Federal contract award
NNG14CR61C
IGF::OT::IGF SBIR PHASE III AWARD. PHASE I/II AWARDED UNDER NNX13CG02C COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS.
Award details
Obligations, current value and potential value describe different measures; they are never added together.
| Field | Reported value |
|---|---|
| Agency | National Aeronautics and Space Administration |
| Office | NASA GODDARD SPACE FLIGHT CENTER |
| NAICS | 541712 |
| PSC | AJ11 — GENERAL SCIENCE AND TECHNOLOGY R&D SERVICES; GENERAL SCIENCE AND TECHNOLOGY; BASIC RESEARCH |
| Parent award / vehicle | Not reported |
| Set-aside | SMALL BUSINESS SET ASIDE - TOTAL |
| Pricing type | COST PLUS FIXED FEE |
| Obligations | $8.1M |
| Current contract value | $8.5M |
| Potential contract value / ceiling | $8.5M |
| Start date | Aug 25, 2014 |
| Current end date | Sep 30, 2026 |
| Potential end date | Sep 30, 2026 |
| Latest award activity | Jul 17, 2026 |
| Source loaded | Sep 26, 2026 |
Funding and modification history
Showing the latest 55 of 55 loaded transactions. Negative values are deobligations.
| Date | Modification | Obligation change | Description |
|---|---|---|---|
| Jul 17, 2026 | 54 | $0 | GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION FOR CODE 551 |
| May 19, 2026 | 53 | $14.0K | GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION FOR CODE 551 |
| Sep 30, 2025 | 52 | $0 | GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION FOR CODE 551 |
| Jun 3, 2025 | 51 | $0 | GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION FOR CODE 551 |
| Apr 1, 2025 | 50 | $0 | REMOVAL OF CLAUSES/DRDS IAW [EO 14173] FOR THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION FOR CODE 551 |
| Feb 3, 2025 | 49 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| May 23, 2024 | 48 | $35.0K | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Feb 27, 2024 | 47 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Sep 25, 2023 | 46 | $143.6K | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Aug 29, 2023 | 45 | $23.1K | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Feb 28, 2023 | 44 | $230.0K | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Feb 2, 2023 | 43 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Dec 1, 2022 | 42 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Oct 31, 2022 | 41 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Jul 29, 2022 | 40 | $98.2K | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Apr 29, 2022 | 39 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Dec 14, 2021 | 38 | $0 | THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Oct 18, 2021 | 37 | $0 | EO14042 THE INSTRUMENT DESIGN INCLUDES, MAGNETIC TRAPS FOR MAGNETIC COOLING LARGE-MOMENTUM-TRANSFER ATOM OPTICS TO INCREASE GRAVITY GRADIENT SENSITIVITY AND HIGH-STABILITY LASER SYSTEMS FOR SPACE APPLICATIONS. THE GRAVITY GRADIOMETER DEVELOPED UNDER CLIN 001 OF THE PHASE III EFFORT WILL ADDITIONALLY INCORPORATE HARDWARE FOR ROTATION COMPENSATION OF GRAVITY GRADIENT SIGNALS USING IMAGING-BASED INTERFEROMETER PHASE DETECTION. |
| Aug 9, 2021 | 36 | $196.5K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Apr 22, 2021 | 35 | $196.5K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Mar 11, 2021 | 34 | $0 | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Dec 22, 2020 | 33 | $60.0K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Dec 21, 2020 | 32 | $0 | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 24, 2020 | 31 | $0 | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 20, 2020 | 30 | $0 | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jul 27, 2020 | 29 | $70.0K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Sep 11, 2019 | 28 | $88.2K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jul 29, 2019 | 27 | $134.3K | SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Feb 14, 2019 | 26 | $54.4K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Oct 25, 2018 | 25 | $0 | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Oct 24, 2018 | 24 | $14.8K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Sep 27, 2018 | 23 | $9.4K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Apr 23, 2018 | 22 | $150.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Apr 2, 2018 | 21 | $0 | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Mar 9, 2018 | 20 | $41.1K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jan 26, 2018 | 19 | $125.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jan 9, 2018 | 18 | $60.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Dec 6, 2017 | 17 | $120.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Sep 26, 2017 | 16 | $90.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jul 31, 2017 | 15 | $208.9K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jun 30, 2017 | 14 | $225.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Oct 27, 2016 | 13 | $0 | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 31, 2016 | 12 | $292.7K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 23, 2016 | 11 | $95.7K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 18, 2016 | 10 | $300.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jul 25, 2016 | 9 | $35.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Jun 7, 2016 | 8 | $416.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Mar 9, 2016 | 7 | $0 | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Feb 3, 2016 | 6 | $0 | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Feb 1, 2016 | 5 | $700.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Dec 29, 2015 | 4 | $350.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Dec 21, 2015 | 3 | $150.0K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Oct 28, 2015 | 2 | $45.1K | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Sep 11, 2014 | 1 | $1.0M | IGF::OT::IGF SBIR PHASE III AWARD. COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
| Aug 25, 2014 | 0 | $2.3M | IGF::OT::IGF SBIR PHASE III AWARD. PHASE I/II AWARDED UNDER NNX13CG02C COLD ATOM GRAVITY GRADIOMETER FOR GEODESY: THE CONTRACTOR SHALL DESIGN, CONSTRUCT, AND OPTIMIZE A HIGH-PERFORMANCE GRAVITY GRADIOMETER BASED ON LIGHT-PULSE ATOM INTERFEROMETRY. THE CONTRACTOR SHALL BUILD AND TEST A SECOND PROTOTYPE ZERO-DEAD-TIME (ZDT) ABSOLUTE GRAVIMETER. THE INSTRUMENTS IN THIS PHASE III EFFORT TAKES ADVANTAGE OF TECHNOLOGIES DEVELOPED UNDER NASA SBIR PHASE I AND PHASE II PROGRAMS. |
Research next steps
- Check the stated set-aside against the solicitation and current certifications.
- Review the award scope and buyer evidence before making a bid/no-bid decision.