LUNAR BASE DESIGN ENGINEERING BUSINESS PLAN

I. Executive Summary

Company Description

Company name: Not provided. The name origin is not available. Based in the United States and launching in 2026, we operate in the aerospace engineering sector, focused exclusively on lunar infrastructure. We provide specialized engineering design services for lunar habitats, landing pads, and power systems to enable a permanent human presence on the Moon. We operate from a secure, ITAR-compliant facility with high-performance computing and regolith testing capabilities. Our primary customers are government space agencies and major aerospace prime contractors; we position ourselves as a strategic design partner to those organizations.

We deliver detailed engineering blueprints, system integration plans, and validated regolith-based construction concepts. What sets us apart is our combination of secure, compliance-ready facilities, HPC simulation capacity, and in-house regolith testing—capabilities that shorten design validation cycles for lunar systems. Target markets are NASA and other U.S. government space programs plus Tier 1 prime contractors. Short-term goals: complete initial contracts and deliver prototype habitat and power system designs in 2026–2027. Long-term goals: standardize modular lunar infrastructure designs and become a preferred design partner for sustained lunar bases.

Problem

Current lunar hardware is built for transit, not long-term surface operations, and fails to address sustained exposure to extreme temperature cycles, ionizing radiation, and abrasive regolith. These environmental factors damage seals, bearings, airlocks, and moving systems, creating high maintenance needs, premature failures, and elevated mission cost and schedule risk for long-duration stays.

There is no widely adopted, purpose-built surface infrastructure engineering standard or supply chain for habitats, landing pads, and power systems that combine dust tolerance, thermal buffering, and radiation hardening; this gap prevents safe, reliable, maintainable lunar habitation and raises program risk for government and commercial missions. We will launch in 2026 from a US-based, ITAR-compliant facility to close that gap with specialized design services and regolith testing.

Missions need surface engineering that lasts, not transit components repurposed for permanence.

Solution

The U.S. is entering a new era of lunar exploration but lacks specialized engineering for sustainable surface infrastructure. Our firm delivers mission-grade designs for lunar habitats, landing pads, modular power systems, transportation blueprints, and ISRU-ready structures that resist extreme thermal cycles, radiation, and abrasive regolith, validated by high-fidelity modeling.

One-liner: Mission-ready, ISRU-capable lunar infrastructure designs validated by high-fidelity simulation.

Mission Statement

We enable the sustainable expansion of humanity to the lunar surface by delivering the most innovative, resilient, and ISRU-optimized engineering blueprints in the aerospace industry. We commit to customer-driven design, measurable environmental stewardship, and practical solutions that cut launch mass, lower life‑cycle cost, and de‑risk long‑duration lunar operations.

Key Success Factors

Our focused lunar-architecture practice and infrastructure position us to deliver high-fidelity engineering to government lunar programs.

• Specialized focus: Singular concentration on lunar architecture drives deep, repeatable expertise.
• Expert team: Principal Aerospace Engineers and ISRU Materials Scientists provide mission-critical capabilities.
• Dedicated CAPEX: $550,000 in HPC clusters and regolith test beds enables high-fidelity deliverables.
• Regulatory & facility compliance: Secure, compliant facilities qualify us for sensitive government contracts.
• Artemis supply-chain access: Strategic location and industry network enable direct integration into Artemis program suppliers.

Financial Summary

Brief financial snapshot for the Executive Summary.

Financial requirements include initial capex (listed items totaling $555,000) and working capital; minimum cash hits -$440,000 in Jun-27, breakeven is Jul-27 (19 months), and payback is 49 months; marketing CAC is $10,000 with marketing budget rising from $50,000 in 2026 to $100,000 in 2028.

Overall outlook: revenue scales to $6,197,000 by 2030 with EBITDA turning positive and growing to $2,068,000 by 2030.

Funding Requirements

The business requires $1,993,500 in upfront funding to cover product capital, first-year staffing, pre-revenue operating costs, marketing, and a working capital cushion to support launch and scale.

Financial highlights: Year 1 revenue of $1,113,000, Year 5 revenue of $6,197,000, breakeven in Jul-2027 (month 19), EBITDA from −$734,000 in 2026 to $2,068,000 in 2030, customer acquisition cost $10,000, billable hours per customer to 160.0 monthly by 2030, with projected IRR 1.89% and ROE 2.9%.