United Space Technologies: mars

Showing posts with label mars. Show all posts

Monday, November 28, 2022

SPACE1 Space Dynamonic Blueprint Mission

SPACE1 Space Dynamonic Blueprint Mission

SPACE1 is updating the blueprints to a new Dynamonic spacecraft mission, notably a return to the Moon and then on to Mars.

The evolution of SPACE1 spacecraft began with liquid fuel rockets and is current at the state of using an electro dynamic engine to explore the solar system. The historical progression of the rocket and spacecraft program is approximately as follows:

* Liquid fuel
* Back powder
* Inertial
* Micro space
* Near space
* Next space
* Patonic fueled
* Dimensional
* Electro dynamic
* Dynamonic

* AI

New blueprint parameters include the incorporation of AI into a new type of spacecraft. This may speed up a return to the Moon and setting up a Moon base, and a few years later - the Mar initiative with the updated Mars Connect venture.

Wednesday, October 26, 2022

Elon Musk Prepares SpaceX Starship for First Orbital Flight

Elon Musk Prepares SpaceX Starship for First Orbital Flight

Elon Musk of SpaceX has prepared Starship and the booster to go on a test into EARTH ORBIT. Scheduled for departure in October or November, the rocket is undergoing a test flight campaign of firing its engines. Starship is being developed by Elon Musk to take humanity to Mars for colonization and to become a multiplanetary species and to ensure continuing the light of consciousness.

The stainless steel rocket uses powerful Raptor engines, developed by SpaceX, running on methalox, methane and liquid oxygen. Starship is slated to become the most powerful rocket in the world, eclipsing the massive NASA Saturn 5 rocket that took Americans to the Moon on July 20, 1969. Starship has designs to land on the Moon and Mars.

Sunday, April 17, 2022

Mars Plant Expands

Mars Plant Expands

The Mars plant has grown and evolved to the next plateau level of subsistence and in order to compensate, new vessel layers were added for accomodations. The Mars plant has remained in evolution completely unattended and growing fast and significantly. It will be an ideal plant for Mars to grow in the set up environment. The sentient plant can make its own decisions and has three areas to choose from - a hydroponics bay, a greenhouse, and a land mass for another form of nutrition.

Tuesday, December 7, 2021

GEM - Global Planetary In-Situ Habitation Environmental Module for Plant Farming

https://humanoidolabs.blogspot.com/2021/12/gem-global-planetary-in-situ-habitation.html

Monday, November 22, 2021

Space1 Exploration Science & Technology Explosion

In eight years of SPACE1 development of space technology, new space systems and missions
were developed and inventions led to the exploration of new space dimensions. SPACE1 is now
at the door on the cusp of exploring new worlds in the Earth-based Solar System - the Moon,
Mars, Ganymede & Moons of Jupiter along with far reaching developments of how humanity
can reach the stars and new planetary solar systems for colonization, exploration and
preservation of the species.

Space1 Exploration Science & Technology Explosion
The agenda for private industries SPACE1 Exploration Science Technology runs very deep with the rapid evolution progression of new discoveries and space exploration technologies. There are now so many missions on board, it has become a literal explosion of new space technology.

Since founding and conception in 2014 by Humanoido, technology inventor & rocket scientist, Space1 has progressed from small conventional liquid and solid fuel rockets to new technology vehicles. Owner of the only safety space rocket in the world, Humanoido has evolved systems to a massive Electrodynamic Dyno named Dynamonic Space Exploration System.

https://space1usa.blogspot.com/2015/12/welcome-to-space1.html

Dynamonic Electrodynamic Stargate Explorer

Each year, the mode of space exploration was evolved and upgraded with new science, technology and invention. Space1 is proud to have carried the development of the safety rocket for eight years, now culminating with the epitome of an incredible vehicle for space exploration - the Dynamonic, which took part in the Lunar Extravaganza Dynasty (SPACE1's Pacific Lunar Extravaganza Dynasty is founded by Humanoido to support upcoming lunar bases, colonization of the Moon and continued exploration of the new world.)

https://space1usa.blogspot.com/2021/08/dynamonic-propulsive-invention.html

https://space1usa.blogspot.com/2021/08/dynamonic-test-run-to-moon.html

The Dynamonic is now renamed to the Dynamonic Electrodynamic Stargate Explorer.

https://space1usa.blogspot.com/2021/11/space1-dynamonic-stargate-explorer.html

Pacific Lunar Extravaganza Dynasty

The remainder one month in 2021 will be dedicated to ongoing development of Pacific Lunar Extravaganza Dynasty. Humanoido is planning a personal private space mission to Jupiter's moon Ganymede via the newly named Space1 Dynamonic Star Gate. This will likely happen after a few more trips to the southern terminator of the Moon to improve the systems, do additional exploration, and prepare for journeys to other solar system objects. We believe these space trips will supplement missions made by starship, superheavy, and Elon Musk SpaceX plans. Humanoido is the long time veteran astronaut appointed Lunar Astronaut to conduct these missions including those entailing lunar orbit southern colony reconnaissance and boots on the Moon excursions via Dynamonic Electro Dynamic Star Gate Explorer technology.

In the year 2021 (December), the Lunar Atlas, a mission of the Pacific Lunar Extravaganza Dynasty, will zestfully continue. The atlas will serve the lunar community, the educational system, and may be offered as a free service to lunar colonists, their families, and all those associated with the interests of the Moon, lunar exploration and colonization.

Monday, October 11, 2021

SPACE1 Spaceship Long Range Sensors

Spaceship Long Range Sensors

Humanoido at SPACE1 announces the invention of Long Range Sensors designed specifically for use in Space1 spaceships for space travel in the solar system and beyond

The long range sensor invention has specific mounts for connection to a series of spaceships and is designed to enable a deeper view of the traveled COSMOS. It can also be tied into a ship's navigation for more safe space flight. The long range sensor LRS is pre tuneable for specifics prior to the mission. In addition to dichroic tuning, the sensor features beyond visual optical sensitivity and space banding selectable for deep space spectral molecular ranging. LRS functions in real time, delivering vital avoidance data while in the fundamental harmonics slipstream of space transendation. Applications for LRS include maintaining a clear path from asteroids and space debris, general long range detection of objects, penetration through space dust and matter, and the detection of specific particle dynamics. The constructed LRS prototype is awaiting a test mission.

Friday, May 28, 2021

Orbital Launch on Standby

The power and glory of a SPACE1 launch system is a sight to behold

Massive Orbital Launch on Standby
As the weather percolates through its many varied seasonal cycles, SPACE1 has prepared the most massive and comprehensive manned orbital test flight ever conceived and is preparing to send it into the deepest unknown realms of Solar System space to unravel the cosmic mysteries that have existed since the beginning of time

SPACE1 INDUSTRIES Flight Dynonomic 10 has millions of dollars invested, with new equipment and gear to not only navigate the slipstream of deep space, but to go farther and faster than anyone has gone before. Humanoido's Fractional Light Speed spacecraft makes such missions possible.

Funding SPACE1 privately, Humanoido has invented and developed one of the most powerful and safest convenient space travel systems in the history of manned space flight. Enter into the Dyno or Dynamonic space travel system for the greatest convenience, fastest flight times, and a time frame of rapid reusability.

— with missions continuing to the Southern side of the Moon, flights to Mars every two years, and a very deep space mission to moon Ganymede around the largest planet in the Solar System, Jupiter —

Ganymede is the largest moon in the Solar System, trumping Earth's Moon with a more suitable amount of gravity and a large ocean of water under the ice crust. SPACE1 is preparing a new kind of habitation base on this remote moon for occupation of an unspecified amount of time. Scientific missions will include a deep space relay telescope, CR habitation, global character selection orbital perspective penetration mapping and the development of a new cartography division. Heat may be experimentally extracted from massive gravitational units which flex under nearby Jupiter's great gravitational fields and frictionally produce free heat and electricity to energize the colony and to melt the ice crust for water extraction.

Saturday, April 17, 2021

Multiplex Reality Spacecraft

SPACE1 New Extreme Multiplex Reality Spacecraft
Humanoido at Space1 invented the Extreme Multiplex Reality Spacecraft, a space safety trans- position vehicle using new high techn to accomplish space missions in a more convenient way.

The Extreme Multiplex Reality Spacecraft EMRS is the most extreme and advanced space vehicle ever created by SPACE1 since large rocket program development began in 2014.

The new entry is a paradigm shift of the highest technology from many scientific fields. The goal is to achieve the convenience of space travel initiated from home using a sophisticated invention apparatus made simple that pushes light speed at baseline costs.

Operating on the purity of space, time, and light dynamics, the EMRS is the fastest spacecraft ever built by SPACE1 and will serve well to explore the inner and outer Solar System. Future missions are scheduled for the Moon, Mars and Ganymede.

Monday, February 22, 2021

SPACE1 Mars Cars Index

Humanoido built the first internal combustion Mars Car version.
SPACE1 Mars Cars Index
The index is from November 2016 to the current date, showing the development of the Mars Car.

The concept for the Mars Car was developed by Humanoido at SPACE1 in the year 2016 and various versions were created in beta. Eventually the loud noxious internal combustion gasoline engine was replaced with the silent running electric version in 2020.

History

The first Mars Car was designed to ferry parts, supplies, and astronauts to the spaceport launch site on Earth and motor around the launch pad and site installations. It was feature laden, with lights, electric start, steering wheel, brakes, turn signals, reverse, automatic transmission, standard pedals for acceleration and braking, safety roll cage, seat belts, electric heater, mirrors, shoulder straps, and seats to fit two people. An overhead storage compartment was located in the rear with additional storage under the dash. It ran on regular unleaded gasoline and was not designed to breathe CO2. It was repurposed as a cross country vehicle to access remote rocket launch locations and rural tracking locations. It was small city street certifiable and legal according to local regulations.

Electric Mars Cars

Top of the line and upgraded features to include high power and only about two feet wide for reduced rocket payload size, the new all electric engine drive Mars Car has many new features and is very diminutive in LWH for rocket payload packing.

Electric Mars Cars Specifications

It currently includes remote timing, a pretensioner seat belt, form fitting adjustable bucket seat, keyed electric start, electronic horn, electronic remote control, power controller and voltage regulator, speed controller, power cells accessed under the flip seat, a self recharger, special acceleration and braking pedals, low drain high intensity front headlights, automatic no-touch turn signals, and a choice of electric car interchangeable bodies in various style designs and colors, fabricated from advanced Polymeta materials.

Additional Features

The Mars Cars come with protective housing, brake tail lights and a flashing lighting configuration, an enamel undercoating for repelling iron oxide Martian regolith, and drive with three main contact wheels and two additional balance wheels. A special shifting lever enables a pinpoint turning radius. Includes electronic disc brakes.

Manufacturing in China

Manufacturing was established at our China assembly-line plant, an updated new electric model was prototyped, assembled and shipped to Humanoido at SPACE1 Headquarters where it's now being tested for potential use in space colonies, on the Moon, Mars and at Solar System locations. The project is redubbed Mars Cars. Humanoido is designing and constructing the unique space car bodies.

Monday, February 15, 2021

VISA for Offworld Space Travel

Secure your Space VISA for Offworld Travel

Now is the time to start thinking about securing a passport and VISA for travel beyond the Earth as part of the SPACE1 venture travel, tourist, and relocation programs.

Unlike anytime before in the history of space travel, a rich golden opportunity exists for the migration from the Earth to offworld locations.

In 2020, SPACE1 offered the first high technology Electrodynamic rendezvous with the lunar surface and opened up reservations for future high technology trips to Mars. In 2021 plans are being hatched for the first Moon Base to be occupied by tech modified humans. Also available for the first space faring travelers wanting to become a multiplanetary species are the world's first planetoids put in space by SPACE1 - artificially created worlds in space for colonization. SPACE1 is also the developer of Micron worlds with space-time compression, where vast colonies live out evolutionary lives at a very rapid pace. SPACE1 rockets also offer space trips into the varied COSMIC Dimensions.

SPACE1 owns and operates its own Space Nation where space VISAs and Passports are issued for offword travel.

SPACE1 Space Nation & Index

https://space1usa.blogspot.com/2019/09/space1-index-rocket-space-nation.html

Get Your Visa - Choose Your Pleasure

* Lunar Tour

* Lunar Landing

* Lunar Base Colonization

* Future Trip to Mars

* Planetoid Space Colony Occupation

* Live in the Space Time Compression Micron World

* Tour Cosmic Space Dimension

Live in a new world of space time compression

https://space1usa.blogspot.com/2020/03/space1-new-time-compression-venture.html

Sunday, September 20, 2020

Rocket Parts & Reliability

Rocket Parts & Reliability
Putting 2 1/2 million parts on a space vehicle rocket system, where any part at any time can fail, is a potent recipe for disaster. SPACE1 has taken the approach that simple is better. When a rocket or space transport system has more and more parts, then more can fail and go wrong during flight.

Murphy's law is always inevitable when you least expect it. Knowing this, Humanoido has directed SPACE1 to construct a rocket with literally no moving parts.

Take for example the record of the NASA Space Shuttle, a retired and non-reliable system with over two and a half million parts. On at least two catastrophic failures, the shuttle exploded and failed, killing fourteen astronauts.

The SPACE1 rockets from the get-go were designed by Humanoido to have no moving parts and this has resulted in the 2014 invention of the Safety Rocket with no failures. Now the impetus is being placed on more safety spacecraft to take us to Mars and back again - a much larger spacecraft.

Enter 2020 - the planet Mars is approaching opposition, two years from the 2018 opposition, exceeding twenty arc seconds and moving in position closest to the Earth. SPACE1 is utilizing a completely new and safety form of space travel to and from the red planet. The new craft has a minimal axis of rotation in free space for space travel orientation and navigation, for ultimate safety and the fastest Solar

system flight times known to mankind using Humanoido's Parametric Optical Thrust Vectoring Propulsion System - the HPOTVPS.

Stay tuned as we continue to report on this new space technology and provide updates on the journey to Mars.

Sunday, September 13, 2020

Space1 Machine Trip to Mars

Space1

Machine Trip to Mars
SPACE1 Industries is looking at a different and more safe timely way to inhabit and colonize mars

The idea is to use this MARS Machine being developed and tested during the October 2020 Mars Opposition.

The idea is to establish a presence on Mars without using the conventional more dangerous technology (see SpaceX rocket Merlin and Raptor engines). Objectives include a safer path to Mars, faster flights round trip, and the establishment of fast bases for rapid expansion. Complex engines such as the powerful Raptor and Merin are not needed with the Mars Machine, which works on a different principle.

The Mars Machine is a futuristic dimensional technology that interpolates and extrapolates parametric identities to and from the Martian surface. It uses orbital technology for the injection of positional orbits above, below, and around the Martian surface. SPACE1 has spent two years since the Mars 2018 Opposition in developing the technology inclusive of specialized software to drive the system. The Mars Machine is large and heavy and combines dimensional time, potential, and kinetic energy to achieve parametric positioning across Mars. We hope the Mars Machine will be ready in time for the upcoming opposition.

The technology of a Mars spacesuit is not needed when traveling with the Mars Machine, saving millions of dollars of development cost and time.

Large costly orbital Mars stations and habitats are not needed saving billions of dollars. The Mars Machine is capable of projective dimensional inhabitation modules. Stay tuned as we test this new technology.

Wednesday, July 8, 2020

SPACE1 Mars Support for SpaceX

SPACE1 Mars Support for SpaceX

SPACE1 has continued Mars support for SpaceX landing on Mars. This includes the half century database creation of global Mars Cartography; a mapping, survey and climatology project depicting the global planet Mars from a wide seasonal perspective. This will lead to better understanding of seasonal Martian variations in weather climatology, conducive for missions to Mars and settlements on the red planet.

Friday, April 3, 2020

Space1 Mars Cars Manufacturing

SPACE1 and Humanoido have Mars Cars rolling off the assembly line as a result of new
manufacturing in Mainland China at the Gigaplant. Improvements in design have resulted in
Mars Cars fit for colonists soon to live on the Red Planet and explore the new world. The
Mars Cars are small personal transportation vehicles ideal for Martian habitat transport.

Space1 Industries Opens New
Mars Cars Manufacturing in China
SPACE1 & Humanoido Manufacture Mars Cars at the Mainland China Mega Factory

Electric Mars Cars are strong and made from
welded 301 rocket steel. The plant has capacity
to manufacture one thousand Mars Cars per
month or twelve thousand per year. When
Mars is colonized, the settlers will potentially
have access to their own personal SPACE1
Mars Cars.

Breaking News!
Space1 Electric Mars Cars

SPACE1 Industries has opened new manufacturing of small electric Mars Cars at the megaplant in Mainland China. With capacity to manufacture 1,000 Mars Cars per month, or twelve thousand per year, SPACE1 is preparing for the complete colonization of the Red Planet.

Mars Cars at the SPACE1 factory assembly
line in Mainland China are precision built and
personally hand assembled. After passing
inspection points and testing, they are crated
and shipped by boat to SPACE1 Rocket
Headquarters in the Pacific Ocean.

— based on the original designs, Humanoido and SPACE1 have taken Mars Cars to the next level —

Pining for future small electric Mars Cars with vast improvements: the cars are being manufactured from number 301 rocket grade steel and special coatings to prevent a process of degradation caused by wind and the impact of Mars regolith.

The range of car speed is tuned at both the low and high end velocity points. The number of electric motor batteries, voltage level, and power ratings are all increased. A brake is built in with a variable linear accelerator and standardized pedals. The vehicle has wireless radio control using a hand held remote and antenna. The overall width of the car is slightly reduced for driving through the smaller Mars craters and Martian habitat doors and entryways. A seat belt is added which recoils automatically so it cannot become entangled. The seat is made to flip up for underneath battery storage and easy quick access to electrical connections. The seat is also made fully adjustable in forward and reverse directions. A rear brake light LED array is added with high intensity strobing functions that will have improved visibility in a Mars dust storm. The color white is chosen for the light as it has great dust storm penetration. The gale wind force of Martian dust storms can be brutal and Mars Cars are weight stabilized.

Thursday, April 2, 2020

SPACE1 Mars Cars Update 03.30.20

SPACE1 Mars Cars Update 03.30.20
Electric Mars Cars are being updated in concept to drive from one habitat to another on underground roads built from Martian regolith

Design
Much smaller than a TESLA, bulk Mars Cars are being designed by Humanoido to traverse a future connective underground network on Mars. Like the personal family car on Earth, family Mars Cars will transport you from one location to another through the road net and supplement the larger Tesla fleet. Mars Cars will have wireless control built in and can communicate with a bluetooth transmitter and small antenna. The electric vehicle is keyed and can drive with a human at the wheel using a standard accelerator and brake. It's expected that future versions will be fully autonomous and driven by site to site computer.

Testing
The first testing began on the first assembly line of Mars Cars. The power cell retention methodology needs revamping as the power pack is extremely dense and will need increased retainer. The power cell sensor needs to be installed to indicate the status of the power pack condition. The power cell needs wiring into the drive system for testing to commence and a chemical recharge. The power cell charging system needs testing and operational confirmation. The power cell has a plug compatible with solar cell recharging systems on Mars using the Mars Cars standard current and voltage.

Operations
Technically speaking, Mars Cars have 5 wheels under the chassis and one for steering inside the cabin. Mars Cars are initially designed to move in the forward drive direction without an electric reversal contrivance. However, due to the nature of the good car design and the underground street design, there is no need for reversing - a reverse is not installed based on the controller type. Mars Cars have special mechanical steering engagement with one shift. The shift releases one set of wheels to enable a full 360 degree mechanical vectoring, including in the reverse direction, making an electronic reverse unnecessary. Driving Mars Cars is easy to learn after some easy lessons.

Size
Though diminutive in size for spaceship transport to Mars, and due to their minuscule one car occupancy, the compacted dense Mars Cars are still heavy mostly due to the weight of the fuel cells and are not pick it up and carry it away.

Wednesday, March 25, 2020

Space1 Mars Cars

Processed Mars image on file at the SPACE1 Processing Laboratory - Mars Cars would require
new wheels to prevent slip and slide at the South Polar Cap.

Space1 Mars Cars
1st Shipment Arrives for Space Car Construction

SPACE1 has taken first shipment of parts and materials for the construction of an electric space car

Materials to make the new full size electric space car have arrived in the first wave and the project is now waiting for electrical and mechanical components. Designs for the space car include iterations for use at an orbiting space station, on Mars, on the Moon, and at other space facilities, potentially the Bigelow Motel if it has an artificial gravity system.

The car has a new design unlike any cars on the market. Just about everything is new and innovative, with, for example, the Mars Cars. Mars Cars have autonomous directional movements that can navigate Mars terrain, while at night it provides special flood illumination of the scenic landscape. Larger wheels can navigate a variety of Martian surfaces and rock fields.

The Moon version is a cute white electric buggy capable of switching out wheels to better deal with lunar dust and soil, and to drive down into a crater and up the sidewall.

The orbiting space station car can go from section to section at a rapid pace and have robotic autonomous driving control for delivery of people and supplies to the rotating space station's destination.

The electric Mars Cars can drive between starships delivering people and cargo as needed for the first colonies. The smaller Mars Cars by SPACE1 will supplement the larger TESLA Mars car.

Monday, March 23, 2020

Space1 Mars Index

Mars needs woman (and men), the old scifi space movie adage is alive and well...
SpaceX and Elon Musk show off the very first iteration of Mars Starship in Boca Chica Texas.
Forged from welded 302 stainless steel, the glittering rocket will take Earth colonists and
supplies to Mars. Musk wants a starship assembly line and to send thousands of starships to
the planet for creating a vast city and civilization there. Musk's plan is humanitarian, to ensure
the survival of the human race by backing up civilization on another planet.

Sunday, March 22, 2020

Singularity Observatory Mars Prep

Taking mother and baby telescopes out of storage for the new summer apparition for the Moon
and planets - a Celestron C14 Edge HD and Celestron C9.25 Edge HD both with the newest
ultra enhanced coatings that increase apparent diameters of 14 and 9.25-inches. The F/10
FRs are ideal for Lunar and Planetary study, including the entire Mars Opposition. The 9.25"
scope will get the same super heavyweight and stable Celestron CGX-L Equatorial 1400
EdgeHD GOTO computerized mounting with 75-lb capacity, StarSense Auto Align and
SkyPortal WiFi Module. The mount has a very large 144mm diameter worm wheel for
exceptional guiding and tracking. These are the only two documented telescopes that
Celestron professionally reworks optically to exacting precision specifications above and
beyond that of standard commercial telescopes.

Singularity Observatory Mars Prep
Summer is here on this side of the Earth. Telescopes are being awakened at Singularity Observatory by Humanoido, Observatory Director and Founder

Now at only 6" of arc in diameter in the early morning sky, Mars is but a tiny dot moving closer to the Earth, culminating in a close approach opposition in October where it will reach about 23" in diameter. There is always the risk of global wide dust storms so there is no guarantee as the clarity of surface features for mapping.

2020 Mars approach details - it's unknown if the days of closest approach will end up with
a massive global Mars dust storm like two years ago, but as Mars seasonally warms up and
the polar cap melts, one can expect turbulent weather and storms to occur.

Skies in the Pacific are clearing, as today has a slight haze cast - frequently superior for observing planets with results similar to that through a filter that increases accuity and visibility of planetary features.

This year, the observatory has installed large storage units for telescope equipment during day night observing. Also visible near Mars, are Saturn and Jupiter, ideal for honing this years observational and imaging techniques with new equipment.

Humanoido is currently starting up the C9.25-inch Edge HD telescope and the C14-inch Edge HD at the Pacific installation. As the distant mountains come into clear focus, many new discoveries are expected with the ultimate sky clearing.

Singularity Observatory Indoor Observing Success!
https://space1usa.blogspot.com/2019/03/space1-singularity-observatory-indoor.html

Monday, March 16, 2020

Singularity Observatory Photonic device

A quick shot of M31 Andromeda Galaxy

Singularity Observatory Photonic Device Runs Amok
Humanoido, Observatory Director and Founder of Singularity Observatory, is preparing a very advanced Photonic Device for the two largest telescopes in the world

The device handles the largest number of astronomical parameters at one time of any photonic device previously used at the observatory. The Photonic can select and handle highly specific parameters to create new capturing and visionary inventions for the telescopes.

The device is deep end capable, for the largest and deepest spectroscopic range of any device thus far, along with the deepest dimensional penetration which is software selectable. We are eager to try this on Mars.

Sunday, March 15, 2020

Space1 Feeding Martians on Mars

One of 200 underground LED-driven growth pods like this one, could supply fresh vegetable food to a small colony on Mars. The Boring Company by Elon Musk could make adjoining underground tunnels for the food centers. Initially, transport supply rockets could supplement a diet ration of freeze dried lightweight food packets sent from the Earth as a starter kit until the greenhouses are up and running and in full production. Mars needs infrastructure and robots can help set up the initial needs and later do maintenance work, especially the type of work that occurs on the Martian surface in full radiation. Robots, droids, machines, and bots can supplement humans to do work and provide a net AI gain to an initial low numbers population. Left - above ground, thick domes let through martian sunlight, or underground artificial light. One idea is to put radiation absorbing domes and habitats inside the domes, out on the Martian surface.

Space1 Feeding Hungry Martians on Mars Soil
Colonists on the first trips to Mars will take light weight freeze-dried food packets to be reconstituted with recycled water

Eating prepared food packets transported from the Earth will be the norm until larger greeneries can be established to supply food.

Power cells to provide light in the greenhouse is prefered to solar cells on the Martian surface due to long lasting dust storms that can obliterate the solar view up to years in length. When the season turns from winter to summer, the polar caps thaw and weather instability causes storms. At least one Mars rover met the grim reaper when its battery could not be solar cell recharged during a Mars dust storm. Greenhouses will initially likely be underground due to radiation on the Martian surface.

Food has a shelf life and dry food can last the longest - most freeze dried foods that you buy are sealed under nitrogen in resilient packaging, allowing for anywhere from a two to twenty-five year shelf life. Freeze dried fruits are on the lower end of the shelf life spectrum, lasting a little over two years. Mars has an approximately 2-year cycle in going from closest to closest distance to the Earth, known as a favorable opposition. A food factory could include the use of chickens for fresh eggs but chickens must be fed food and water too. The amount of food required to feed a small colony depends on the number of people in the colony, the unit time on Mars, and their caloric consumption. Harvesting crops in cycles requires the staggered planting of a food variety and rather large greenhouse centers. Hydroponics and other indoor farming methods will be in use. Farming may use existing Martian soil, probably treated to provide the necessary mission elements for healthy crop growth.