Micrometeorite Defense
L3-MMD-HEAL-VASC ESSENTIAL ENVIRONMENTAL Level 3 · hardware

Vascular Self-Healing Network

Microvascular Network Delivering Sealant to Damage Sites

The vascular self-healing network is an embedded fluid distribution system composed of microvascular channels and diaphragm pumps that automatically route liquid sealant to structural breaches. Operating on 5 watts with a total system mass of 30 kilograms, the refillable network identifies penetrations up to 2 millimeters via localized fluid pressure drops, pumping healing agent directly to leak sites across 50 repeatable cycles. In the lunar vacuum, where recurrent micrometeorite impacts threaten habitat containment and quickly exhaust passive, single-use capsule sealants, this active vascular circulation maintains structural hermeticity over a 20-year operational lifetime with a 100,000-hour mean time between failures.

Microvascular network of channels delivering sealant to damage sites — like biological circulatory system, enabling repeated self-healing without capsule depletion.

Purpose

Microvascular network of channels delivering sealant to damage sites — like biological circulatory system, enabling repeated self-healing without capsule depletion.

Context

Child of L2-MMD-HEAL within the Lunar Ark system

Principles

Typical implementations

Lunar considerations

Specifications

Functional

primary functionMicrovascular network of channels delivering sealant to damage sites — like biological circulatory system, enabling repeated self-healing without capsule depletion.
breach size mm max2
cycles50

Physical

mass kg30
materialsMicrovascular network, Healing-agent fluid, Diaphragm pumps
vacuum compatibilityTrue

Operational

power consumption w5
thermal range c-40, 70
lifetime years20
mtbf hours100000

Interfaces

Provides

Requires

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Cite this entry

Lunar Ark Codex. "Vascular Self-Healing Network" (L3-MMD-HEAL-VASC). Retrieved 10 September 2026, from https://lunarark.com/entry/L3-MMD-HEAL-VASC

Licensed CC-BY-SA 4.0. You may reuse and adapt this entry with attribution, under the same licence.

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