Space1 Lunar South Polar Results

Around the Moon in 80 Minutes - SPACE1
Lunar South Pole Mission Results


SPACE1 processing Orthographic projection image - Moon’s South Polar region constructed from data returned by the Lunar South Polar Mission to the Moon.

Astronaut Humanoido's high tech Moon mission was 80 minutes long - a reference alluding to Jules Verne adventure novel, Around the World in Eighty Days.

SPACE1 Industries' modern take is a true story, based on high space technology in the 21st Century that has taken astronaut Humanoido around the southern portion of the Moon in 80 minutes. The processed data presented here is rich in information for humanities' return to the Moon. Images are combined and step processed to create a larger view of the Moon's south pole region. The color image represents the thermionic heat signature of craters. The cube represents the projection of the south polar region, homogeneously fit onto the faces of this dimension.

The south polar lunar region has very interesting craters of which the low obique sunlight can either fill a shallow crater or never reach the floor of a deep one. The deepest craters that never receive sunlight have undoubtedly preserved the primordial pristine conditions of the lunar surface, including deposition of water from ancient comets. It's for this reason we are interested in the south polar region of the Moon, for the grand step of humanity, an outpost on the Moon, a telescope base kept in eternal darkness, water for human survival, energy and rocket fuel, colonization, mining, and exploration.

Space1 Spaceport in the Sky

Spaceport in the Sky Design
In this design approach, a plane carries the rocket to 30k feet and then drops it. The rocket takes off and can either go higher or return to the Earth. Space1 is looking at providing the actual real estate land on the plane (drone) in the sky for the rocket launch AND landing. It's a spaceport in the sky. A large enough drone could support numerous rocket pads and a large overall spaceport with hangars for spaceships.

Space1 has developed a successful test. The largest owned drone was prepped and taken to altitude with the contents of one rocket. At apogee, the drone was flipped to launch the rocket. The rocket ejected a parachute and returned safely to the Earth for a complete recovery, ready for reuse. To launch the rocket farther into space, the drone needs to have a prepped rocket launcher and rocket.