Mining Beyond Earth
Fourmars Space Mining Company
Pioneering the next frontier of resource extraction on Mars through innovative robotics and sustainable mining practices. Our mission combines cutting-edge technology with responsible exploration to establish humanity’s first off-world mining operations, creating a foundation for future Mars colonization while advancing space resource utilization.
Experiences
Harnessing decades of space industry expertise to revolutionize Mars mining operations. Our team combines real-world space exploration knowledge with cutting-edge robotics technology
Professionalism
Setting the gold standard for off-world resource extraction through rigorous protocols and ethical mining practices. We maintain the highest level of professional excellence in every mission.
Innovations
Pushing the boundaries of autonomous mining technology with our advanced iBots systems. Developing next-generation solutions for sustainable space resource utilization.
Our Approach
Pioneering efficient Mars resource development
Join the forefront of space mining innovation as we accelerate the development of Mars’ resources. Our iBots-driven operations maximize efficiency while maintaining the highest safety and environmental standards. By combining autonomous technology with strategic planning, we’re creating the infrastructure needed for sustainable Mars exploration.
Partner with us to be part of humanity’s next giant leap in space resource utilization. Our collaborative approach ensures that every project contributes to both scientific advancement and commercial success.
The New Gold Rush
The Biggest Gold Rush in Human History Has Begun
The Gold Rush is no longer about gold, and it’s not happening on Earth. Rare Earth elements, metals, and Helium-3 on the Moon and Mars will fuel the next Industrial Revolution. The wealth of space could soon surpass Earth. Are you ready to claim your stake in the New Gold Rush?
Space Mining Begins in 2026
Moon mining starts in July 2026, Mars mining in July 2027
Helium-3: $16B per Ton
Fueling future fusion energy
Claim Your Property in Space
Private ownership rights on the Moon & Mars
Robots Will Do the Work
Fully autonomous mining & refining operations
Where Are the Most Valuable Locations?
Crowdsourcing the best mining
The Space Economy Could Surpass Earth
Off-world colonies will drive trillion-dollar markets
Investment Opportunity: Launch Window: NOvember 27, 2026
The Next Industrial Revolution
Join us in pioneering the space mining industry with autonomous robots, targeting a market potential that could surpass Earth’s economy.
$16B
Helium-3 Value per ton
2026
Market Launch / Moon Operations
2030
Profitability Target / Full Operations
Series A
Investment Round Now Open
New Space Gold Rush
First-mover advantage in space mining with autonomous robotics technology.
Multi-Planet Operations
Expanding from Earth to Moon (2026), Mars (2027), and Asteroid Belt (2032).
Revolutionary Approach
Robots-first strategy reduces initial cost and human risk while accelerating deployment.
Massive Market Potential
Leading the trillion-dollar space resource market with rare earth elements and Helium-3.
FourMars Investment Metrics
Projected Operations Growth
Market Segment Distribution
Key Investment Metrics
Initial Investment Round
Series A
Moon Operations
2026
Mars Operations
2027
Profitability Target
2030
FOURMARS
PROJECTS & CONTESTS
Join our revolutionary space mining initiatives through collaborative projects and competitive contests. Help us create the autonomous robots and systems that will establish humanity’s presence beyond Earth, beginning with our first Moon mission in 2026 and Mars landing in 2027.
iBots Drive Contest
Join the challenge to develop autonomous robot operators for mining equipment on the Moon and Mars.
Space Mining Locations
Help identify the most valuable mining sites on Mars in the Valles Marineris and Argyre Planitia regions.
Robot Ethics Framework
Contribute to the Master Ethics and Morality software module for autonomous mining robots.
Equipment Modification
Design modifications for Earth equipment to function in extreme space environments, from -130°C to +121°C.
Power Solutions
Develop sustainable energy systems for space operations, including alternatives to traditional fossil fuels.
Maintenance Protocols
Create autonomous robot maintenance and repair systems for equipment operating in isolation.
Totally Awesome Toaster Contest
Can you imagine applying new technology to make toast in a fraction of the time and energy? Join our mission to revolutionize 120-year-old toaster technology.
The Challenge
Replace 120-year-old, kilowatt brute force, phenomenally wasteful, infrared, red hot wire toaster technology with innovations that use 1/10th the energy and toast in 30 seconds instead of three minutes.
Energy Efficiency
Create toast with just 100 watts instead of 1,000 watts
Speed Improvement
Toast in 30 seconds instead of 3 minutes (6x faster)
Off-Grid Applications
Works with micro-hydro and small battery systems
Advanced Features
Modulated toasting beams, custom browning patterns, logo imprinting
Understanding Toasternomics
A micro-hydropower generator producing 500 watts can store 12 kilowatt-hours in one day—enough to make 240 slices of toast with a conventional toaster. Imagine what our TAT could do!
0.05 kWh
Standard toaster
(3 min @ 1000W)
0.0083 kWh
TAT target
(30 sec @ 100W)
The contest is just getting started. It's up to you to define the rules and help find team members, sponsors, and manufacturing partners.
"Just 30 seconds later you have bacon and toast and are TOTALLY off the grid. Kind of gives you goosebumps, doesn't it?"
Join the TAT ContestThe technology behind the Totally Awesome Toaster could be applied to numerous devices on Earth and beyond, including off-grid energy systems for Mars colonies.
Join Our Contests
Help us develop the technologies needed to establish humanity beyond Earth. Our first Mars colony rockets launch in December 2026. Will your innovations be aboard?
Launch: February 2025
Totally Awesome Toaster Contest
Reimagine toast-making with 90% less energy and 6x faster performance
Launch: November 2024
iBots Drive: Heavy Mining Equipment
Create autonomous robotic operators for mining equipment on Mars
Launch: March 2025
Space Nuclear Systems Challenge
Design small-scale nuclear reactors for Moon and Mars power generation
Launch: April 2025
Master Ethics & Morality Software
Develop ethical framework modules for autonomous mining robots
Launch: July 2025
Mars Water Extraction Challenge
Create efficient systems to extract water from Mars resources
Launch: September 2025
Long-Duration Power Storage
Design energy storage systems for lunar night survival (14 Earth days)
Don't see a contest that matches your expertise? We're always looking for innovative ideas!
Propose a ContestTeam Members
Meet Our Team
Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Donec odio. Quisque volutpat mattis eros. Nullam malesuada erat ut turpis. Suspendisse urna nibh, viverra non, semper suscipit, posuere a, pede.
Mark Fowler
Founder | Company
David Virtue
Graphic Designer | Company
Travis Isaac
Sales Manager | Company
First Last
Director | Company
Popular Questions
🚀 Frequently Asked Questions (FAQ)
Explore the Future of Space Exploration
At Fourmars, we are pioneering the next industrial revolution beyond Earth. Through advanced robotics, autonomous mining, and sustainable energy solutions, we are preparing the Moon and Mars for the future of human civilization. Our mission is to push the boundaries of innovation, turning science fiction into reality. Join us as we build a self-sustaining future in space—one step at a time. 🚀
1. What is the mission of Fourmars Space Mining Company?
Fourmars is dedicated to pioneering the new industrial revolution in space by using robotic automation to mine rare earth elements (REEs) and build sustainable infrastructure on the Moon and Mars. Our goal is to establish fully autonomous operations before human colonization.
2. Why send robots instead of people first?
Robots are more efficient, cost-effective, and capable of operating in extreme conditions without human life support. Our fully autonomous robots will construct infrastructure, mine resources, and prepare habitats before humans arrive.
3. What are the key milestones for Fourmars?
Here’s a timeline of our most significant milestones:
- November 29, 2024: Official company launch, contest kickoff.
- July 1, 2026: First robotic launch to the Moon.
- November 27, 2026: First robotic launch to Mars.
- July 4, 2027: Autonomous robots begin operations on Mars.
For a detailed timeline, visit our [Mission Roadmap] (link to timeline page).
4. What is the Bellefonte Reborn Project?
This project focuses on repurposing the Bellefonte nuclear plant to develop micro and nano nuclear power plants for energy generation in space. These reactors will power robotic operations on the Moon and Mars.
5. What contests does Fourmars offer?
We host innovation contests to push the limits of robotics, AI, and space mining. Current contests include:
- iBots Drive Big and Little Iron Contest: Developing AI-powered robots capable of operating construction equipment.
- Bellefonte Reborn Project: Innovating micro nuclear power solutions for space.
Check out our [Contest Page] for details (insert link).
6. How can I participate in a Fourmars contest?
To join, simply register on our website, read the contest rules, and submit your proposal before the deadline. Winning projects may receive funding, sponsorships, or opportunities for collaboration.
7. How does Fourmars plan to fund these missions?
We are privately funded through investments, sponsorships, and partnerships. Unlike past space programs, our funding comes from private companies and individuals instead of governments.
8. What resources will be mined in space?
The new “Gold Rush” in space is focused on rare and valuable materials, including:
- Rare Earth Elements (REEs) – Essential for advanced technology (batteries, electronics).
- Helium-3 & Thorium – Future energy sources for nuclear fusion.
- Common metals (Aluminum, Titanium, Iron, Copper, Cobalt) – Used for construction in space.
Our mining operations will support in-space manufacturing, reducing dependence on Earth’s resources.
9. What makes Fourmars different from other space exploration companies?
Unlike traditional space programs, Fourmars is focused on:
✅ Private sector leadership (not government-controlled).
✅ Fully autonomous robotic operations before human colonization.
✅ Self-sustaining mining and energy production for long-term space development.
We believe that space commercialization will surpass Earth’s GDP in the future.
10. How can I get involved?
There are several ways to join the Fourmars mission:
- Compete in our innovation contests and showcase your technology.
- Invest in Fourmars or partner with us for strategic projects.
- Follow our journey by subscribing to updates and supporting our cause.
Want to be part of the future? Visit our [Get Involved] page (insert link).
11. When will humans arrive on Mars?
The first fully autonomous robots will prepare Mars for human arrival by 2029. While human missions are not confirmed yet, our long-term goal is to establish a permanent, self-sufficient human colony.
12. Where can I learn more?
For the latest updates, visit our [Blog], follow us on social media, or check out our [Research & Reports] section.
📩 Have more questions? Contact us at [email support link].