📡 Ultra-Deep Space Radio Astronomy on Moon Far Side

Far-Side Lunar Crater 1km Radio Telescope Model

Underwrite 1km diameter wire-mesh radio reflector dishes deployed inside lunar far-side craters (100% shielded from Earth radio frequency interference to observe the cosmic Dark Ages and primeval hydrogen clouds). Model global scientific observatory consortium leases ($45M/yr), and 25-yr IRR.

1. Capacity & Unit Economics

Subscribed Astrophysics Consortia (Consortia)

Annual Observatory Research Lease ($M / Client)

Cryogenic Receiver & Moon-to-Earth Relay OpEx ($M)

Landed 1km Inflatable Wire Mesh Dish CapEx ($M)

2. Financial Returns & Yield

100% EARTH RADIO NOISE SHIELDING

Annual Net EBITDA

$0 / yr

25-Yr Project IRR

0.0%

Gross Revenue

$0 / yr

Total CapEx

Annual OpEx

$0 / yr