Publication

The report quantifies Africa’s decade-long satellite pipeline at $7.94 billion across 113 units, with only $2 billion firmly contracted. Credible spending is projected at $3.69 billion, peaking near $1.1 billion in 2029, dominated by GEO communications replacements.

The report quantifies Africa’s decade-long satellite pipeline at $7.94 billion across 113 units, with only $2 billion firmly contracted. Credible spending is projected at $3.69 billion, peaking near $1.1 billion in 2029, dominated by GEO communications replacements.

Collective African government space budgets rose 32.2% to $828.37 million in 2026. The figure includes national programmes and AU contributions to the African Space Agency.

Collective African government space budgets rose 32.2% to $828.37 million in 2026. The figure includes national programmes and AU contributions to the African Space Agency.

Space in Africa's 2025 African Space Industry Annual Report valued the African space economy at $24.95 billion, projecting expansion to $39.52 billion by 2030 at a 7.97% CAGR. The report identified 327 active commercial space companies across 36 African countries. Key findings: Egypt leads satellite launches (9 total), South Africa has the most operational satellites, Nigeria licenses commercial operators (BeetleSat, Satelio IoT), and Kenya was selected as the only African country for the ISS ARISS Programme 2026. At least eight African satellites are projected to launch in 2026, including the multilateral AfDevSat climate satellite (Egypt, Ghana, Kenya, Nigeria, Sudan, Uganda).

At the Nuclear and Emerging Technologies for Space conference, CubeCab's Adrian Tymes presented joint work on barriers to reusable ground-to-orbit thermal nuclear rocketry. Co-authors included Trevor Hehn (Hehn Law), Troy Howe (Howe Industries), and Stylianos Chatzidakis (Purdue). The paper appears in the official ANS proceedings.

At the Nuclear and Emerging Technologies for Space conference, CubeCab's Adrian Tymes presented joint work on barriers to reusable ground-to-orbit thermal nuclear rocketry. Co-authors included Trevor Hehn (Hehn Law), Troy Howe (Howe Industries), and Stylianos Chatzidakis (Purdue). The paper appears in the official ANS proceedings.