MISSION

Delivering scalable, autonomous bus architectures to DoD acquisition officers, academic researchers, and commercial payload developers.

DAF & USSF Alignment

STTR Bus Design Integration

Meeting the Department of the Air Force's demand for scalable, highly maneuverable architectures. We provide the universal chassis so the military can rapidly deploy emerging payloads.

  • • Hardware modularity
  • • Autonomous management
  • • High-delta V maneuverability

Sustained Space Maneuver (SSM)

Enabling tactical response capabilities for Space Force assets. Our dual-mode architecture guarantees rapid repositioning combined with precision 6-DoF control.

  • • Machine-speed command response
  • • Safe Rendezvous & Proximity Ops (RPO)
  • • Resilient autonomous architecture

Reconfigurability & Mission Flexibility

Architected for instantaneous mission pivots. A single asset can seamlessly transition across diverse mission profiles and orbital regimes.

  • • Abstracted bus operations
  • • Unexpected orbit transfers
  • • e.g. Shift from LEO Space Domain Awareness to GEO Comm Relay
Tactical satellite constellation

The Academic Wedge

Building a reliable spacecraft bus takes years and millions of dollars—a massive bottleneck for universities. We abstract the bus away. Focus 100% on your cutting-edge payloads, and the Link Kit handles the flying.

CU Boulder

Aerospace Engineering Sciences

Researchers bypass custom GNC design entirely, bolting experimental sensors directly to the Link Kit for rapid testing.

Georgia Tech

Space Systems Design Laboratory

Graduate teams deploy next-generation edge-computing AI payloads, relying on our standardized thermal and power distribution network.

Partner universities map

Building the Future of Space Operations

We're not just building hardware. We're establishing the standard that will define orbital operations for the next generation. By training students and partnering with defense, we ensure the Hamon Standard becomes the foundation of space infrastructure.

The engineers building tomorrow's missions are learning on our systems today.