Nederland received a payout
Investing in the
Future of Lunar
Civilization
ARTEMIDA is a private initiative supporting the next generation of lunar infrastructure aligned with the global Artemis mission roadmap.
Project Timeline
Four strategic phases building toward a permanent lunar economy and orbital energy network.
Crewed Lunar Orbit Mission
Crewed lunar orbit mission milestone achieved. First successful crewed approach to lunar orbit under the ARTEMIDA private initiative, validating mission architecture and crew systems.
Lunar Surface Logistics
Preparation stage for lunar surface logistics infrastructure. Deployment of autonomous cargo systems and surface navigation beacons to support future crewed landings.
Permanent Lunar Presence
Beginning of permanent lunar presence and base deployment support systems. Modular habitat construction begins with life support and power generation infrastructure.
Space-Based Solar Infrastructure
Development of space-based solar infrastructure designed to support long-term lunar economy financing. Orbital arrays transmit clean energy to lunar and Earth-based receivers.
Aligned with the Vision of
SpaceX & Elon Musk
ARTEMIDA is directly positioned within SpaceX's orbital solar strategy. Elon Musk announced a target of 100 gigawatts of orbital solar power within 30 months — ARTEMIDA is the infrastructure layer that will support this revolution.
Within 30 months, space-based solar energy will become the most cost-effective method of energy production. Starship can deliver 300–500 GW of solar-powered satellites to orbit annually.
SpaceX and Tesla are working toward manufacturing 100 GW of solar cells annually. Starship, carrying 200 tons per flight, will deploy massive orbital solar arrays — directly powering ARTEMIDA's lunar infrastructure and AI data centers on Earth.
Starship — The Deployment Engine
Starship carries 200 tons per flight and can deliver 300–500 GW of solar satellites to orbit annually. Launch costs drop to $100–200/kg, making 10 GW orbital solar stations financially viable with projected costs of ~3.8¢/kWh at maturity.
×5 Efficiency: The Physics of Orbital Energy
In orbit, solar panels capture energy 99% of the time — no night, no clouds, no atmospheric diffusion. Solar intensity is 40% higher, and annual energy yield is up to 13× greater than an identical ground-based installation.
100 GW by End of 2028
Musk announced at the World Economic Forum 2026 that SpaceX and Tesla are independently working toward building 100 GW annual solar cell manufacturing capacity in the US — to power AI and lunar infrastructure.
Efficiency: Ground-Based vs. Orbital Solar Energy
Orbital solar stations generate up to 13× more energy annually than an identical ground installation due to continuous exposure and no atmospheric diffusion. Projected cost: ~3.8¢/kWh at maturity.
Financial
Participation Contracts
ARTEMIDA offers structured investment contracts backed by SpaceX operational capital. Choose your tier and receive payout within 3 business days.
All contracts are conceptual investment instruments within the ARTEMIDA initiative. Investment in space infrastructure involves significant risk. Past performance does not guarantee future returns.
Calculate Your Profit
Select a contract or enter your own amount and see the exact payout within 3 business days.
Yield is calculated based on the selected contract terms · Minimum amount: 38,965 EUR
What Investors Say
Real reviews from clients across different countries who have received their payouts.
“Получих изплащането точно на третия работен ден. Невероятна скорост и прозрачност. Вече съм в третия си контракт с ARTEMIDA.”
“Скептически относился поначалу, но выплата пришла через 2 рабочих дня. Доходность 113% — это реально. Рекомендую всем.”
“Ho ricevuto il pagamento in tempo. Il processo è stato semplice e trasparente. Sono molto soddisfatto del rendimento del 68%.”
“Exceptional returns and fast payout. The SpaceX backing gives real confidence. Already reinvested into Contract C.”
“Sehr beeindruckend. Die Auszahlung erfolgte pünktlich und die Rendite von 113% ist außergewöhnlich. Klare Empfehlung.”
“Excellent service, paiement reçu en 3 jours ouvrables comme promis. Le lien avec SpaceX rend ce projet très crédible.”
Why Invest in
ARTEMIDA
The lunar economy is not a distant concept — it is being built now. ARTEMIDA offers a rare entry point into the infrastructure layer of humanity's expansion beyond Earth.
Support Lunar Infrastructure
Directly fund the physical backbone of humanity's next frontier — from surface logistics to orbital relay systems that will define the lunar economy for decades.
Space Economy Growth
Participate in the fastest-growing sector of the global economy. The space industry is projected to exceed $1 trillion by 2040, with lunar operations at its core.
Early Ecosystem Access
Gain early access to the future orbital energy network ecosystem — positioning your portfolio at the intersection of clean energy and space infrastructure.
Strategic Aerospace Positioning
Secure strategic positioning in next-generation aerospace innovation. ARTEMIDA partners with global institutions and private space companies at the frontier.
Funding Strategy
The ARTEMIDA initiative is aligned with future large-scale aerospace financing models and partnerships with global institutions and private space companies supporting lunar logistics and orbital infrastructure expansion.
Capital Allocation Model
Technology Vision
Four pillars of the ARTEMIDA technological ecosystem, engineered for the long-term lunar economy.
Space-Based Solar Arrays
Massive photovoltaic arrays deployed in geostationary orbit, capturing uninterrupted solar energy and transmitting it via microwave beams to lunar and terrestrial receivers.
Orbital Logistics Systems
Autonomous orbital transfer vehicles and resupply depots forming a permanent cislunar highway — enabling regular, cost-efficient cargo and crew transport between Earth and the Moon.
Lunar Support Infrastructure
Modular pressurized habitats, regolith-based construction systems, and autonomous surface vehicles forming the physical foundation of a permanent lunar settlement.
Space Economy Framework
A next-generation economic layer integrating tokenized resource rights, orbital energy trading, and decentralized governance for the emerging cislunar marketplace.
Roadmap
A clear path from orbital milestone to full-scale lunar economy — built on verified progress.
Orbital Mission Milestone Achieved
ARTEMIDA II successfully completes crewed lunar orbit. Mission architecture validated. Investor confidence secured.
Lunar Mission Preparation Stage
ARTEMIDA III begins surface logistics preparation. Autonomous cargo systems deployed. Beacon network established.
Lunar Infrastructure Expansion Phase
ARTEMIDA IV initiates permanent base deployment. Modular habitats, power systems, and surface operations commence.
Orbital Solar Energy Scaling Strategy
Full deployment of space-based solar arrays. Orbital energy trading begins. Lunar economy reaches self-sustaining threshold.
Token Utility
The ARTEMIDA token is the economic backbone of the lunar infrastructure ecosystem — powering access, governance, and growth.
Access to Ecosystem Services
Token holders gain priority access to ARTEMIDA platform services, orbital data feeds, and lunar infrastructure utilization rights.
Governance Participation
Vote on key project decisions including mission priorities, capital allocation, and partnership approvals through decentralized governance.
Infrastructure Funding Layer
Tokens serve as the primary instrument for funding lunar and orbital infrastructure projects, with proportional returns tied to asset performance.
Space Economy Integration
Seamlessly integrated into the emerging cislunar economy — enabling energy trading, resource rights, and cross-platform interoperability.
Total supply: 1,000,000,000 ARTM — distributed across infrastructure funding, ecosystem rewards, team vesting, and public sale tranches.