Actively deploying capital into next-generation space exploration, satellite technology, commercial space platforms, and aerospace propulsion innovation & critical space infrastructure limits — ground stations, debris removal, propulsion supply chains, and orbital servicing. The fund is currently raising and investing, seeking breakthrough ventures shaping the future of space and air dominance in the rapidly evolving $1.8T space economy.
Setcoin Atlas · live pipeline
Companies and programmes on the public record in the sectors DSE Space & Aerospace Fund invests in, each placed on the sector’s own gate ladder: from R&D award to contract, raise and production.
By stage (sector gate ladder)
Highlighted rows are in play. Bars on a square-root scale.
By region
Source: Setcoin sector registers — R&D awards, contracts, clearances, raises and facility records. Figures update with each Atlas build. Named projects, sponsors and evidence are available to registered investors in the LP workspace.
Two Ways to Engage
Whether you're an institutional investor seeking exposure to the space economy, or a space/aerospace venture seeking growth capital, we want to hear from you
We are actively seeking breakthrough space and aerospace ventures aligned with our investment strategy. If you have a venture with proven technology and commercial or defense viability, or projects at FEED, FID stages we want to hear from you.
Join leading industrial groups and institutional investors gaining exposure to the rapidly expanding $1.8T space economy through a diversified portfolio of breakthrough space and aerospace ventures
Investment Strategy
The DSE Space & Aerospace Fund is dedicated to advancing next-generation space exploration, satellite technology, commercial space platforms, and aerospace propulsion innovation
LEO, MEO, and GEO satellite networks, space-based communication, Earth observation, and IoT connectivity platforms.
Private orbital habitats, standalone commercial stations, ISS transition modules, and microgravity research platforms.
ASAT systems, space situational awareness (SSA), orbital defense, and AI-driven surveillance satellites.
Hypersonic propulsion, scramjet engines, reusable spaceplane technology, and high-speed aerospace systems.
Reusable rockets, micro-launchers, green propulsion, nuclear thermal propulsion (NTP), and orbital transfer vehicles.
Space mining, in-space manufacturing, lunar bases, Artemis program suppliers, and space tourism infrastructure.
UAVs, AI-powered avionics, automated mission control, and intelligent satellite constellation management.
Space-based datacenters, AI Deeptech Space Computation Development
By supporting sovereign space programs, commercial aerospace ventures, and dual-use defense technologies, the fund fuels critical innovations that drive economic expansion, strategic security, and frontier technological leadership
Geographic Focus:
Infrastructure-Constrained Growth
The space industry's growth is infrastructure-constrained, not demand-constrained. Space just crossed $630B in annual revenue. Launch costs have dropped 95% in 15 years. But supporting infrastructure hasn't kept pace—creating $12-18B in immediate investment opportunities with monopoly-rent potential
The Bottleneck
Only 400 ground stations serve 8,000+ satellites. By 2030: 60,000+ satellites. X-band/Ka-band oversubscribed by 300%
Investment Opportunity
Optical ground station networks (50-100 sites needed), automated phased arrays with 10x capacity per site.
The Bottleneck
34,000 tracked objects >10cm, collision risk +15% annually. Insurance costs rising 40% YoY. Regulatory mandates by 2027-28.
Investment Opportunity
Active Debris Removal targeting 200-300 large objects annually. $2-4B annual market by 2030.
The Bottleneck
90% of satellites adopting EP by 2028. Xenon: 30 tons/year vs 200+ needed. Price surge: $2K→$8K/kg.
Investment Opportunity
High-power Hall thrusters (20-50 kW), krypton alternatives, vertically integrated manufacturing.
The Bottleneck
Demand: 400-500 missions/year by 2030. Capacity: 200-250 heavy-lift. 80% manual labor in assembly.
Investment Opportunity
Automated assembly systems, propulsion components (turbopumps, combustion chambers, nozzles).
The Bottleneck
Only 2-3 global suppliers. Lead times: 24-36 months for ASICs. 400% demand surge from satellite production.
Investment Opportunity
Dedicated space semiconductor fab. Strategic national security asset with $3-5B annual market by 2030.
The Bottleneck
70% of satellite mass is propellant. $20K/kg launch cost makes in-space refueling compelling. No infrastructure exists.
Investment Opportunity
Cryogenic depots (LEO, GEO), robotic servicing. Enables satellite life extension 5→15+ years.
2026-2030 Investment Roadmap
Comprehensive analysis of space infrastructure gaps ranked by urgency, investment requirements, and market impact. Lead times of 18-48 months mean decisions made now determine 2030 market leaders
12-24 month deployment windows
| Infrastructure | Timeline | Market Impact |
|---|---|---|
Optical Ground Station Networks 50-100 sites globally | 12-18 mo | Network effects create winner-take-most dynamics. 100 Gbps+ laser links replacing RF. First-mover dominance in mega-constellation support €2-4B market by 2030 |
Active Debris Removal Systems Robotic capture & deorbit | 18-24 mo | Regulatory mandates coming 2027-28. Target: remove 200-300 large objects annually. Insurance costs rising 40% YoY driving demand. €2-4B market |
Electric Propulsion Manufacturing Vertically integrated production | 18-24 mo | 90% satellite adoption by 2028. Xenon crisis: 30 tons/yr vs 200+ needed. Krypton alternative development critical. Supply chain collapse risk |
Launch Vehicle Production Automation Automated assembly systems | 18-24 mo | Current: 80% manual labor, 200-250 capacity. Need: 400-500 launches/year by 2030. Single-point-of-failure risk (SpaceX 70%+ share). Critical capacity gap |
Rad-Hard Semiconductor Fab Dedicated space electronics foundry | 24-36 mo | Only 2-3 global suppliers. 24-36 month lead times. 400% demand surge. National security strategic asset. €3-5B annual market |
On-Orbit AI Processing Radiation-hard edge computing | 18-24 mo | Data tsunami: 50 TB/day → 5+ PB/day by 2030. 90% of imagery never analyzed. Transmit insights, not raw data. €10-15B data market |
18-36 month deployment windows
| Infrastructure | Timeline | Market Impact |
|---|---|---|
Orbital Refueling Depots LEO & GEO cryogenic storage | 24-36 mo | Transform satellite economics. 70% of satellite mass is propellant. Enable life extension 5→15+ years. Network effects lock in customers. €5-8B annual market by 2030 |
New Spaceports (Equatorial) Southeast Asia, Africa, South America | 24-36 mo | Geographic monopolies for early movers. Optimal GEO access from equatorial sites. Only 40 spaceports globally—need 15-20 more. Regional monopoly potential |
Space Surveillance Networks Phased array + AI orbit prediction | 24-36 mo | Current 150 sensors inadequate. Need 500+ for <10cm tracking. Traffic management requirement for 60K+ satellites. Regulatory mandate driver. Mandatory infrastructure |
Deep Space Ground Stations Commercial DSN capacity | 24-36 mo | DSN oversubscribed. Artemis will consume 50% capacity by 2027. 18-34m antennas for lunar/Mars. AWS/Azure space infrastructure opportunity. Government offload demand |
High-Power Hall Thruster Production 20-50 kW class manufacturing | 18-24 mo | Enable next-gen satellites. Current 5-10 kW limit. Need 100+ units/year by 2027. Cathode technology & PPU bottleneck. Technology enabler |
Robotic Servicing Vehicles Refueling, module replacement, orbit raising | 24-36 mo | On-orbit services transforming satellite operations. Refueling, repair, life extension. First-mover advantage in orbital logistics. €5-8B annual market |
24-60 month deployment windows
| Infrastructure | Timeline | Market Impact |
|---|---|---|
In-Space Manufacturing Platforms Microgravity production facilities | 36-48 mo | New product categories: ZBLAN fiber ($200K/kg), protein crystals, pharma. Structures too large for fairings. Zero-g materials advantage. €3-6B annual market by 2030 |
Cislunar Communications Relay Lunar orbit + Lagrange points | 30-36 mo | Lunar economy enabler. 50-100 missions planned 2026-2030. No dedicated cislunar infrastructure exists. Government anchor tenant certain. €50-100M revenue by 2030 |
Nuclear Propulsion Testing Ground testing & fuel manufacturing | 36-60 mo | Deep space access. 2x chemical performance. Mars in 3-4 months vs 7-9. DRACO demo 2027. HALEU fuel manufacturing required. Government-led private partnerships |
Satellite Environmental Test Facilities Large-scale thermal-vac & vibration | 24-36 mo | Reduce deployment delays. 18-month thermal-vac waitlists. Multi-satellite simultaneous testing for mega-constellations. Deployment bottleneck relief |
Space-Based Power Beaming Orbital power stations for satellites | 36-48 mo | Eliminate solar array mass on client satellites. Microwave: 40-60% efficiency demonstrated. Competitive at >100 client satellites. Satellite design transformation |
Composite Structures Automation Robotic AFP manufacturing | 24-36 mo | Current: 50-100 units/year (manual). Need: 500+/year by 2030. 10x speed, 40% cost reduction with automation. Production scaling enabler |
TIER 1 — CRITICAL
6 priority targets
12-24 month windows
TIER 2 — HIGH PRIORITY
6 priority targets
18-36 month windows
TIER 3 — MEDIUM PRIORITY
6 priority targets
24-60 month windows
Structural Competitive Moats
Capital intensity, regulatory timelines, and customer qualification create durable barriers that compound over decades
Regulated, cash-generating assets
Licensing & compliance barriers
Space-grade certification cycles
Long-duration recurring revenue
€500M
Establishes network dominance through 2035. First-mover captures mega-constellation contracts with winner-take-most dynamics.
€2B
Captures 30-40% market share in supply-constrained industry. Vertically integrated production creates cost advantages competitors cannot match.
What We're Looking For
We actively seek projects addressing pioneering new space economy and covering critical infrastructure bottlenecks that demonstrate breakthrough potential and align with our thesis
Companies must demonstrate strong R&D progress, TRL (Technology Readiness Level) validation, and commercial or defense viability. Solutions directly addressing identified infrastructure gaps: ground stations, debris removal, propulsion supply, manufacturing capacity, or testing infrastructure.
Focus on high-growth, scalable technologies that meet the expanding needs of commercial and government space programs. Business models with winner-take-most dynamics, high switching costs, or regulatory moats creating sustainable competitive advantages.
Ventures with existing contracts from NASA, ESA, Space Force, and major aerospace primes. Government anchor tenants de-risk infrastructure investments.
Technologies positioned to benefit from upcoming requirements—debris removal mandates, spectrum coordination, orbital slot compliance.
Preference for fuel-efficient propulsion, eco-friendly materials, and circular economy approaches in space technology. Clear path to scale with capital efficiency. Services and recurring revenue models preferred over hardware-only plays.
Ventures led by teams with proven aerospace industry experience, technical depth, government procurement expertise, and execution track record.
Geographic Focus:
Value Creation Strategy
Fast-tracking R&D to deployment via government partnerships
Partnerships with space agencies, defense contractors, aerospace corps
High-tech production for satellites, spacecraft, components
Enhancing satellite constellations and mission autonomy
Satellite imaging, IoT, real-time geospatial intelligence
Risk Management
The fund employs rigorous risk management across regulatory, technical, and geopolitical dimensions
ITAR, FAA, ESA, NASA, and international space law adherence
Debris mitigation, end-of-life planning, in-space recycling
State actor threats, space weaponization, cyber defense
Diversified revenue models, financial sustainability focus
Reducing reliance on limited foreign-controlled components
Staged funding, milestone-based capital deployment
Related Intelligence
Comprehensive analysis of deep space exploration markets, cislunar economy, and beyond-LEO opportunities.
Read Analysis
Technical and financial assessment of private orbital habitats and ISS transition opportunities.
Read Study
Technical and economic analysis of orbital computing infrastructure and cooling advantages in space.
Read Study
Strategic rationale for institutional allocation to the rapidly expanding space economy through 2040.
Read Thesis
Strategic rationale for institutional allocation to the rapidly expanding space economy through 2040.
Read Analysis
Analysis of theoretical propulsion systems, current research progress, and investment implications.
Read StudyFrequently Asked Questions
A Luxembourg-domiciled equity fund managed by Setcoin Group that invests in space exploration, satellite technology, commercial space platforms, aerospace propulsion and the critical infrastructure limits of the $1.8T space economy — ground stations, debris removal, propulsion supply chains and orbital servicing.
Tier 1 (12-24 month windows) covers optical ground station networks, active debris removal, electric propulsion manufacturing, launch vehicle production automation, a rad-hard semiconductor fab and on-orbit AI processing — the gaps behind 60,000+ satellites and 400-500 launches per year by 2030.
Ventures with TRL-validated technology and commercial or defense viability, existing contracts with NASA, ESA, Space Force or aerospace primes, and business models with winner-take-most dynamics or regulatory moats; and infrastructure projects at FEED or FID stage.
Capital intensity (€100M-5B assets), 12-24 month regulatory timelines, 18-36 month space-grade customer qualification cycles and 20-30 year operational lives create durable moats — a €500M optical ground station network built today can establish network dominance through 2035.
Qualified institutional investors only.
United States, European Union, United Kingdom, Japan, Australia, Israel and the Middle East.
How to Start
Whether you're looking to invest in the fund or submit a venture for funding consideration, we're ready to start the conversation
