ATSP INNOVATIONS INC

Federal contract awards won by ATSP INNOVATIONS INC (UEI D1E4E2QKPKR4), 2018–2025 — public record from USAspending.

Showing awards with a value or ceiling of $250K+ active within the last 5 years. Need older history or smaller awards? Tell us what you need — we expand by request.

awards

expiring in 12 months

agencies

Category award history

9 category awards to a new vendor (same agency and NAICS code, not this contract's own history) — latest: DARK WOLF SOLUTIONS, LLC took Department of Defense 541715 work from ATSP INNOVATIONS INC (Jul 12, 2026).

Agencies buying from ATSP INNOVATIONS INC

National Aeronautics and Space Administration (3)Department of Defense (1)

What ATSP INNOVATIONS INC has provided

541715 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT NANOTECHNOLOGY AND BIOTECHNOLOGY) (3)541614 — PROCESS, PHYSICAL DISTRIBUTION, AND LOGISTICS CONSULTING SERVICES (1)

Awards

THIS AWARD SUPPORTS THE US SPACE FORCE SBIR/STTR TOPIC SF224-0010 - REVERSIBLE THERMALLY DRIVEN ADHESIVE (RTDA) FOR ON-ORBIT ASSEMBLY.

Department of Defense · $1,249,791 · Jul 15, 2025

FY23 PHASE II SEQUENTIAL - HIGH PERFORMANCE POLYMER FOR DUST TOLERANT EXTREME ENVIRONMENT BEARINGS

National Aeronautics and Space Administration · $3,211,836 · Sep 26, 2023

EXTREME ENVIRONMENT TRIBOLOGICAL CHARACTERIZATION OF ADVANCED BEARING MATERIALS

National Aeronautics and Space Administration · $754,981 · Sep 30, 2020

ATSP INNOVATIONS WILL DEVELOP A REVERSIBLE ADHESION CONCEPT FOR USE IN RECONFIGURABLE SPACE FRAME CONSTRUCTION. THIS REVERSIBLE ADHESION CONCEPT IS BASED ON APPLICATION OF AROMATIC THERMOSETTING COPOLYESTER (ATSP) TO SELECTED ADHESIVE CONTACT POINTS. BY VIRTUE OF A CLASS OF REVERSIBLE SOLID-STATE CHEMICAL REACTIONS (CALLED INTERCHAIN TRANSESTERIFICATION REACTIONS - ITR) INTRINSIC TO THE POLYMER, ATSP WAS SHOWN TO BOND AND DEBOND WITH ITSELF FOR>50 CYCLES DURING THE PHASE I WITH HIGH MECHANICAL STRENGTH ALLOWING LOAD VALUES>6 THE REQUIREMENT OF THE SOLICITATION IN AN VERY SMALL CONTACT AREA. IN PHASE II OF THIS PROJECT WE WILL APPLY THIS REVERSIBLE ADHESIVE CONCEPT TO ASSEMBLY AND RECONFIGURATION OF TRUSS STRUCTURES COMPOSED OF TUBULAR BEAMS AND WE WILL DO ELECTRICAL, THERMAL AND MECHANICAL CHARACTERIZATIONS OF THE REVERSIBLY JOINED TUBE SEGMENTS. BASED ON THE REVERSIBLE ADHESION CONCEPT DEVELOPED AND DEMONSTRATED IN PHASE I, A SELF-ALIGNING ATTACHMENT MECHANISM FOR TUBULAR BEAMS AND HUB JOINTS WITH INTEGRATED HEATING IS PROPOSED. DESIGNED ATTACHMENT MECHANISMS AND DEVELOPED PROCESSES WILL BE APPLIED TO ASSEMBLY AND RECONFIGURATION OF TRUSS UNIT CELL. POLYMERIC REVERSIBLE ADHESIVE WILL BE SUBJECTED TO OUTGASSING AND RADIATION EXPERIMENTS (TO DETERMINE APPLICABILITY TO SPACE ENVIRONMENT) IN SIMULATION OF LOW EARTH ORBIT WITH ADDITIONAL BOND/DEBOND CYCLES FOLLOWING RADIATION EXPOSURE IMPLEMENTED VIA A TOOLKIT DEVELOPED IN PHASE I. THE HIGH MECHANICAL STRENGTH PROVIDES DESIGN FLEXIBILITY FOR SPACE IN THE JOINTS FOR ELECTRICAL CONTACTS, THEREBY ALLOWING MULTIFUNCTIONALITY OF THE SPACE STRUCTURES; WITH FULL SCALE DIMENSION OF THE REAL TRUSS STRUCTURE, THE JOINT WOULD BE ABLE TO REACH A BOND STRENGTH OF 56,760N (113 TIMES THE REQUIRED 500N).

National Aeronautics and Space Administration · $1,124,992 · Apr 27, 2018