Federal contract award
NNL17AA45T
IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER.
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 LANGLEY RESEARCH CENTER |
| NAICS | 541712 |
| PSC | AR11 — SPACE R&D SERVICES; SPACE FLIGHT, RESEARCH AND SUPPORTING ACTIVITIES; BASIC RESEARCH |
| Parent award / vehicle | NNL16AA04B |
| Set-aside | Not reported |
| Pricing type | COST PLUS FIXED FEE |
| Obligations | $2.2M |
| Current contract value | $2.2M |
| Potential contract value / ceiling | $3.4M |
| Start date | Dec 16, 2016 |
| Current end date | Apr 30, 2019 |
| Potential end date | Apr 30, 2019 |
| Latest award activity | Apr 28, 2026 |
| Source loaded | Sep 26, 2026 |
Funding and modification history
Showing the latest 16 of 16 loaded transactions. Negative values are deobligations.
| Date | Modification | Obligation change | Description |
|---|---|---|---|
| Apr 28, 2026 | 14 | $-25.0K | FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORM |
| Apr 28, 2026 | 15 | $29.7K | FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORM |
| Jul 18, 2024 | 13 | $-1.2K | FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORM |
| Aug 14, 2023 | 12 | $-4.0K | FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORM |
| May 16, 2019 | 11 | $25.0K | FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORM |
| Mar 13, 2019 | 10 | $0 | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER |
| Jan 29, 2019 | 9 | $0 | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER |
| Dec 18, 2018 | 8 | $0 | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER |
| Sep 25, 2018 | 7 | $9.6K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER |
| Oct 17, 2017 | 6 | $0 | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER |
| Sep 12, 2017 | 5 | $727.1K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
| Sep 5, 2017 | 4 | $0 | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
| Aug 17, 2017 | 3 | $360.0K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
| May 4, 2017 | 2 | $440.0K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
| Feb 20, 2017 | 1 | $325.0K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
| Dec 16, 2016 | 0 | $325.0K | IGF::OT::IGF FUELEAP (FOSTERING ULTRA-EFFICIENT, LOW-EMITTING AVIATION POWER) POWER SYSTEM DESIGN, ANALYSIS, AND TESTING THE SCOPE OF THIS TASK ORDER IS TO DEVELOP ENGINEERING DATA TO SUPPORT THE DESIGN AND DEVELOPMENT OF A HEAVY-FUEL, HYBRID-ELECTRIC SOFC POWER SYSTEM (SOFC POWER SYSTEM) FOR AN AIRBORNE FLIGHT DEMONSTRATOR. THIS INCLUDES IDENTIFYING SYSTEM-LEVEL TRADEOFFS, IDENTIFYING PERFORMANCE, COST AND RISK OF DESIGN ALTERNATIVES, SELECTING COMPONENTS, AND QUANTIFYING SYSTEM PERFORMANCE THROUGH INTEGRATED ANALYSIS AND TESTING. THIS TASK ORDER SHALL GENERATE PRELIMINARY DESIGN DATA, TEST PLANS, AND SHALL EXECUTE COMPONENT-LEVEL AND INTEGRATED TESTED FOR SELECTED HIGH-RISK COMPONENTS, INCLUDING THE SOFC STACK AND FUEL REFORMER. |
Research next steps
- Confirm the ordering vehicle and your eligibility or a qualified teaming route.
- Review the award scope and buyer evidence before making a bid/no-bid decision.