Mining the Cosmos
Asteroid mining is to develop space technologies for extracting mineral wealth from
asteroids. Our idea is to develop zero gravity technologies for mining asteroids beyond
present
technologies along side robotic manufacturers.
There are Several companies presently involved in the development and manufacturing of space
robotics. Prominent companies include, Astrobotic, SpaceX and MDA.Our technological ideas
will
soon be vital for such companies that are already investing
heavily in the search for rare minerals in space.
The potential rewards are unlimited, Tesla, Amazon, apple, Google, Microsoft, meta and
others are already racing towards this goal and we believe our ideas are at the head of the
game. We are presently inviting potential partners to put our theories into practice and
build
zero
gravity labs on earth to prove that we can assist clients around the world.
We aim to show that we can extend the present 5 plus seconds zero gravity effect.Several
companies are already actively investing in asteroid mining, with some focusing on
robotic mining and others on developing technologies for resource extraction and
transportation. Notable companies include Asteroid Mining Corporation, AstroForge, and
iSpace.The future of humanity stands on the ability of humanity to exploit the infinite
resources of
the asteroid belt, as it will pave the colonisation of the solar system.
The asteroid belt is the greatest source of endless mineral resources and it is by far the
cheapest and easiest way to exploit the wealth of our solar system , if not the only real
dimension capable of paving the foundation of galactic human expansion. It is false to
believe that Mars offers the best opportunity for the colonisation of the
solar system for Mars lacks mineral wealth in order to provide the needed expansion.
Landing on Mars is significantly more challenging than landing on asteroids making
colonisation of Mars non sequitur. According to “The Asteroid Mining Corporation” a uk
company
founded in 2016 and based in the
U.K, the asteroid belt is the best way to expand human expansion.
The Asteroid Mining Corporation
Proposes to have robots to mine metals in the asteroid belt, and they are confident that the
difficulties of landing machines on asteroids will become as easy as landing a drone in your
next door garden.
Given the will to take such a project forward, we could have our first space city in the
asteroid belt in the next 30 years. Alone 16 Psyche asteroid could give all the material to
build
tens of cities.
16 psyche is estimated to be worth around $100,000 quadrillion ($10 quintillion)….
Or 1000 trillion $
And up to 700 quadrillion.
Asteroid 16 Psyche has an average diameter of 226 kilometers, and is primarily composed of
iron and nickel.
The founding fathers.
Pioneering Zero Gravity Labs for Asteroid Mining
The work of astronauts in orbit around the Earth today concerns various sectors ranging
from the medical fields, to the science of materials to propulsion behaviour at zero
gravity (weightlessness).
The need of easy access to zero gravity labs on Earth rather than in space, would
revolutionise our world.
The economic and environmental benefits will be immense.
Mining for rare minerals on Earth, while crucial for the transition to renewable energy,
has significant environmental consequences, including pollution of air, water, and soil,
as well as habitat destruction and disruptions to ecosystems. The extraction process
itself is energy-intensive and generates substantial waste, including dust, waste gas,
wastewater, and radioactive residue. The impacts extend beyond immediate mining sites,
affecting local communities and global ecosystems. Worse than that they are finite.
Our goal is to get rare minerals from asteroid, as there are unlimited amounts of rare
Earth minerals in space.
We aim to create zero gravity labs on Earth
and to develop scientific methods that will allow robotic exploitation of rare mineral
resources on asteroids technically and financially feasible in a manner at present
unimaginable. In detail, we will create a vacuum chamber to study the effects of gravity
and create a near-weightless environment (microgravity) and it would give our designers
and engineers the ability to design the kind of robots and methods in aid of advanced
technologies for the exploitation of mineral resources in space.
Vision
Our Robots design concepts for the purpose of mining rare metals on asteroids will see the se intelligent machines to have variable shapes to meet the most optimum asteroids conditions. Our robots design concepts are tailored for the lightest and strongest materials that are essential for space environment.
The robots various design will meet the conditions required to optimise asteroids mining production. The designs aim to see robots with strong multiple arms, legs and wheels, so to operate efficiently in the most complex asteroids terrain of variable sizes and having variable microgravity fields.
Furthermore the designs are to take consideration space fluctuating temperatures and radiations and capable of Generating Magnetic levitation and micro thrusts.
Magnetic levitation for our various robotic designs will cater for a variety of uses and purposes, such as simulations of microgravity, frictionless movement of objects and components, and for creating artificial gravity if so required and finally to provide protective fields capable of deflecting radiation and to shield robots.
Our Roadmap
At Asteroids Mining Ltd., we're charting a bold course to unlock the vast resources of
space. Our strategy is structured into five progressive stages, each building upon the
last to ensure sustainable growth and innovation.
1. Target Identification & Analysis
We begin by surveying near-Earth asteroids using advanced spectroscopy and AI-driven
data analytics to pinpoint those rich in valuable minerals and volatiles.
2. Mission Design & Regulatory Compliance
Our interdisciplinary team crafts detailed mission plans, ensuring alignment with
international space laws and securing necessary approvals for safe and lawful
operations.
3. Infrastructure Development & Deployment
We engineer and launch autonomous robotic systems and modular facilities designed for
efficient operation in microgravity environments, laying the groundwork for extraction
activities.
4. Resource Extraction & Processing
Our deployed systems commence the extraction of critical resources such as
platinum-group metals and water ice, processing them either in situ or for transport
back to Earth.
5. Site Rehabilitation & Sustainability
Post-extraction, we focus on decommissioning equipment responsibly and rehabilitating
mining sites, upholding our commitment to environmental stewardship in space.
Through each phase, our emphasis remains on innovation, safety, and sustainability,
driving us toward a future where space resources contribute significantly to Earth's
economy and beyond.
Contact Us
Head Office - UK
182 Cranbrook Road, Ilford, London, UK
Telephone: +44 0208-554-8411
Country Office - Italy
Prof. Christian Corda,
via Bixio 4, 59100 Prato, Italy
Telephone: +39 380-341-6037
Country Office - Bangladesh
House # 3, Road # 2/2, Banani,
Dhaka-1213, Bangladesh
Telephone: +44 0208-554-8411
Country Office - France
173, rue de Charenton 75012 Paris – France
Telephone: +33 0175-770573
Country Office - India
Kenath Arun
Department of Physics and Electronics
Christ University
Hosur Road, Bangalore 560029, Karnataka, India
Telephone: +91 80-4012-9083
