Heavy Mech

High-Torque Engineering. Deploying Solid-Lubricant machinery for deep-crust excavation and habitat deployment.

• ⚙️ MoS2 Lube: Vacuum-stable solid lubrication for high-wear joints.
• 🛡️ SiC Electronics: Radiation-hardened control systems for solar Oat.
• 🏗️ Active Radiators: Liquid-cooling loops to prevent thermal seizure.

Thermal Mole

Vitreous Excavation. Melting through the Mercurian crust to create Self-Sealing underground habitats and transit tubes.

• 🔥 Thermal Spallation: Breaking rock via high-intensity heat stress.
• 🛡️ Glass Lining: Melting regolith into an airtight, vitreous structural shell.
• 🏗️ Sub-Surface: Creating permanent radiation-shielded living quarters.

Core Crusher

High-Density Refining. Extracting Iron and Nickel from the planet's massive metallic core using Ultrasonic Fragmentation.

• 🔩 Magnetic Sorting: High-purity metallic separation via superconductors.
• 📡 Ultrasonic: Frictionless ore shattering to preserve tool longevity.
• 🌪️ Centrifugal: Vacuum dust containment and artificial-g collection.

Cryo Stabilizer

Thermal Containment. Preserving Polar Volatiles and cryogenic fuels through active refrigeration and passive MLI shielding.

• ❄️ Sublimation Control: Maintaining temperatures below 110K.
• 🛡️ MLI Shielding: Multi-layer aluminized mirrors to deflect solar Oat.
• 🌡️ Active Heat Pump: Helium-loop cryocoolers for fuel stability.

Protocol: Full Autonomous Swarm

Latency: 5–12 min (Earth-Mercury)

Source: NASA / Engineering Labs