Debris capture interface
Capture
Docking and capture hardware concepts for controlled assembly operations in orbit.
AOAS - Africa Orbital Assembly System
Building Africa's first orbital infrastructure
Capturing orbital debris in low Earth orbit and turning it into satellite infrastructure.
We are developing AOAS, a modular spacecraft that captures orbital debris in low Earth orbit, recycles it into feedstock, and prints and assembles satellite structures on demand. FricaSpace is at ground proof-of-concept stage; no flight hardware and no commercial service is available. In-orbit MVP targeted for 2028-2029.
AOAS Platform Concept
A modular spacecraft for orbital assembly, not another static satellite.
FricaSpace is shaping AOAS as a modular orbital factory concept: robotic capture of orbital debris, supervised assembly in low Earth orbit, and materials processing designed to turn orbital infrastructure into something cumulative.
AOAS 2026 concept renders
Concept imagery. FricaSpace is at ground proof-of-concept stage; no flight hardware and no commercial service is available.
Orbital robotics
Assemble
Robotic manipulators visualized for supervised, repeatable assembly workflows in low Earth orbit.
Materials R&D
Manufacture
Laser processing imagery representing future studies on manufacturing from recycled orbital debris.
The Problem
Space infrastructure is built to be abandoned.
For sixty years, the same model has dominated: design on Earth, launch into orbit, operate until failure, abandon in place. Every satellite, every structure follows this logic. Nothing is repaired. Nothing is reused. Nothing is built where it actually needs to operate.
01
Designed to Dispose
Years and hundreds of millions invested in a system used once, then left to drift — or burned on reentry. The launch-exploit-abandon cycle wastes the most expensive assets humanity has ever built.
02
Orbit is Filling Up
Over 27,000 tracked objects, millions of untracked fragments — sixty years of abandonment accumulating. The Kessler syndrome, a self-sustaining collision cascade that renders LEO unusable, is no longer theoretical. It is an engineering timeline.
03
Africa Has No Seat
Sub-Saharan Africa communicates through satellites it does not own, navigates through systems it did not build, and monitors its territory through infrastructure it cannot control. No sub-Saharan nation holds sovereign presence in orbit.
Current Status
R&D and Partner Discovery
We are validating requirements, building simulation prototypes, and aligning with space agencies and industry to plan demonstration missions in low Earth orbit.
- Ground-based algorithm and materials studies underway
- Seeking space agency, university, and aerospace industry partners
- Regulatory, safety, and mission design planning in progress
Vision
Vision: Africa in the Orbital Economy
We aim to help Africa leapfrog into the orbital economy through in-orbit manufacturing R&D, responsible partnerships, and long-term capability building.
Lowering Barriers
Targeting reduced access barriers through modular, partner-led missions and shared infrastructure.
Reducing Costs
Exploring in-orbit assembly and debris recycling to lower the cost of deploying satellite infrastructure over time.
Creating Opportunities
Building the foundations for high-tech jobs, research programs, and industrial spillovers across Africa.
Why Now · Why Africa
The moment to claim orbital sovereignty is now.
Africa does not need to replicate the old model. It has the opportunity to build the right one from the start — and a strategic imperative to do so before the orbital commons becomes a contested resource it has no standing to shape.
No Sovereign Access
No sub-Saharan nation owns its critical orbital infrastructure. Satellite communications, weather systems, navigation, and Earth observation all depend on foreign-held assets — a strategic dependency that grows more consequential every year.
The Space Race Has Re-Accelerated
The US, China, EU, Russia, India, and the UAE are competing to establish permanent orbital and lunar presence. This competition is geopolitical, economic, and military. Nations without sovereign orbital capability operate on borrowed infrastructure — and borrowed time.
The Debris Crisis Is an Opportunity
The Kessler syndrome is not only a threat — it is a market. The ability to capture, process, and reuse orbital debris is a growing necessity. FricaSpace is positioning at the center of this emerging economy before incumbents define the standard.
A Circular Space Economy
The old model: launch → exploit → abandon. The new model: launch → assemble → operate → capture and recycle → manufacture and expand. Orbital infrastructure becomes cumulative, self-sustaining, and sovereign. Africa can build this model from the ground up.
How AOAS Works in Low Earth Orbit
A staged pipeline from launch preparation to spacecraft assembly and activation in orbit.
1
Inject
Launch & Deployment
Launch modular components and robotic assets using partner vehicles and validated launch plans.
2
Assemble
Manufacturing in Orbit
Execute supervised robotic assembly workflows and validate structural integrity in low Earth orbit.
3
Operate
Mission Activation
Commission assembled satellite assets and transition to operational partners and service delivery.
AOAS Concept Stack for Low Earth Orbit
A concept architecture for debris capture, materials processing, spacecraft assembly, and mission operations in low Earth orbit.
Materials Processing (R&D)
Studying orbital debris and feedstock processing pathways for future in-orbit manufacturing.
Earth-Sourced Components
Designing modular components for efficient launch and assembly with partner vehicles.
Autonomous Assembly in Orbit
Developing robotic workflows to assemble satellite structures in orbit safely and repeatably.
See the full concept architecture and target capabilities.
Explore TechnologyRoadmap
Mission Milestones: From Ground Testing to Low Earth Orbit
FricaSpace is at ground proof-of-concept stage; no flight hardware and no commercial service is available. First commercial contract targeted for late 2029. Dates are targets and will shift with partner timelines and funding readiness.
Targets only - no flight hardware has been built or flown.
In progress (2026)
Phase 0 — Ground proof-of-concept
Ground testing of debris capture, feedstock recycling, and additive manufacturing in vacuum chambers, with AOAS mission concepts validated in simulation.
Target 2027
Phase 1 — Suborbital demonstration
Fly AOAS subsystems on a partner suborbital flight to validate capture and manufacturing steps under launch loads and microgravity.
Target 2028-2029
Phase 2 — LEO prototype / in-orbit MVP
Place a prototype AOAS spacecraft in low Earth orbit to capture orbital debris and assemble a first structure. First commercial contract targeted for late 2029.
Target 2030+
Phase 3 — Operational constellation
Scale to a constellation of AOAS units serving satellite operators with on-demand assembly, repair, and debris removal in low Earth orbit.
Target Markets
Prioritized segments where in-orbit assembly and debris recycling can unlock new satellite infrastructure and services.
| Market Segment | Indicative TAM | Growth Outlook |
|---|---|---|
| Satellite Communications | USD 31.22B (2023) | CAGR 9.6% to USD 70.89B by 2032 |
| Earth Observation | USD 5.10B (2024) | CAGR 6.2% to USD 7.24B by 2030 |
| Space Tourism & Habitats | USD 888.3M (2023) | CAGR 44.8% to USD 10.09B by 2030 |
| Debris Monitoring & Removal | USD 1.05B (2024) | CAGR 7.8% to USD 2.05B by 2033 |
| In-Orbit Manufacturing | USD 968M (2024) | CAGR 23.2% to USD 5.14B by 2032 |
| Lunar & Deep Space | USD 28.35B (2024) | CAGR 5.1% to USD 44.03B by 2033 |
Indicative global estimates from cited sources; definitions and coverage vary by publisher.
Sources
- [1] Fortune Business Insights - Satellite Communication Market
- [2] Grand View Research - Earth Observation Market
- [3] Grand View Research - Space Tourism Market
- [4] Grand View Research - Space Debris Monitoring and Removal Market
- [5] Credence Research - In-Space Manufacturing Market
- [6] Grand View Research - Deep Space Exploration Market
Why We Can Build Orbital Infrastructure
The foundations of FricaSpace rest on decades of infrastructure, hardware, and domain expertise.
01
Infrastructure at Scale
A decade deploying and managing systems across major ISPs and submarine cable operators — building the backbone of Africa's digital connectivity. Orbital networks are distributed infrastructure. So are terrestrial ones.
02
Hardware Venture Track Record
Co-founded two technology companies — fintech and fleet management — shipping physical products from concept to market. Regulatory navigation, hardware constraints, and operational discipline are already proven.
03
Nuclear & Fissile Materials Safety
AIEA-recognized expertise on the founding team — rigorous safety frameworks for fissile materials. As nuclear propulsion and power systems become central to deep-space missions, this is a rare and relevant credential.
04
PhD-Level Materials Science
Founding team PhD research directly in materials science — the core discipline behind in-orbit feedstock processing, debris recycling, and structural manufacturing. This is not adjacent expertise; it is the target domain.
05
Autonomous Systems & ML Engineering
Hands-on experience in IoT, embedded robotics, and machine learning pipelines — the exact engineering disciplines that underpin autonomous assembly of spacecraft in low Earth orbit. Built and shipped, not just studied.
Mission Control
Leadership Team
A lean, execution-focused team spanning materials science, nuclear safety, autonomy, and mission operations.
Dieudonne Yao PANTOM
Founder & CEO
Co-founder in fintech and fleet management. A decade building Africa's connectivity backbone with major ISPs and submarine cable operators. Self-taught in orbital systems and autonomous robotics. His thesis: the bottlenecks that limit a continent are always in the infrastructure layer — and space is the next one.
Dr. Nelson N
Statistical & ML Engineer
Builds statistical models and machine learning pipelines to support mission planning and autonomy.
Alphonse Gogoli
Materials Science Lead
PhD in materials science (entrepreneurship track), founder of DEEZPRO learning platform, and author of Datamacien.
Ingrid PITA
Fissile Materials Safety
AIEA awardee and supervisor in fissile material safety, supporting rigorous risk frameworks.
Founder's Note
Built from the infrastructure layer up.
Dieudonne did not come from a space agency. He came from the networks that connect Africa to the world.
Over a decade, he worked at the infrastructure layer of global connectivity — deploying and managing systems with major ISPs and submarine cable operators, building the hidden backbone that Africa's digital economy depends on. That work gave him something rare: a systems-level understanding of how distributed, high-stakes infrastructure actually gets built, operated, and maintained across continents.
He co-founded two ventures alongside it — a fintech platform and a fleet management application — building both from concept to product, navigating hardware constraints, regulatory environments, and the operational realities of shipping physical systems. His IoT and robotics work deepened his vocabulary in autonomous hardware and embedded systems.
The move to space was not a pivot. It was a conclusion. A decade spent thinking about connectivity, sovereignty, and infrastructure inevitably points upward. Space is the next infrastructure layer. And sub-Saharan Africa has no seat at the table that controls it.
He has spent years building the technical foundation for this company — studying orbital mechanics, robotic assembly of spacecraft, and in-orbit manufacturing with the same discipline he brought to every previous venture. Not as a hobbyist. As a builder preparing for the next build.
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This site contains forward-looking statements and targets that are subject to risks, uncertainties, and partner timelines. These statements are not guarantees of future performance.
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