Innovative Space Solutions
Extending the Lifespan of Critical Space Assets
“The best way to get to the future is to invent it”
The SAM spacecraft represents a monumental leap forward in the domain of space technology, boasting an array of advanced tools, technologies, and methodologies designed to significantly extend the operational lifetimes of satellites, including those that were not originally intended to be serviced. Picture the vast array of opportunities this opens up: autonomous satellite rendezvous, precise refueling operations, strategic repositioning, and the safe, controlled deorbiting of satellites that are no longer active. This breakthrough is far more than mere innovation; it heralds a new era in the evolution of Earth's expanding space orbits. Once the capabilities of SAM's technologies are fully verified, they will fundamentally transform our approach to managing dormant satellites, making the replacement of these satellites a thing of the past. We invite you to be a part of this relentless quest for excellence, to join forces with us as we strive to redefine the limits of what is achievable in the vast expanse of space.
About Us
Defying gravity with unconventional flair, Satellite Augmentation (SAM) is charting a bold new course in the aerospace industry.
Founded by visionary David Green, this privately-owned company is revolutionizing spacecraft design and cost-effective space flight services from its headquarters in Tampa, Florida. With an innovative approach to new technologies, SAM is pushing the boundaries of what's possible, crafting concept craft and prototype fabrication processes that are rewriting the rules of spaceflight.
Satellite Augmentation, LLC (hereinafter referred to as “SAM”) is poised for rapid growth in the Aerospace industry. Our Patented SAM System is a revolutionary and novel approach for extending a satellite’s lifespan by refueling, expanding power, and restoring communication to dormant satellites, the ability to reenergize a satellite in orbit with little to no mission impact. In addition, the SAM System can perform a controlled de-orbit, bringing a dormant satellite out of orbit safely via a controlled burn.
Currently, per the UCS-tracked satellite database, there are 8261 individual satellites in orbit. The ability to reenergize a satellite in orbit, with little to no mission impact, will enable both the Government and the Commercial space industry with the ability to extend the life of their most critical space assets. SAM offers a cost-effective, universal method, to accomplish the latter. By utilizing industry standards, this novel idea can quickly move into a proof-of-concept stage and be followed with a viable concept that can be transitioned to the end-user within an accelerated period. In addition to the fueling capabilities, The SAM System has the expanded capability to supply power and communication to the dormant satellite and allows real estate for additional science.
Industry Overview. The Aerospace industry in the United States currently generates $909 billion in annual sales. Annual revenue for the regional market where the business is located is estimated at $19 billion.
The Satellite Augmentation Module (SAM) applications can be grouped into four categories:
1. Orbit correction:
a. Station-keeping: maneuvering satellites to maintain their nominal position or track.
b. Rescuing emergency capture and insertion of stranded satellites into desired orbits.
2. Collision risk mitigation:
a. Debris removal: removing space debris from highly populated regions.
b. Satellite retirement: moving dysfunctional satellites to “graveyard” altitudes or deorbiting them.
3. On-demand maneuvers:
a. Military: providing flexible and unpredictable relocation of US military satellites.
b. Civil: changing the location of a satellite due to a shift in the market or scientific interest.
4. The SAM System can be used to assess the current position, orientation, and operational status of satellites.
Proposed SAM Mission Scenarios
The following table lists the major problems that could be mitigated using the SAM System along with their corresponding mission scenarios.
Our Partners
Collaborating for Success
We have collaborated with Grata and Actalent, leaders in the aerospace industry, on several successful projects. We value our partnership and look forward to continuing to work together to push the boundaries of what is possible.
