ICON TECHNOLOGY INC Federal Contracts — Government Award History
Total (All Time)$7M
Latest FY$2M
Primary AgencyDepartment of Defense
ICON TECHNOLOGY INC has received $7M in total federal contract awards
across 2 fiscal year(s). ▼ 48.5% vs FY2024 Peak year was FY2024 ($5M).
Primary awarding agency: Department of Defense.
Data covers largest contracts by award amount. Source: USASpending.gov (FPDS).
Awards by Fiscal Year
| Year | Spending | Total | Contracts | Top Agency |
|---|---|---|---|---|
| FY2025 | $2.5M | 5건 | Department of Defense | |
| FY2024 | $4.8M | 3건 | Department of Defense |
Notable Contracts
| Date | Agency | Amount | Description |
|---|---|---|---|
| 2022-09-29 | National Aeronautics and Space Administration | $57.2M | FY22 SBIR PHASE III – DESIGN, DEVELOPMENT, FABRICATION TESTING, AND DELIVERY OF |
| 2019-07-12 | Department of Defense | $3.8M | CONSTRUCTION SCALE 3D PRINTING FOR THE AIR FORCE |
| 2024-07-25 | Department of Defense | $3.0M | CSO #22-0007 DEVELOPMENT OF HARDWARE AND MATERIAL SOLUTIONS FOR ADDITIVE CONSTRU |
| 2024-01-25 | Department of Defense | $1.6M | NEW DARPA SBIR II – ICON TECHNOLOGY PROPOSES DEVELOPING SOFTWARE THAT WILL RADIC |
| 2025-09-29 | Department of Defense | $1.2M | SBIR PHASE II O2D-0249 GENERATIVE AI TO STREAMLINE DOD CONSTRUCTION APPROVALS |
| 2025-08-05 | National Aeronautics and Space Administration | $840,714 | SBIR PHASE II80NSSC25C0097 HELCOW: HIGH ENERGY LASER CAPABLE OF WELDING |
| 2025-02-03 | Department of Defense | $249,901 | SMALL BUSINESS INNOVATION RESEARCH (SBIR) PHASE I, TOPIC A244-059: EXPLOSION PRO |
| 2024-08-07 | National Aeronautics and Space Administration | $140,449 | FY24 SBIR PHASE I- HELCOW: HIGH ENERGY LASER CAPABLE OF WELDING |
| 2024-12-16 | Environmental Protection Agency | $100,000 | EPA SBIR FY25 PHASE I DECARBONIZATION POTENTIAL OF CO2 MINERALIZATION IN RECYCLE |
| 2025-01-15 | Department of Defense | $74,862 | RESILIENT BASING THROUGH EXPEDITIONARY ROBOTIC CONSTRUCTION |
| 2023-05-02 | Department of Defense | $73,428 | SELF ACTUATING FLEXURE MECHANISMS FOR EXTREME ENVIRONMENTS |