We design rugged lunar hardware systems for habitats, EVA operations, robotic field logistics, and next-generation mission infrastructure.

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What we build

Hardware systems designed for off-world survivability

Habitat Infrastructure

Pressure-safe internal systems, modular service access, and repair-first architecture for constrained lunar habitats.

Surface Operations Gear

Dust-tolerant tools, payload interfaces, and mission logistics hardware engineered for hard field cycles.

Autonomy-Ready Platforms

Mechanical systems designed for autonomous and teleoperated operation to reduce EVA burden and crew risk.

Design Pipeline

From concept to validated hardware architecture

Our process is built for program leaders who need traceability, speed, and technical confidence.

  1. 1

    Mission Brief

    Requirements, constraints, interfaces, and operational envelope mapping.

  2. 2

    Architecture + Risk

    Subsystem trades, failure-mode planning, and design de-risking strategy.

  3. 3

    Prototype Loop

    Fast design iterations with testing signals that guide the next revision.

  4. 4

    Release Pack

    Manufacturing-ready files, BoMs, and decision logs for execution teams.