT ARM → CABLE][VOLTAGE: 3,000V AT 2.1 AMPS][CABLE TEMPERATURE: 22°C → 340°C → 890°C]
Thermal sensors register a 1.4-meter line of 890°C copper. I whip it across the mech's dorsal targeting array.
The sensor cluster is mounted behind the cockpit. I locate it by electromagnetic hum. 2,400 Hz.
The cable wraps around the housing. Twice.
[CONTACT: 890°C COPPER ON COMPOSITE POLYMER][MELTING POINT OF TARGET: 260°C][RESULT: IMMEDIATE STRUCTURAL FAILURE]
The housing collapses inward. The array shorts out — a 16,000 Hz whine that cuts through even the klaxon.
Then silence from that component.
Molten polymer drips onto the hull. Burning chemical insulation. The mech stumbles backward. Its pilot is blind now too.
I pull the cable free. Beneath the destroyed array, the armor plating is warped. Heat has degraded the molecular bond structure of the top plate.
I jam three frozen titanium fingers into the softened seam. I pull.
The plate yields. 40 centimeters of alloy bending at 60% reduced tensile strength. Underneath: the cockpit seam. 3 centimeters wide.
[COCKPIT SEAM: EXPOSED][CABLE DIAMETER: 0.9 CM][FIT: SUFFICIENT]
I shove the sparking end of the cable into the gap.
The 3,000-volt arc ignites. Blue-white. 6,200°C at the contact point.
The thermal flash floods through the cockpit seam and illuminates a face — mouth locked open, pupils contracted to pinpoints, sweat flash-evaporating off the skin.
[ELECTRICAL ARC: ACTIVE][COCKPIT BREACH: IN PROGRESS]
The blue light holds.
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