From Spacecraft Projects to Space Infrastructure

Historically, satellites were developed as individual engineering projects. Each mission required a bespoke spacecraft platform designed and manufactured by a vertically integrated aerospace contractor.

While effective for specialised missions, this approach introduces significant inefficiencies when dozens or hundreds of spacecraft must be produced for constellation deployment.

Constellations require a different approach. Instead of treating each satellite as a unique project, spacecraft must be produced through repeatable manufacturing processes that allow systems to scale efficiently once designs have been established.

NewCraft Aerospace was created to support this transition, focusing on the industrial production of spacecraft rather than proprietary platform design and build by a single contractor.

Why the Traditional Model Is Inefficient

In many traditional aerospace companies, spacecraft manufacturers control both the platform design and the production environment. This structure creates several challenges for service providers requiring satellite constellation infrastructure.

Spacecraft designs are inevitably tied to proprietary platforms, limiting supply chain flexibility and creating long-term dependence on a single supplier. Even after the initial spacecraft has been developed and qualified, follow-on units continue to carry significant IP, overhead and facility costs.

As a result, scaling production does not produce the cost reductions expected from quantity manufacturing and there is no possibility to move to a lower cost provider due to the tie in of background IP.

The Horizontal Manufacturing Model

NewCraft Aerospace addresses these inefficiencies through a horizontal manufacturing model.

In this model, mission system architecture is developed independently by customers or specialised systems engineering firms. Once the spacecraft design has been established, NewCraft focuses on the efficient manufacturing, integration and test of the hardware required to deploy the mission.

This separation allows spacecraft production to operate under industrial manufacturing principles, rather than repeated engineering programmes, and it does not have to carry the overhead of a large engineering team.

By focusing on manufacturing efficiency and repeatable production, the model supports more economical constellation deployment and improved scalability for satellite infrastructure based service providers.

Manufacturing Capability

NewCraft Aerospace provides the precision manufacturing capability required to support this industrial approach to spacecraft production.

The company focuses on the procurement phase, assembly, integration, and test of spacecraft systems and aerospace components, enabling satellites to move efficiently from mission design to flight-ready hardware.

• Procurement of the Bill of Materials
• Subsystem assembly and component manufacturing
• Electrical harness manufacturing
• Spacecraft structural assembly and subsystem integration
• Payload integration and mission-specific configuration
• Environmental testing and mission qualification support

These capabilities allow spacecraft designs to be translated into operational hardware through structured manufacturing processes designed for repeatability and reliability.

The Role of the Ecosystem

Space missions typically emerge from collaboration between multiple specialised actors, including payload developers, mission designers, data companies, and launch providers.

NewCraft operates within an environment that supports this collaboration.

The Cape Constellation innovation ecosystem provides infrastructure where emerging space technology companies and mission designers can develop payloads, sensors, and space-enabled services.

As mission concepts mature and move toward deployment, NewCraft can provide the manufacturing capability required to translate those designs into operational spacecraft.

In this way, the ecosystem functions as a pipeline connecting innovation with spacecraft production.

Why Manufacture in South Africa

The economics of spacecraft manufacturing are influenced not only by engineering design, but also by where production takes place.

NewCraft Aerospace operates in South Africa, a location that combines strong aerospace engineering capability with favourable manufacturing economics.

South Africa has a long history of participation in global aerospace supply chains, with companies producing spacecraft components and subsystems used on satellites worldwide. This foundation provides access to highly skilled technicians alongside industrial and test engineers with relevant aerospace experience.

At the same time, the manufacturing environment supports cost structures more aligned with industrial production than traditional aerospace facilities in higher-cost markets.

Operating in this environment allows NewCraft to maintain high technical standards while supporting the cost efficiency required for constellation-scale manufacturing.

A Scalable Industrial Platform

As the global space economy expands, spacecraft will increasingly function as operational infrastructure rather than isolated missions.

Meeting this demand requires manufacturing systems capable of producing reliable space hardware efficiently and at scale.

NewCraft Aerospace was created to support this transition. By focusing on precision manufacturing, structured integration processes, and scalable production capability, the company provides the industrial platform required to support the next generation of global space infrastructure.

Precision Manufacturing for Space Systems

NewCraft Aerospace provides manufacturing capability designed to support the deployment of spacecraft systems for constellation missions.

Our focus is on structured manufacturing, assembly, integration and test processes that enable spacecraft to move efficiently from system design to flight-ready hardware. By concentrating on repeatable production and precision integration, NewCraft supports the industrialisation of spacecraft manufacturing required for the next generation of space infrastructure.

The company's capabilities support both complete spacecraft assembly and the manufacture of critical subsystems and aerospace components used across a range of space missions. NewCraft can also be considered for any complex electro-mechanical system manufacture such as drones, launchers, vehicles and ground station hardware.

Developments in Space Manufacturing and Infrastructure

This section provides updates on NewCraft Aerospace activities, industry developments, and insights into the evolving space economy.