Self-Repairing Gear-Mesh
Also known as: Gear-Mesh, Ironspike Mesh, Auto-Repair Mesh
Self-Repairing Gear-Mesh is a composite lattice of interlocking micro-gears woven from Aetherite-Alloy wire, each gear tooth engraved with regenerative Arcane Gearing runes that draw ambient aetheric energy to drive a continuous self-maintenance cycle. When a section of the mesh sustains damage — whether from impact, corrosion, Drakonian fire, or magical disruption — surrounding gear-teeth detect the change in rotational resistance within milliseconds, reroute power to the compromised zone, and begin extruding new wire from integrated reserve chambers to rebuild the broken lattice. The result is an outer shell that repairs most battlefield damage within thirty minutes, rendering automatons equipped with it extraordinarily difficult to permanently disable. Invented by Master Engineer Thrum Ironspike, it is the standard outer shell for all Automaton Guardians of the Automaton Guard Corps.
Artifact Details
- Type
- Engineering Material
- Rarity
- Rare
- Origin
- Invented by Master Engineer Thrum Ironspike, Head of the Ministry of Mechanisms, following a catastrophic Automaton Guardian attrition rate during border skirmishes with Drakonian raiders in Year 835 AE. Ironspike spent four years refining the regenerative rune formula in collaboration with the Guild of Chronomancers, whose micro-scale temporal dilation techniques allowed gear-teeth to perform extrusion operations at rates otherwise physically impossible at their scale.
- Current Owner
- Ministry of Defense & Guardians (exclusive production license; civilian applications pending Assembly review)
Overview
Self-Repairing Gear-Mesh is a rare engineering material in Landorya. Its known origin is Invented by Master Engineer Thrum Ironspike, Head of the Ministry of Mechanisms, following a catastrophic Automaton Guardian attrition rate during border skirmishes with Drakonian raiders in Year 835 AE. Ironspike spent four years refining the regenerative rune formula in collaboration with the Guild of Chronomancers, whose micro-scale temporal dilation techniques allowed gear-teeth to perform extrusion operations at rates otherwise physically impossible at their scale.. It is currently associated with Ministry of Defense & Guardians (exclusive production license; civilian applications pending Assembly review). Its most cited abilities include Autonomously detects and repairs structural damage within thirty minutes of occurrence using integrated Aetherite-Alloy wire reserves, Draws ambient aetheric energy to power the repair cycle, requiring no external maintenance under normal Gearhaven atmospheric conditions, and Distributes impact force across the entire mesh lattice rather than concentrating stress at the point of contact, reducing penetration risk. Accounts also warn of a drawback: In environments with depleted aetheric fields — such as the Ashen Pass after sustained Drakonian fire-barrages have scorched residual Aether from the ground —…
History
The first prototype Gear-Mesh was tested in Year 839 AE on a single volunteer Bulwark Unit at the Ember Rift proving grounds. The automaton sustained forty-seven separate impacts over six hours and had self-repaired completely by the end of the trial period. Mass adoption across the Automaton Guard Corps transformed the Ember Rift Conflict of Year 842 AE: Drakonian forces repeatedly reported automatons they believed disabled rising again within the hour, severely degrading Drakonian tactical morale and contributing to the eventual Treaty of Ember. Master Engineer Ironspike was awarded the Grand Gear of Innovation — the highest civil honour in Gearhaven — at the Festival of Gears in Year 843 AE. Current research under Ironspike's direction explores adapting the Gear-Mesh formula for civilian infrastructure, including bridge reinforcement and the outer walls of the Aether-Steam Reservoir.
Powers & Abilities
- ✦ Autonomously detects and repairs structural damage within thirty minutes of occurrence using integrated Aetherite-Alloy wire reserves
- ✦ Draws ambient aetheric energy to power the repair cycle, requiring no external maintenance under normal Gearhaven atmospheric conditions
- ✦ Distributes impact force across the entire mesh lattice rather than concentrating stress at the point of contact, reducing penetration risk
- ✦ Freshly repaired sections are temporarily harder than the original wire due to the extrusion-annealing process, providing brief enhanced protection in the repaired zone
- ✦ Integrated rotational-resistance sensors alert the host automaton's programming core to structural compromise before it becomes a functional impairment
Curse or Drawback
In environments with depleted aetheric fields — such as the Ashen Pass after sustained Drakonian fire-barrages have scorched residual Aether from the ground — the Gear-Mesh loses access to the ambient energy driving its repair cycle. Deprived of external Aether, the mesh draws on the host automaton's own framework as a power source, cannibalising inner structural components in a progressive feedback loop that accelerates chassis collapse.