Cislunar Orbital Logistics • O'Neill Architecture

Lunar Launch & Asteroid Mining Explorer

TRAJECTORY:LUNAR SURFACE (L2/L5 INSERTION)
VELOCITY:2.38 km/s
GRAVITY WELL:0.166 g (Moon)
● ENGINE READY
Earth (Deep Gravity Well, Δv=11.2 km/s)
Moon (Mass-Driver Site, Δv=2.38 km/s)
Near-Earth Asteroid (In-situ Ore Source)
Cislunar Colony (O'Neill Cylinder / L5 Depot)
Active Launch / Redirection Trajectory
The High Frontier Principle (Dr. Gerard K. O'Neill): Launching heavy payloads from Earth's deep gravitational well demands massive rocket fuel ratios and spews thousands of tons of greenhouse gases and alumina directly into the fragile upper atmosphere. By using lunar mass-drivers (electric catapults) and redirecting small carbonaceous/metallic asteroids into high lunar orbit, humanity can assemble space habitats and solar power stations with zero Earth emissions and over 5x payload energy efficiency.
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