Free Form Fibers L.L.C.

Free Form Fibers LLC, a small-business limited liability company based in Saratoga Springs, New York, manufactures advanced fiber technologies and multifunctional composite structures for extreme environments as a prime contractor under Small Business Innovation Research (SBIR) and federal research grant programs. The vendor operates exclusively as a prime (100% of recent awards) under total small business set-asides and holds no subcontracting footprint. Free Form Fibers specializes in laser chemical vapor deposition (LCVD), silicon carbide composites, ceramic matrix composites (CMCs), and fiber-embedded sensor technologies for defense, aerospace, energy, and semiconductor applications.

Free Form Fibers' customer base concentrates in defense and federal research agencies. The Department of the Navy Naval Sea Systems Command leads by potential value with three awards totaling $3.1 million, followed by the Department of the Air Force Materiel Command Research Laboratory ($1.2 million), and the Defense Advanced Research Projects Agency ($600 thousand). By award count, the Department of Energy Office of Science dominates with six awards, though many are smaller research grants; the National Science Foundation places three awards. The vendor has also worked with the National Aeronautics and Space Administration and the Department of the Army. This split between volume (DOE and NSF leading by count) and dollar value (Navy and Air Force leading by potential value) reflects Free Form Fibers' dual role as both a defense SBIR prime and a federal research grant recipient.

Recent representative work includes three SBIR Phase II contracts: a $1.7 million cost-plus-fixed-fee research and development effort with Naval Sea Systems Command for advanced fiber technologies (awarded June 2023, completing June 2026), a $1.2 million definitive contract with the Air Force Research Laboratory for multifunctional structures via laser CVD (July 2023 through January 2025), and a $1.2 million Naval Sea Systems Command contract for the same topic (September 2023, completing December 2025). In the grant space, Free Form Fibers is a recipient of a $1.008 million Cooperative Agreement from the Department of Energy Office of Energy Efficiency and Renewable Energy (CFDA 81.086, Conservation Research and Development) awarded August 2026 to validate silicon carbide powder production for high-power microelectronics, with work running through January 2028. The vendor also holds Department of Energy Office of Science project grants totaling approximately $450 thousand for hybrid SIC-SIC ceramic matrix composite research, fiber-embedded wireless sensors, and hydrogen turbine CMC life optimization. All work performs at the Saratoga Springs, New York facility.

Activity has accelerated modestly in recent years — one award in 2019, two in 2021, five across 2023, and one in 2026 — with a combined potential value of $5.3 million across twenty awards but an unusual obligated total of $14.3 million (268% of combined potential), indicating prior-year funding or reallocation. Only one award completes in the next twenty-four months, presenting minimal recompete risk in that window. Free Form Fibers' work centers on applied research and development under primary NAICS categories for physical, engineering, and life sciences R&D, with defense R&D services and general science and technology R&D under the PSC framing.

High Performance Fibers (HPFs) are sought when a combination of extreme material properties is required which cannot be met by existing metal filaments or by carbon, glass, vegetal or mineral fibers. Of the many advanced materials known, only a select few have been made into HPF and, until now, there has been no generic process by which fibers from such materials could be formed. Thus far, the manufacture of a given HPF has required an ad-hoc process and unique technology platform that is usually not appropriate for other materials. Closely associated with these are long development times, unique technical challenges, major capital investments and significant development costs. All of these issues have inflated costs and held back growth of the HPF industry and industries dependent on it. Our objective is to change the game and make new fiber materials available to our customers - quickly and inexpensively.