The Moon has been mapped. The resources have been catalogued. The coordinates exist. What comes next is not exploration — it is development.
01 — Coordinates
Between 1959 and 1976, ninety missions produced a dataset no one has fully acted on. LCROSS confirmed it definitively: the permanently shadowed regions of the lunar south pole hold approximately 3.5 billion tonnes of water ice. The mission data is not in dispute. The infrastructure to reach it does not yet exist.
Shackleton Crater sits at 89.9°S — 2,100 metres deep, temperatures permanently below −163°C, sunlight on the rim 89% of the time. It is the optimal site for a permanent human outpost. ATLAS-C targets it first.
The exploration chapter is closed. Constanellis was founded to open the development chapter — systematically, from the ground up, with the right customers already engaged.
PSR Survey Data
"The first organization to deploy infrastructure into the PSRs doesn't just participate in the lunar economy. It defines the terms on which everyone else operates."
02 — Platform
Advanced Terrain-Landing Autonomous System — Class C
ATLAS-C is the foundational delivery platform for the Constanellis Lunar Infrastructure Program. Designed from first principles to survive the 354-hour lunar night, ATLAS-C enables sustained surface operations where no lander has ever operated continuously.
Tower Mode deploys a 4.2-metre mast to maintain line-of-sight communications across PSR terrain. Terrain-Relative Navigation delivers a 1.1-metre circular error probable — precision required for infrastructure-class cargo.
03 — Orbital Vehicle
High-efficiency Relay and Maneuvering Execution System — Orbital Maneuvering Vehicle
HERMES is the cislunar logistics backbone. Designed for lunar orbit insertion, payload deployment, and sustained orbital relay service, HERMES keeps ATLAS-C connected to Earth and positions payloads for south pole approach with precision.
As an orbital relay node, HERMES provides 622 Mbps hybrid S-band and optical communications — sufficient for full-resolution surface imaging and NEXUS real-time data downlink across the PSR network.
The HERMES platform is dual-use: civil CLPS relay operations in the 2027 window, followed by classified payload hosting under USSF and IC task orders beginning 2029.
04 — Infrastructure
Wireless Infrastructure for Remote Exploration Systems
The gap between exploration and development is not a knowledge gap. It is an infrastructure gap. Every government and commercial actor planning lunar operations faces the same problem: there is nowhere to plug in.
WIRES delivers the foundational utility layer — power distribution, broadband relay, and precision navigation — that every subsequent lunar operator requires. The organization that builds this layer collects tolls from everyone who uses it.
05 — Data Platform
Neural EXploration Unified System — multi-INT lunar intelligence platform
NEXUS is the ground-side intelligence layer that turns raw lunar sensor data into actionable information. Operating at IL-5/IL-6 classification, NEXUS fuses multi-source inputs — SAR, EO, hyperspectral, PNT — and delivers fused products to NASA, USSF, the IC community, and qualified commercial operators in real time.
The platform is built for defense integration from first principles. Outputs are delivered in NITF 2.1, GeoTIFF, SICD, and via direct API — compatible with existing IC and USSF exploitation infrastructure without translation layers.
Whether you represent a government program office, a commercial mission operator, or an institutional investor — the infrastructure layer is being built now. This is the conversation to have before the window closes.