Strategic Role of IOSHEX

The satellite market is increasingly focused on deploying constellations of smaller satellites, driving demand for adaptive and universal launch and servicing solutions. To meet this demand, SAB Aerospace has developed the In-Orbit Servicing HEX (IOSHEX) module, an advanced version of the hexagonal SSMS platform. IOSHEX is designed for flexible orbital changes and offers a cost-effective alternative for satellite deployment.

Key Applications of IOSHEX

Beyond its primary function of satellite deployment, SAB Aerospace is exploring a broad range of in-orbit servicing (IOS) applications, including:

• Active space debris removal
• On-orbit satellite assembly and refurbishment
• In-space manufacturing and recycling
• Orbital platform refueling
• Safe return of experiments or payloads to Earth

IOSHEX supports controlled reentry concepts, enabling retrieval of hardware from orbit for further analysis or safe disposal. This contributes to reducing space debris accumulation and enhancing the sustainability of space operations.

Modular and Versatile IOSHEX Design

IOSHEX is engineered to integrate with various orbital assets, including potential future missions using platforms like Space Rider. Its modular architecture allows for a diverse range of on-orbit operations, adaptable to individual customer needs.

Key advantages of the IOSHEX system:

• Versatility – Supports a wide range of low Earth orbit (LEO) missions.
• Scalability – Compatible with multiple satellite platforms.
• Sustainability – Proactive approach to reducing space debris.
• Efficiency – Cost-optimized solution for future orbital operations.

The Future of Orbital Operations with IOSHEX

The growing market for on-orbit servicing operations in LEO presents significant opportunities for innovation. Discussions are underway with satellite operators and megaconstellation providers on potential collaborations in active space debris removal and other orbital services.

With its innovative architecture and long-term vision, IOSHEX is becoming a key element in the future of sustainable and scalable space operations, delivering cost-efficient and highly adaptable solutions for the evolving needs of the space industry.