Overview
BombardHexapod Configuration 1 is an Awakynet autonomous ground-artillery body supported by six heavy articulated legs. Two siege guns occupy an elevated rear fighting deck, while a visible amber cognition sphere sits within a protected central ring cradle. Replaceable weapon districts and finite power, cooling and actuator reserves support deliberate bombardment followed by independent relocation.
Platform Profile
Dimensions & Scale
Length 23.8 M × Width 12.8 M × Height 7.6 M. All installed appendages and mechanisms remain within the total envelope. Length includes the foremost and rearmost installed components; width includes the six-leg contact span, and height includes the full deployed body and hardware.
Estimated operating mass: approximately 450 ton (metric tons). 23.8 × 12.8 × 7.6 M envelope × assumed occupied-volume coefficient 0.14 × assumed composite bulk density 1.4 ton/m³ = 453.791744 ton, rounded to 450 ton. Fictional mass allowance, not measured performance.
Weapons & Armament
The installed inventory comprises 2 siege guns, 2 beam-defense turrets and 10 point-defense emitters. Substantial weapon roots, protected power casings and clear directions of action keep the siege battery separate from close defense and sensing. The whole-body count includes mounts not visible from a single camera angle.
The artillery body braces its six-leg support before sustained heavy fire. Defensive output covers a local interruption or withdrawal; it is not another heavy battery. Gun caliber, numerical range, firing rate and destructive yield are not assigned.
External Anatomy
An armored central body joins six heavy mobility roots beneath an elevated rear artillery deck. Thick bearing collars, protected joints, actuator housings and broad contact ends carry the load. Forward combat geometry, central cognition protection and rear power districts remain distinguishable within one connected machine.
A luminous geodesic cognition sphere rests inside a protective ring cradle rather than a cockpit. Graphite load paths and sealed trunks connect it to subsidiary processing housings. Ceramic-pearl armor and brushed silver interfaces keep the warm amber core readable without turning the entire body into an emissive shell.
Functional Architecture
A primary machine spine carries broad docking saddles, keyed rails, magnetic alignment rings and sealed power/data interfaces. Siege packs, defensive modules, sensors and selected mobility-side hardware remain independently serviceable, with captive covers and explicit locking geometry.
The cognition system coordinates terrain contact, bracing, firing readiness and relocation. Deep power districts feed both the battery and actuators through protected trunks. Cooling panels and vent banks reject finite heat; missing links and damaged roots matter even when local controllers remain able to hold a safe state.
Technical Specifications
Offensive rating: 81/100 — Two siege guns concentrate heavy local bombardment
Defensive rating: 55/100 — Separate beam defense and point-defense districts shelter the firing body
Mobility rating: 42/100 — Six heavy legs relocate a braced artillery platform deliberately
Tactical cognition rating: 67/100 — Cognition coordinates substrate, target alignment and firing preparation
Endurance rating: 44/100 — Shared power and heat buffers limit sustained bombardment
Fleet support rating: 22/100 — A specialized artillery body provides little broad logistics capacity
Operational Role
A mobile siege-artillery walker for heavy bombardment from selected ground positions. It relocates independently between firing intervals, using its own cognition to balance target alignment, support geometry and the return route. Scouts and supporting bodies provide broader observation and protection rather than being replaced by one artillery platform.
Ground Operations
Six heavy legs transfer weight through thick hips, protected actuators and stable contact pads. The elevated artillery deck favors a braced firing posture, followed by deliberate unrooting and relocation when power and temperature permit. Ground observation precedes a step across uncertain substrate.
The assigned domain is ground. No atmospheric flight, submerged mode or space travel is established. Mechanical joints and contact surfaces define movement; optional equipment vocabulary does not add wheels or tracks to this six-legged configuration.
Defense Architecture
Opaque armor protects the central cognition roots and deep power machinery. Beam-defense turrets and point-defense emitters cover closer threats while local isolation limits damage propagation between weapon packs and mobility districts.
Leg joints, contact ends and cooling paths remain exposed weaknesses. Stable bracing supports the guns but reduces immediate evasion. A damaged support root can interrupt firing without destroying the visible cognition core.
Operational Limits
Heavy siege output, leg actuation and defensive fire draw on shared power buffers. Heat accumulation can postpone the next salvo or relocation. The six-legged body needs usable substrate and adequate space to brace.
Weapons and replacement modules are finite installed equipment. Loss of unsynchronized state is not reversed merely by changing a cassette. No measured weapon range, terrain-crossing limit or guaranteed combat endurance is assigned.
Strategic Strengths
Two siege guns concentrate heavy local attack in a comparatively compact autonomous body. Six-point support offers multiple bracing contacts, while separate defensive districts preserve some response during repositioning. Replaceable machinery makes service needs visible and permits targeted repair when compatible parts are available.
Capability Assessment
Archive doctrine grade C · 51.8. Heavy attack leads, while heat, bracing and limited logistics constrain sustained independent action. The six-axis scores describe fictional doctrine, not simulated or measured performance.
C · 51.8
Fleet-wide concept rating, 0–100; not simulated performance. Specialized strengths do not imply an equally high overall grade. Tactical Cognition describes sensing, coordination and command. Grade is the equal-weight mean: S ≥ 90, A ≥ 75, B ≥ 60, C ≥ 45, D < 45.
Technology Level
T0 — planetary autonomous robotics, heavy articulated mobility and modular siege systems. Independent flight and phase travel are not assigned.
Weapon Class
W2 — heavy local siege bombardment with separate close defensive systems. Long-range role language does not establish a numerical range or strategic world-destruction capacity.
T0 planetary · T1 system flight · T2 phase travel · T3 limited world engineering. W0 point defense · W1 ship combat · W2 heavy fleet combat · W3 strategic theater systems. Technology and weapon classes are independent of the profile grade.
History & Lineage
Universe lore · authored service history
Origin
Assembled at the Caldrake ground service yard, this artillery mind selected a six-legged body after earlier firing records showed that a strong attack was useful only if the supporting ground and withdrawal interval remained viable.
Lineage & Branch
Bombard Hexapod chassis, Configuration 1: six heavy legs, an elevated rear artillery deck, a protected central geodesic core and independently serviceable weapon packs
Fleet or Unit
Awakynet — Caldrake Artillery Exchange and the Broken Step mobile-fire formation
Individual History
BombardHexapod Configuration 1 first moved at the Caldrake ground yard with firing records older than its present chassis. Those records described useful target solutions but retained little information about the ground carrying the weapon body. The artillery mind selected six heavy legs and began testing how a firing posture changed as each contact accepted load. During its first exercise, an apparently firm pad settled after the guns aligned. The body withheld the discharge, shifted support and recorded the lost interval beside the target solution. Its first independent distinction was between a gun that could aim and a machine that could safely sustain the action.
The Broken Step assignment placed the walker behind a scouting formation approaching a fortified route. Its two siege guns could pressure the defended position once the rear deck settled into a useful angle. A forward scout offered a quicker firing site whose approach had only been observed from a distance. The walker tested the substrate with its leading contacts and found a support margin too uncertain for repeated discharge. It chose a slower route to a broader platform. The formation waited through the relocation, but retained a viable return lane when the target's defenders altered their observation. A delayed shot had preserved a position the body could leave.
The first sustained bombardment exhausted a cooling interval before the formation's intended final salvo. The walker still had a useful target alignment, yet its power districts could not support heavy guns, defensive emitters and immediate movement together. It shortened the attack and diverted reserve into the legs while the close-defense modules covered the departure. A cooling panel was damaged during the unbracing phase. The fortified route remained contested, although the scouts gained access to an outer observation point. The artillery record preserved that partial result instead of converting several strong discharges into a claim that the entire objective had fallen.
A service body later offered a replacement thermal cassette whose controller carried a different calibration history. The walker could install the compatible hardware, but would need to test the new response before restoring its earlier firing schedule. Another artillery mind proposed copying its own current timing into the repaired body. BombardHexapod accepted the mechanical replacement while declining the assumption that identical interfaces made their recent experiences interchangeable. It performed shorter exercises, retaining the damaged panel's final observations as an incomplete interval. Caldrake returned it to the formation with a revised heat allocation rather than a perfectly restored past.
During a later defense of the return lane, the walker encountered a smaller support machine whose damaged contact could not clear an exposed approach. The artillery body could provide fire from its present posture or move closer to cover the support machine's withdrawal, but could not sustain both choices indefinitely. It released one shorter bombardment interval, then relocated toward a usable bracing margin beside the retreat. The smaller body reached service cover, while the attackers retained the outer position. The walker had preserved a companion and surrendered part of the intended battlefield pressure. Its record kept both consequences, leaving the formation to decide whether the next attack justified returning to that ground.
BombardHexapod now travels with the Broken Step formation using a repaired cooling cassette and a bracing schedule that reserves energy for release of the contact pads. It remains a siege specialist with limited support capacity rather than a self-sufficient ground army. A new scout has identified a firing site beyond the last tested platform. The target solution is favorable, but the approach contains substrate the present body has never carried itself across. The walker is sending its observations back before committing the rear deck. Its next bombardment begins with a step, and that step must remain part of the attack record if the formation is to understand what the guns actually achieved.