“South Africa has proposed a comprehensive new space industry regulatory framework that would replace the Space Affairs Act of 1993 and extend licensing requirements to activities including satellite manufacturing, satellite operations and the use of space applications. The proposed legislation seeks to strengthen national oversight, improve accountability and create a regulatory environment that supports investment, technological innovation and the expansion of South Africa’s domestic space industry.”
South Africa’s Proposed Space Industry Law Could Transform Satellite Manufacturing and Commercial Space Opportunities
Introduction
South Africa is taking an important step towards modernising its space industry governance through proposed legislation designed to strengthen regulatory oversight, encourage investment and support the development of domestic satellite technology. The South African Space Industry Regulatory Draft Bill, 2026, represents a significant policy development as the country seeks to position itself more competitively within the international space economy.
The Department of Trade, Industry and Competition (the dtic) announced on 31 October 2026 that the draft legislation had been gazetted for public comment. The proposal aims to replace the Space Affairs Act of 1993, which has governed South African space activities for more than three decades.
The reform reflects changes in the global space industry, where commercial satellite manufacturing, Earth observation, satellite communications and space-based data services have become increasingly important economic and technological activities.
For South Africa, the proposed framework could influence how companies manufacture satellites, operate space infrastructure, develop satellite applications and participate in international space programmes.
A New Regulatory Framework for South Africa’s Space Industry
The proposed Space Industry Regulatory Bill seeks to establish a comprehensive legal framework for the country’s expanding space sector.
Under the existing Space Affairs Act, licensing requirements primarily focus on selected space activities, including launches, launch facilities and certain activities involving international obligations or national interests.
However, the commercial space industry has evolved considerably since the legislation was introduced in 1993.
Satellite technology is now used extensively in telecommunications, environmental monitoring, agriculture, disaster management, navigation, infrastructure planning and scientific research.
Consequently, the proposed legislation seeks to broaden regulatory oversight to accommodate modern commercial and technological developments.
According to the dtic, the draft framework is intended to promote responsible space activities, strengthen national regulatory capacity and create an enabling environment for innovation, research and investment.
The government also intends to improve compliance with international obligations relating to the peaceful and responsible use of outer space.
These objectives demonstrate that the legislation is not simply an administrative reform. Rather, it represents an effort to align South Africa’s national space governance arrangements with the changing realities of the global space economy.
Satellite Manufacturing Could Become a More Regulated Activity
One of the most significant provisions highlighted in reporting on the draft legislation concerns satellite manufacturing.
TechCentral reported on 2 November that the proposed framework would require authorisation for manufacturing space objects, bringing activities that were not explicitly covered by the existing legislation into a more comprehensive regulatory system.
The draft also identifies other activities requiring authorisation, including operating satellites in orbit, launching space objects, operating launch facilities and using space applications.
This expansion could have important implications for South African companies developing satellite hardware and related technologies.
Satellite manufacturing involves sophisticated engineering, specialised components, electronic systems, software, communications equipment and precision testing.
A stronger regulatory framework could help clarify the responsibilities of manufacturers and operators while improving accountability throughout the satellite development process.
Nevertheless, the effectiveness of the proposed framework will depend on how the final legislation defines regulated activities and implements authorisation requirements.
For example, companies manufacturing satellite components may need clarity about whether particular activities fall within the definition of manufacturing a space object.
Such distinctions are important because satellite production involves numerous specialised suppliers, many of which do not manufacture complete spacecraft.
Clear definitions and proportionate regulatory requirements could therefore help ensure that the legislation protects national interests without unnecessarily discouraging domestic manufacturing investment.
South African Space Regulatory Authority Proposed
The draft legislation proposes establishing the South African Space Regulatory Authority, known as SASRA.
The dtic has explained that the proposed authority represents the strengthening and evolution of the existing South African Council for Space Affairs, rather than an entirely unrelated institutional creation.
The legislation also proposes a National Office for Outer Space Activities, or NOOSA, to provide administrative and technical support.
This office would support the regulatory authority’s functions and maintain the national space registry.
According to the department, the proposed arrangements are intended to build on existing institutional foundations while providing additional capacity for a growing space industry.
The proposed regulatory authority would be responsible for overseeing authorised space activities and supporting the implementation of the country’s regulatory framework.
The institutional changes could help South Africa respond more effectively to emerging technologies and increasing commercial participation.
However, questions concerning institutional independence, technical expertise, industry representation and administrative efficiency will remain important during the public consultation process.
The final structure must balance regulatory oversight with the practical needs of companies, research institutions and other participants in the space sector.
Liability and Insurance Requirements
Another important element of the proposed legislation concerns liability and insurance.
Space activities can involve substantial financial and operational risks, particularly where satellites are launched into orbit or operate for extended periods.
Space objects may experience technical failures, collisions or other incidents capable of producing damage.
The proposed framework seeks to strengthen requirements concerning insurance and liability while ensuring South Africa complies with its international obligations.
TechCentral reported that the draft requires authorisation holders to maintain insurance equivalent to the value of the space object, together with liability insurance.
The legislation also addresses circumstances in which the South African state may become liable for damage caused by space objects under international agreements.
These provisions are particularly important because international space law places responsibilities on states for certain space activities conducted under their jurisdiction.
A stronger domestic framework could help establish clearer responsibilities between government, operators and commercial participants.
Nevertheless, insurance requirements will need careful implementation.
For smaller satellite companies, research institutions and emerging technology businesses, excessive insurance costs could become a barrier to participation.
A balanced approach could protect the public interest while allowing smaller companies to develop innovative technologies and compete in international markets.
Earth Observation and Satellite Data Offer Economic Opportunities
South Africa’s space industry extends beyond satellite manufacturing and launch activities.
Earth observation and geospatial services represent important opportunities for economic development, public administration and technological innovation.
Satellite imagery can support agricultural planning, environmental monitoring, water management, disaster response and infrastructure development.
For example, satellite-based observations can help authorities identify changes in land use, monitor environmental conditions and assess the consequences of major disasters.
The South African National Space Agency (SANSA) has demonstrated the practical value of satellite Earth observation through its work analysing environmental and infrastructure-related incidents.
In August 2026, SANSA reported that it was using satellite Earth observation intelligence to map and analyse the Hernic Ferrochrome tailings dam collapse.
Such applications demonstrate how space technology can contribute directly to public safety, environmental management and economic decision-making.
The proposed legislation’s emphasis on space applications is therefore relevant to companies and institutions working with satellite data, analytics and geospatial services.
However, policymakers will need to clarify how downstream applications are regulated, particularly where businesses use satellite information to develop software, commercial services or artificial intelligence-based analytical products.
Appropriate regulatory clarity could support innovation while ensuring that space-related activities remain accountable and aligned with national interests.
Investment and Private-Sector Participation
The proposed regulatory reform also comes at a time when South Africa is seeking to strengthen participation in the international space economy.
Commercial space activities increasingly involve partnerships between governments, research institutions, satellite manufacturers, technology developers and private investors.
South Africa possesses scientific, engineering and industrial capabilities that could support participation in several parts of the space value chain.
These include satellite components, electronic systems, Earth observation applications, software development, data analytics and specialised engineering services.
A predictable regulatory environment could help investors understand the legal requirements associated with developing and operating space-related businesses.
In particular, companies considering long-term investments in satellite manufacturing or space infrastructure require clarity regarding licensing, insurance, liability and operational responsibilities.
The proposed framework could therefore contribute to greater confidence among domestic and international investors.
Nevertheless, regulation alone cannot guarantee industrial growth.
The sector will also depend on access to finance, research funding, skilled professionals, infrastructure, technology partnerships and commercially viable markets.
South Africa’s challenge will be to ensure that the regulatory reform complements broader industrial development strategies rather than becoming an isolated legislative exercise.
Skills Development and Research
Space technology requires highly specialised knowledge across engineering, physics, mathematics, computer science and communications.
Developing a competitive domestic industry therefore requires sustained investment in education, research and professional training.
Universities and research institutions can contribute by developing satellite technologies, analysing space data and training specialists who support national space programmes.
The proposed legislation’s emphasis on innovation and research could strengthen the policy environment supporting these activities.
Furthermore, commercial space development may create opportunities for young engineers, scientists, software developers and technical entrepreneurs.
South Africa’s existing space science capabilities provide a foundation for expanding these opportunities.
However, skills development must remain connected to actual industrial demand.
Training programmes, research partnerships and technology-development initiatives will need to support the practical requirements of satellite manufacturing, space applications and commercial operations.
By strengthening relationships between universities, government agencies and private companies, South Africa could improve the development and retention of specialised talent.
International Cooperation and Responsible Space Activities
South Africa’s participation in international space cooperation remains an important element of its space strategy.
Space activities frequently involve international partnerships, shared scientific infrastructure and cooperation between national agencies.
The proposed legislation seeks to strengthen compliance with international obligations while establishing clearer national oversight.
This is important because responsible space activities require coordination between states, operators and international institutions.
The regulatory framework could help South Africa improve the management of activities involving satellites, space infrastructure and commercial operators.
It could also support the country’s credibility as a responsible participant in international space programmes.
However, maintaining international cooperation will require effective implementation, transparent governance and appropriate technical expertise.
South Africa’s long-term ambitions will depend on its ability to combine national regulatory capacity with productive international partnerships.
Public Consultation and the Road Ahead
The draft Space Industry Regulatory Bill has been published for public comment, creating an opportunity for stakeholders to influence its final development.
The dtic has invited participation from space industry businesses, research institutions, universities, professional bodies, civil society organisations and members of the public.
The consultation process is particularly important because the proposed legislation could affect businesses operating across different parts of the space value chain.
Stakeholders can provide recommendations concerning licensing procedures, manufacturing definitions, insurance requirements, liability arrangements and the proposed regulatory institutions.
The department announced that the public consultation period would run for 60 days, effective from 30 October 2026.
Written submissions are being accepted through the department’s designated consultation process.
The final legislation will need to balance regulatory accountability, commercial flexibility, technological innovation and national security considerations.
A carefully developed framework could strengthen South Africa’s space industry while protecting the country’s public interests and international responsibilities.
Conclusion
South Africa’s proposed Space Industry Regulatory Bill represents an important development in the country’s space policy.
By replacing legislation introduced in 1993, the government seeks to establish a framework capable of addressing modern satellite manufacturing, commercial space applications, liability requirements and emerging technological opportunities.
The proposed reforms could improve regulatory certainty, support investment and strengthen South Africa’s participation in the international space economy.
However, their ultimate impact will depend on the final legislative provisions, the quality of implementation and the ability of government and industry to work together.
For satellite manufacturers, research institutions, technology businesses and investors, the consultation process represents an important opportunity to shape the future of South Africa’s space industry.
The country’s next challenge will be translating regulatory modernisation into practical technological development, industrial investment, skilled employment and meaningful economic opportunities.
