Space1 Man in the Moon Update

Singularity Observatory

Man in the Moon
Space1 is providing this update to its Man in the Moon Mission, which is a trip to and from the lunar surface in record time.

This will be a cost effective, direct, simplified route to the Moon with one astronaut wearing all hats to achieve the mission. He will pilot the spacecraft to and from the Moon, navigate, operate the controls, record the mission, land and do a one lunar excursion, take photos, and immediately return to the Earth. This is the second manned trip to the Moon but the only one with a landing scheduled.

Mission Date
Space1 Mission Control has calculated potential launch windows throughout 2019. Not only must the Earth and Moon line up properly with the orbits, the weather must also cooperate. There are a calculated eight best launch windows which have a less favorable +/- 2 day leeway each. Aside from weather, this means a potential geometric 8+16 or 24 days for the launch distributed across the entire year of 2019. Inclement weather could knock down the launch window to only a few days or postpone the landing to 2020.

Rocket
The Electrodynamic Safety Rocket is equipped with the Electromag drive and is being prepped and outfitted. This is the fastest spacecraft in the fleet and the mission may last around 3 hours.

Components
Component orders are now completed and filled, and are in the process of being shipped to SPACE1 fight centers in the Pacific.

Construction
Lunar Module construction is underway for the landing head that will mechanically interface with the spacecraft. Landing software atonement for NAV is being developed. Optics for the views are being finalized to affordable levels of precision.

Astronaut
The astronaut selected is Humanoido, as he has designed the systems. He is currently in training with a new spacesuit. The helmet in particular is of extreme tech as it houses a myriad of intricate technology controls for various operations with the spacecraft.

Support
Astronaut Humanoido is the only human in the super tech mission however he will have the support of advanced AI machines, in particular Supertronic, Megatronic, 3SC and Bionic life forms - those who are members of the United Federation of Spacefaring Species.

Testing
A great number of tests still need to be completed before the mission is ready. This includes the spacecraft Module Head, AI software, Commemorative Expirative Mission to specific famous lunar craters, mountings and assembly testing, component tests with the mission config., and numerous other testing to include thermodynamic, electromechanical, mechanical stress, connective interfacing, and the electromag environment. Outdoor tests are on hold waiting for suitable weather.

Launch Tower
The Launch Tower and Mission Control are currently undergoing a vast and complete redesign with newly purchased added resources. Some equipment is being moved out to make room for new equipment and a very impressive new housing design is created to specifically facilitate the Moon Landing Mission.

Space1 Moon Landing - the Dream

SPACE1 Industries: after our successful manned mission around the Lunar South Pole, we are equipped more than ever to achieve a technologically advanced dream of landing a man on the Moon.

Space1 Leaving Man on the Moon

Can We Leave a Man on the Moon?
Go to the Moon and not come back? This is the same proposal made of Mars. Can SPACE1 accomplish this using super technology? Or will it take conventional technology? Let's examine the possibilities.

At this time, if we want the moon man to survive, he will need food, breathable air, water, energy, sheltered housing and recycling facilities. He should also have a 3D printer to make things as needed.

Shipments
As the Moon is close by, it could be resupplied with necessary survival materials.

Food
Conventionally speaking, leaving a man on the Moon will require leaving other things as well. At first, a massive supply of years of food packets with a microwave oven is necessary as work progresses on a massive greenhouse to grow hydroponic food and garden food grown in lunar regolith, tended by autonomous robots.

Robots
A single man will need helper robots for growing food, working in the harsh vacuum and conditions. Robots can maintain the equipment and do the mining operations.

Water
Setting up shop at the South Pole will allow collecting and purifying a supply of frozen water from the bottom of polar craters using mining machines.

Mining
Mining will collect ice for water purification, soil for oxygen extraction, regolith for building materials and growing food.

Air to Breath
Air will come from the hydrolysis of water and recycling, filtering out co2, and replenishing with oxygen.

Habitation
A habitat shelter can include a crater or lava tube to protect from radiation.

Power
Power can come from solar panels at the top of the crater, eternally bathed in sunlight. Water processing could also collect hydrogen but it must be processed and made safe. Taking a small nuclear power generator would also be helpful.

Heat
Heat is piped in from collector fans to radiators from near the surface bathed in very intense sunlight. Lunar rock can store passive solar heat from direct sunlight and release the heat in areas not sunlit.

Super Technology
Doing a long term mission on the Moon with super technology will happen completely different and may be a more detailed future topic. Super technology has different needs and can supply nodes of all the requirements of survival in one place in space-time and propagate/transport astronauts through augmented reality.

Space1 Taking Man to the Moon

Singularity Observatory

Taking Man to the Moon
SPACE1 Industries is a little known private space venture started in 2014 with the goal of safe low cost space tourism. It now has new expanded goals of exploration of the Moon and Mars with super technology and its cache of Safety Rockets - Rocket X with the Herculean Engine and the Electrodynamic Rocket with the Electromag Drive.

Space1 just returned from the Moon in March this year in the 15th successful flight of the Electrodynamic Rocket. This year SPACE1 is working hard on extreme technology lunar missions, with the ultimate mission of landing a man on the Moon, potentially of which could happen this year in 2019 if all schedules stay up to date. Just completed in March 2019, SPACE1's successful manned fly-by the Moon explored the South Pole and gathered more data for the upcoming manned landing.

Index Moon South Pole Mission

Index
Moon South Polar Mission

This index covers posts made in regards to SPACE1's Manned moon South Polar Mission.

Index Moon South Pole Mission
https://space1usa.blogspot.com/2019/04/index-moon-south-pole-mission.html

Asiatic Pacific Ocean High Technology Space Processing Lab & Center for Advanced Spacecraft Data Analysis
https://space1usa.blogspot.com/2019/04/space1-new-opening-of-space-processing.html

SPACE1 Moon Polar Orbiter Mission Sliding Spectroscopic Analyzer
https://space1usa.blogspot.com/2019/04/space1-moon-polar-orbiter-mission.html

SPACE1 Moon Polar Orbiter Mission Sliding Spectroscopic Analyzer
https://space1usa.blogspot.com/2019/04/space1-lunar-south-polar-mission-results.html

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

https://space1usa.blogspot.com/2019/04/space1-lunar-south-polar-orbiter.html

Mission Cube
https://space1usa.blogspot.com/2019/04/space1-lunar-orbiter-flyby-cube.html

First Photo
https://space1usa.blogspot.com/2019/04/space1-lunar-polar-orbiter-first-photo.html

Lunar Polar Orbiter Launch
https://space1usa.blogspot.com/2019/03/space1-lunar-polar-orbiter-launched.html

Moon Landing update
https://space1usa.blogspot.com/2019/03/moon-landing-update.html

Moon Index
https://space1usa.blogspot.com/2019/03/space1-index-moon.html

Left: Processed photos taken during the lunar south polar orbiter mission. All photos and data processing by Humanoido at the new Asiatic Pacific Ocean High Technology Space Processing Lab & Center for Advanced Spacecraft Data Analysis

Space1 New Opening of Space Processing Lab

SPACE1 Opens Asiatic Pacific Ocean High Technology Space Processing Lab & Center for Advanced Spacecraft Data Analysis

The new lab has all the bells and whistles, with the highest technology and most powerful array of new computers for technical management, establishing core mission details, processing and data analysis.

With the increasing complexity of space missions, such as the recent Manned Mission Moon Polar Orbiter and the upcoming Manned Moon Landing, it becomes imperative to have the most powerful high technology space processing laboratory and center for advanced spacecraft data analysis.

The supercomputers are transferred to the laboratory, along with numerous high powered computers and AI life forms with the latest software and supporting equipment and inventions. The Lab will support the upcoming lunar missions and the manned lunar landing. Humanoido is the Director of both the Lab and Processing Center.

Already results are pouring in from the lunar polar orbiter mission:
https://space1usa.blogspot.com/2019/04/space1-moon-polar-orbiter-mission.html
https://space1usa.blogspot.com/2019/04/space1-lunar-south-polar-mission-results.html
https://space1usa.blogspot.com/2019/04/space1-lunar-south-polar-orbiter.html
https://space1usa.blogspot.com/2019/04/space1-lunar-orbiter-flyby-cube.html
https://space1usa.blogspot.com/2019/04/space1-lunar-polar-orbiter-first-photo.html

Space1 Moon Polar Orbiter Mission Sliding Spectro

SPACE1 Moon Polar Orbiter Mission Sliding Spectroscopic Analyzer

SPACE1's Moon Polar Orbiter Mission has returned an abundance of data and information regarding the lunar regolith and topography. In raw form, information is contained herein but must be extracted through intricate processing. This data extraction is vital for the upcoming potential high technology Manned Moon Landing by SPACE1.

Humanoido, at the Asiatic Pacific Ocean SPACE1 High Technology Space Processing Lab & Center for Advanced Spacecraft Data Analysis, has created a processed Moon film strip of the South Pole using his new Sliding Spectroscopic Analyzer invention.

The processed and created mini video shows a series of changing spectral color images for further analysis. The video is made from spectralized images and strips that are converted to gif formats, then concatenated into a movie depicting the sliding and changing spectral temperatures and other data showing the lunar south pole.

The Sliding Spectroscopic Film Analyzer is one of the most useful inventions for extracting an abundance of relevant data from the Moon. The film strip at a glance is a spectromagnetic radiative reference map of thermal iridescence excitability ions, forward viewing temperature heat maps, lunar reflective albedo detail extractions, latent hydroxil distribution with predicated water mapping analysis, and finite shaded relief area mapping.

Continuing data extraction includes chromatic, spectral, albedo, temperature & heat positioning, ambient lighting, crater wall & depth electromagnetic bombardment, and the ability to include communications from the surface.