SFD AFPP Industry Questions Final.xlsx

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Sustainable Flight Demonstrator Federal contract opportunity
Solicitation number
80AFRC22N0008
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National Aeronautics and Space Administration Armstrong Flight Research Center

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80AFRC22N0008-SFD-Announcement Rev B.pdf PDF
80AFRC22N0008-SFD-Announcement-Rev A.pdf PDF
Proposer Name-80AFRC22N0008-Resources Worksheet Rev A.xlsx XLSX spreadsheet
80AFRC22N0008-SFD-Announcement.docx DOCX document
NASA Software Engineering Handbook.pdf PDF
NPR 7123.1C.pdf PDF
AFOP-7900.3-023.pdf PDF
Aviation_Climate_Action_Plan.pdf PDF
80AFRC22N0008-SFD-Announcement.pdf PDF
Proposer Name-80AFRC22N0008-Resources Worksheet.xlsx XLSX spreadsheet
Proposer Name-80AFRC22N0008-EligibilityQuestionaire.pdf PDF
NPR 7900.3D.pdf PDF
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Questions_Responses

#SectionPageRelevent textIndustry Question or InputNASA's Response
12.4 and Article 193 & 52We request clarification regarding the program period of performance and term of the agreement. In the solicitation announcement, paragraph 2.4 states that the project schedule is targeted for early FY 2023 and completion before the end of FY 2029. In paragraph 3.8 it states the funding is anticipated to be available over fiscal years 2023 – 2029. However, within the Appendix A FSAA, Article 19 states that the agreement “becomes effective upon the date of the last signature below ("effective date") and shall remain in effect until the completion of all obligations of both Parties hereto, or five years from the effective date, whichever comes first.” Please clarify if the proposed project schedule can extend beyond the five year limit stated within Article 19. In addition, are the project schedule dates of early FY 2023 through end of FY 2029 firm limits or could solutions outside of those dates be considered if deemed beneficial for the program?1. ARTICLE 19. TERM OF AGREEMENT is amended to read:

"This Agreement becomes effective upon the date of the last signature below ("effective date") and shall remain in effect until the completion of all obligations of both Parties hereto, or seven years from the effective date, whichever comes first."

2. Project dates are firm.

2Are there any set asides for small businesses in this solicitation? a. Is small business as part of a team desirable, ‘adds weight to the proposal’ b. Would a small business teaming with larger partners meet NASA’s criteria for future integration?No set asides or associated evaluation criteria have been established. It is the proposer's responsibility to determine their best partnering approach.
3Is the intended focus on; a. Air frame technologies that can reduce aviation environmental impacts with existing propulsion systems – evolutionary to existing systems b. Propulsion technologies that can reduce aircraft environmental impacts c. Integration of new propulsion into aircraft (I.E. Hydrogen Tanks integrated into the air frame)The focus is on a vision system with an entry into service in the 2030s. Proposers will be responsible for identifying the technologies relative to the project goals. Refer to project goals in section 1 of the announcement.
4How will integration with current CONOPS for both passenger and Cargo aircraft be factored? a. For example a proposal with an alternate fuel, will the ground based infrastructure component need to be addressed, developed, and/or demonstrated as part of the proposal? b. How is this weighted as part of the proposal?Refer to Evaluation Criteria 5.2.1.1 Vision System Architecture "Maturity and technical feasibility of the overall Vision System architecture to include the airframe configuration, associated technologies, and propulsion system viability for the 2030s." and 5.2.1.6 Aviation System Compatibility
5What is NASA goals / technical assessment relative to scale I.E. how is the scaling relationships between a sub-scale (to the goal aircraft) assessed by NASA? a. Could full scale sub elements – tested in an “Iron Bird” meet NASA’s goals for this solicitation?Refer to Section 2.2.2 "The SFD Demonstrator should be appropriately scaled to enable validation of selected integrated system benefits and impacts of the Vision System." Proposers will be responsible for identifying and justifying the necessary combination of sufficiently scaled ground and flight test activities to accomplish the goals identified in section 1 of the announcement so that go no/go decisions about the vision system can be made.
63.19Proposal Question Due Date and Point of ContactCan a one-on-one call be set up with the NASA for additional questions?No, see SAM.GOV posting. Oral communications are not acceptable in response to this notice.
71.0 & FSAA Article 11, 32The Announcement specifies that one of the goals of the Project is to: “Inform industry decisions associated with next generation single-aisle seat class product [2030s Entry Into Service (EIS)] to maximize the potential to meet U.S. environmental goals articulated in the U.S. Aviation Climate Action Plan.”The U.S. Aviation Climate Action Plan includes environmental goals of 25-30% lower fuel burn. All other factors being equal, if a potential partner proposes a greater reduction in fuel burn (i.e., >30%), will such a proposal be evaluated more favorably than a proposal that simply has the potential to meet the stated goal?Section 5.2.1.2 states that one of the evaluation factors is "Magnitude of the total fuel burn, total energy consumption, and CO2 emissions of a single Vision System aircraft conducting Proposer and NASA reference missions." With other aspects being equal, a larger magnitude of fuel burn and CO2 reduction would be rated more favorably for the section 5.2.1.2 Impact on Fuel Efficiency and CO2 Emissions evaluation factor.
81.0 & FSAA Article 11, 32Another stated goal of the Project is to: “Develop and flight test an advanced airframe configuration and related technologies to dramatically reduce aircraft fuel burn and carbon dioxide (CO2) emissions.”a. Is a “dramatic[ ] reduction” to be evaluated against a fixed standard – e.g., the 25-30% stated in the U.S. Aviation Climate Action Plan, whereby a reduction of less than 25% would not be deemed “dramatic”?

b. In the alternative, will a “dramatic[ ] reduction” be evaluated on a relative scale among proposals - i.e., whereby a Proposer’s reduction of 25% would not be “dramatic” relative to a competing Proposer’s 40% reduction?

c. If neither (a) nor (b), by what standard will NASA determine whether a proposal will or will not deliver a “dramatic[ ] reduction” in fuel burn and CO2 emissions?The term "dramatic" is intended to indicate that NASA is looking for more than typical evolutionary improvements in airframe efficiency. That said, the term "dramatic" is not used in evaluation process. Section 5 describes the evaluation factors.
91.0 & Article 11net-zero carbon emissionsdoes NASA intend to evaluate direct aircraft carbon emissions more favorably than indirect/net zero carbon emissions?
a. How does NASA define “net-zero carbon emissions”? Does it include things such as carbon offsets, SAF, and related indirect offsets?Refer to the U.S. Aviation Climate Action Plan for understanding of net-zero carbon emissions by 2050. This Announcement is focused on Vision Systems leveraging technology improvements to increase the impact from New Aircraft Technology highlighted in Figure 3 of the U.S. Aviation Climate Action Plan. Reduction of fuel burn and CO2 emissions is sought. Refer to the introduction in section 1 of the announcement "This Announcement for Partnership Proposals (AFPP) solicits proposals for the design, build, test, and flight of an advanced airframe configuration and related technologies to dramatically reduce aircraft fuel burn and carbon dioxide (CO2) emissions as part of the SFD project." Refer to the project goals and objectives in section 1 of the announcement "Develop and flight test an advanced airframe configuration and related technologies to dramatically reduce aircraft fuel burn and carbon dioxide (CO2) emissions" and "Partner with Industry to design, develop, and integrate an advanced aircraft configuration Demonstrator relevant to a single-aisle transport class Vision System targeting significant improvements in fuel burn and associated CO2 emissions." Refer to section 4.3.3.2 "Provide estimated Vision System CO2 emissions, fuel burn, and total energy consumption per passenger seat mile, for a single Vision System aircraft conducting up to four reference missions." and section 5.2.2.2 "Magnitude of the total fuel burn, total energy consumption, and CO2 emissions of a single Vision System aircraft conducting Proposer and NASA reference missions. "
102.2.12capable of operations within restrictive acoustics airport environments over the Vision System lifecycle.a. How does NASA define restrictive acoustics airport environments? Is there a metric over Stage 5 noise?

b. If a proposer’s Vision System dramatically reduces noise below Stage 5, does NASA measure it more favorably than another Vision System that meets Stage 5?

c. How does NASA define Vision System lifecycle? Is lifecycle defined from EIS to end of production to end of service? d. If a proposer’s Vision System dramatically reduces noise starting at EIS and throughout the entire Vision System lifecycle, does NASA measure it more favorably than a proposer who performs upgrades to propulsion that reduces noise later in the Vision System lifecycle? In section 2.2.1 "Capable of operations within restrictive acoustics airport environments over the Vision System lifecycle", the Vision System lifecycle refers to the operating life of the Vision System during which it would be impacting fleet emissions.

The proposer is responsible for identifying anticipated operating constraints on their proposed Vision System associated with noise over the lifecycle. Reference section 5.2.1.6 of the announcement, Aviation System Compatibility, for evaluation criteria associated with noise. As part of evaluation subfactor 5.2.1.6, NASA will assess "any unique commercial operational benefits".

112.2.12minimum 3200 NM design rangea. Is this a requirement or a goal for the SFD or Vision System or both?
b. In either case, will exceeding the goal provide a more favorable weighting?The single aisle class definition in section 2.2.1 is neither a requirement nor a goal. At present, the single-aisle class market has the largest contribution to emissions. As stated in that section, "If a Proposer’s Vision System does not meet this definition and market segment, they should provide a clear description of how their configuration would have a comparable impact on fleetwide emission reduction." The evaluation criteria include maximizing fuel burn and CO2 reduction (section 5.2.1.2) and multiplying that effect through fleet penetration (section 5.2.1.3).
122.2.12single aisle requirements for range, speed, passenger minimum and acoustics. Commercial aircraft also have cargo spacedoes NASA have a minimum cargo space requirement?There is no minimum cargo requirement. However, considerations for cargo should be reasonable in order to ensure market penetration. Deficiencies could affect the technical feasibility evaluation in section 5.2.1.1 Vision System Architecture.
132.2.76A commitment of 50% or more of the estimated industry cost is highly desired and will be considered in the evaluation.Will NASA evaluate a proposal more favorably the greater the industry commitment - i.e., 60% or 75% in comparison to 50%?

Per the evaluation factor in Section 5.2.4.2 "Magnitude and percentage of the total industry cost proposed to be contributed by NASA over the SFD project lifecycle.", a lower NASA cost share of the Industry cost would be rated more favorably for this evaluation factor.

14 3.2 9 The direct purchase of supplies and/or services, which do not constitute research, from non-U.S. sources by U.S. award recipients is permitted. Can you confirm that sub-contracted non-recurring engineering (NRE) for design or engineering work, from non-U.S. companies/entities is acceptable? As stated in Section 3.2 of the Announcement and Article 18(E) of the template Funded Space Act Agreement, NASA funding may not support research efforts, including travel, by non-U.S. organizations, including sub-Partners, at any level. The direct purchase of supplies and/or services, which do not constitute research, from non-U.S. sources by U.S. award recipients is permitted.

Section 4.2 of the Announcement requires that the Eligibility and Compliance Certification questionnaire be completed by each of the Proposer’s partners listed in the proposal’s Teaming Approach that will be supporting research and technology development efforts. NASA will review the Eligibility and Compliance Certification forms during the Initial Compliance Review phase of the evaluation (Section 5.1.2. of the Announcement).

15 3.3, 2.3, 3.8 Duplicative Funding can you please further define “duplicative funding”? a. Section 2.3 makes reference to “NASA’s funding contribution” and to “private funding.” May industry obtain other government funding in addition to NASA funds with respect to the SFD goals? For example: If NASA funds XX% of a specific proposed milestone, may other government funds be used to fund any portion of the balance?

b. Would funds received from U.S. Federal, State, or Local Governments to a Proposer to develop a similar airframe for non-commercial use be considered payments made “for the same purpose,” as that phrase is used in Section 3.3?

c. If not, can you provide examples of what would be considered duplicative funding?

d. Section 1, Background, and Section 3.8 Award Funding, specifies that “NASA anticipates entering into one Agreement, with potentially more, with industry to support development of the advanced airframe and related technologies to maximize the potential and probability for commercial entry into service (EIS) in the 2030s.”

e. By what criteria will NASA determine whether to enter into more than one Agreement?

f. If there are two proposals that both meet the goals and objectives of the project by demonstrating a dramatic improvement to fuel burn and emissions and potential for commercial entry into service in the 2030s, by what criteria will NASA determine that more than one award is given? By what criteria will NASA select between two equally promising technical and commercial options versus selecting more than one? g. Section 3.8 says “the amount of funding allocated to any Partner awarded a FSAA will be solely at NASA’s discretion.” By what criteria will NASA determine to exercise its discretion in relation to allocated funding? Duplicative Funding is funding that is paid by NASA or another Government Agency to cover work performed under another contract, grant, cooperative agreement, or other funded agreement that duplicates work under the SFD FSAA.

If NASA provides funding for a specific milestone, other Government funds cannot be used to fund any portion of the milestone.

Upon identification of a duplicative funding issue with another government agency effort, the Partner should notify the NASA SFD Agreements Officer.

Reference Announcement Section 5 Evaluation for information on evaluation criteria.

164.3.116StructureWith reference to Section 4.3.1, is it permissible for two versions of Sections II through V to be submitted, where one version has Figures and Tables embedded throughout the sections as appropriate, and the second has all tables and figures only referenced and included in Section VI?Please submit proposals as described in section 4.3.1.
174.3.3.117Vision System ArchitectureSection 4.3.3.1 instructs that proposals should include a description of “the Vision System architecture (using technologies, including propulsion, which are expected to be viable in the 2030s), with special emphasis on the airframe configuration.” Given that propulsion technologies will be equally available to all airframes, does NASA plan to evaluate and weight the CO2 emissions reduction accountable to the airframe independently from reductions related to propulsion technologies? If not, why not?

a. Does NASA intend to evaluate efficiency for lift over drag (L/D) as a metric for emissions reduction?

b. Does NASA intend to evaluate efficiency for specific fuel consumption (SFC) as a metric for emissions reduction?

c. Does NASA intend to weight L/D (airframe improvement) higher than propulsion SFC improvement? If so, what is the weighting between airframe and propulsion efficiency improvements? The focus is on the integration of technologies for a viable vision system with an entry into service in the 2030s. Proposers will be responsible for identifying the technologies relative to the project goals. Refer to project goals in section 1 of the announcement.

NASA will evaluate proposals per the Announcement Evaluation Criteria. See section 5.2 of the announcement.

18 4.3.3.2 17 Impact on Fuel Efficiency and CO2 Emissions Section 4.3.3.2 states “If the proposer’s Vision System takes advantage of power generation from electric propulsion, then CO2 emissions associated with ground charging must be included in the accounting.” and Section 4.3.3.3 states “Provide annual impact on CO2 over the expected life of the vision system broken out by contribution (technology, fuels, & operations).” Does NASA also plan to include the CO2 emissions associated with the generation of other fuels such as SAF, Jet-A, and hydrogen along the same lines as electric propulsion? The focus is on impact to fuel/energy efficiency and carbon emissions from fleet operations (i.e. emissions due to energy used for operations).

NASA will evaluate proposals per the Announcement Evaluation Criteria. See section 5.2 of the announcement.

194.3.3.317Provide estimate of the percentage of total CO2 reduction by year through 2050, based on predicted market penetration of the Vision System (for guidance see figure 3 of U.S. Aviation Climate Action Plan).Will NASA evaluate more favorably proposals that bring to market dramatic CO2 reductions sooner than a proposal that brings to market a product later due to the total CO2 reductions that are cumulative from EIS to 2050? If not, why not?NASA will evaluate proposals per the Announcement Evaluation Criteria. In particular see Section 5.2.1.3 Magnitude and swiftness of the total commercial aviation system CO2 reduction as a function of time (with emphasis on the contribution from technology), based on predicted market penetration of the Vision System.
204.3.3.718describe the steps that need to be undertaken to address the remaining commercialization risks in order to make a decision to launch full scale production of the Vision SystemWill NASA evaluate proposals that have addressed all the risks and made the decision to launch full scale production more favorably than a proposal that does not commit to full scale production and commercialization? If not, why not?NASA will evaluate proposals per the Announcement Evaluation Criteria
214.3.4.2 and 4.3.3.118Section 4.3.4.2 states “Include discussion of new build versus existing airframe and subsystem components,” while the goals of the project state “develop and flight test an advanced airframe configuration” and Section 4.3.3.1 states “with special emphasis on the airframe configuration”.If the goal is for advanced airframe configuration, how does NASA evaluate an SFD with an existing airframe configuration?In statement in 4.3.4.2 "Include discussion of new build versus existing airframe and subsystem components.", the term "existing airframe and subsystem components" is referring to components of existing aircraft that the proposer intends to include in their design to reduce cost, risk, and/or schedule. The resulting integrated configuration will be evaluated by NASA according to the Announcement Evaluation Criteria.
222.2.7 and 4.3.6.1Section 2.2.7 states that “For the purposes of determining the level of commitment, NASA’s share will include both funding based on milestone payments and the value of any Government furnished resources (expertise, access to facilities, etc.) that are requested by the partner.” Section 4.3.6.1 states that “Cost for NASA labor and facilities will be covered by NASA and should not be included in the industry cost estimate.”Will Proposers be expected to state NASA’s share of industry expense? How should Proposers value NASA resources if not included in the cost estimate?Proposers are not asked to estimate NASA costs. The Proposer is asked to fill out the provided Resources Spreadsheet referenced in section 4.3.6.3. This sheet asks for estimated industry cost, funding source for industry contributions toward its own costs, and the amount of NASA funding requested to cover industry costs. NASA will estimate NASA labor and facility costs and include them, in addition to the Partner Milestone payments, as part of NASA's contribution to the SFD effort. All of this information will be available to the Selection Authority during the evaluation and selection process.
234.3.6.3Section 4.3.6.3 discusses the various forms of funds.Does NASA evaluate funds from one source more favorably than another or are they all equally weighted?Per section 5.2.4.3 Industry Contribution/Investment, NASA will evaluate the "Feasibility of Proposer's plan to obtain resources to satisfy its share of the industry cost over the SFD project lifecycle." Section 4.3.6.3 describes the proposal content needed by NASA to assess the feasibility of the Proposer's funding plan.
245Section 5 of the Announcement contemplates the potential that various Proposers may be eliminated from further consideration at various points in the evaluation process (e.g., Section 5.1.2 and 5.1.4).

a. If a proposal is not selected for further consideration, will the eliminated Proposer be notified at that time?

b. Will the eliminated Proposer be provided with the basis for their elimination from further consideration at that time?Proposers whose proposals are eliminated from further consideration will be notified at that time and offered an opportunity to receive a debrief, which will be accomplished at the conclusion of the evaluation process described in section 5.1.
255.1.4With respect to Section 5.1.4 of the Announcement, if NASA elects to conduct due diligence with any “most favorably evaluated” Proposer, will it conduct due diligence with all “most favorably evaluated” Proposers?Due diligence meetings are at NASA's discretion.
265.1.5can NASA define the stated “programmatic considerations” of “ARMD’s portfolio balance” and “strategic investments” and explain their relevance to the SA’s ultimate selection evaluation? By what criteria will NASA determine that a proposal “represents the strongest investment for ARMD”?The NASA Selection Authority decides what the "strongest investment for ARMD" will be based on the project goals/objective and the evaluation criteria in section 5.
275.2there are three evaluation factors – Technical and Management; Project Resources; and Past Performance.

a. Are all three factors rated/weighted equally?

b. If not, how are the factors ranked or weighted?

c. Will any criteria other than those stated in Section 5.2 and its subparts, and in Section 5.1.5, be considered in the selection decision? If so, please identify those criteria.NASA will evaluate proposals per the Announcement Evaluation Criteria
28With respect to the Past Performance evaluation factor, the Announcement specifies only that: “The Past Performance evaluation will consider information obtained from sam.gov, Federal Awardee Performance and Integrity Information System, and/or any other reasonable basis. A Proposer that is suspended or disbarred will not be considered for award.”

a. Based on the currently provided description of the Past Performance evaluation factor, will a potential partner be evaluated less favorably if it does not have federal government contracting past performance? b. With respect to the reference to “and/or any other reasonable basis,” may a proposer submit information? If so, in which section of the proposal should such past performance information be included?

d. NASA specifies that: “Further definition of the evaluation criteria that will be used for Technical and Management and Project Resources is outlined in the following subsection.” Will NASA provide further definition of the evaluation criteria that will be used for the Past Performance evaluation factor?

e. Will past performance of a Proposer’s partners, subcontractors, team members, etc., be factored into the evaluation of Past Performance?

f. Will past performance of a Proposer’s personnel be factored into the evaluation of Past Performance? For example, if key personnel have previously successfully managed complex NASA projects, will that be favorably considered in the evaluation of Past Performance? There was no request for a proposer to provide past performance information under the Past Performance Evaluation Factor. NASA will obtain the required information for this evaluation. A Proposer will not be evaluated less favorably if it does not have previous government contracting experience.

Per section 4.3.5.3 Specialized Experience, the proposer will provide company and key staff experience related to the proposed effort. Key staff may include "any major team member". Evaluation of this information is described in section 5.2.3.3.

295.2.1.1 to 5.2.1.7With respect to Sections 5.2.1.1 to 5.2.1.7, are all of these subfactors rated/weighted equally? If not, how are the subfactors ranked or weighted?NASA will evaluate proposals per the Announcement Evaluation Criteria
305.2.1.3does NASA intend to evaluate a Proposer’s “predicted market penetration” of a Vision System? If so, by what criteria will NASA make such an evaluation?"Predicted market penetration" is one of the evaluation elements with section 5.2.1.3. Information provided in the proposal according to section 4.3.3.3 will be a key part of this evaluation.
315.2.2.1 to 5.2.2.7are all of these subfactors rated/weighted equally? If not, how are the subfactors ranked or weighted?NASA will evaluate proposals per the Announcement Evaluation Criteria
325.2.3.1 to 5.3.3.3are all of these subfactors rated/weighted equally? If not, how are the subfactors ranked or weighted?NASA will evaluate proposals per the Announcement Evaluation Criteria
335.2.4.1 to 5.2.4.3are all of these subfactors rated/weighted equally? If not, how are the subfactors ranked or weighted?NASA will evaluate proposals per the Announcement Evaluation Criteria
344.3.3.7 & 5.2.1.7Section 5.2.1.7, Commercialization Plan, specifies that: “Quality, suitability, viability, and completeness of the Proposer’s Vision System Commercialization Plan, timeline and decision point(s), partnering/risk sharing, manufacturing and assembly plan, certification, and market assessment.”
a. Section 4.3.3.7, also related to Commercialization Plan, further specifies that Proposers should “Describe any feedback from potential customers on the commercial utility of the Vision System.” However, customer feedback does not appear in the evaluation criteria contained in Section 5.2.1.7. Will positive feedback from potential customers be favorably evaluated, despite its omission from Section 5.2.1.7?Any potential customer feedback provided in the proposal will be evaluated as part of the proposer's "market assessment" referenced in section 5.2.1.7
255.2.1.7Will a proposal including a resolution of a Proposer’s Board of Directors approving production and commercialization of the proposed aircraft after testing be evaluated more favorably with respect to Section 5.2.1.7 than a proposal without such resolution? If not, why not?NASA will evaluate whatever content the proposer wishes to provide with regard to Section 5.2.1.7.
365.2.4.3Feasibility of Proposer’s plan to obtain resources to satisfy its share of the industry cost.How does NASA intend to evaluate resource feasibility? Are there specific resources or criteria that NASA perceives as more feasible than others?Per section 5.2.4.3 Industry Contribution/Investment, NASA will evaluate the "Feasibility of Proposer's plan to obtain resources to satisfy its share of the industry cost over the SFD project lifecycle." Section 4.3.6.3 describes to proposal content needed by NASA to assess the feasibility of the Proposer's funding plan.
374.3.5.2Section 4.3.5.2 requests the schedule be included in the submission.Does NASA require a full integrated master schedule (IMS) in its native format (e.g., .mpp) for submission or simply a summary schedule identifying key milestones? Will a Proposer’s submission be evaluated more favorably for including the .mpp full IMS in the submission?Section 4.3.5.2 asks for a schedule of significant tasks and milestones. Although not required, Proposers may also submit a full .mpp or .xls Integrated Master Schedule file with a reference in their Appendix 2 Supplemental Business Data content.
384.3.6.1Regarding Section 4.3.6.1, to what level of specificity would provide sufficient detail in a basis of estimate?Per Section 5.2.4.1, the Proposer should provide sufficient detail for NASA to assess the "Maturity and completeness of the industry SFD lifecycle cost and funding estimate".
394.3.6.1Regarding Section 4.3.6.1, is full basis of estimate documentation required in Appendix 2?The Proposer may include basis of estimate content in Appendix 2.
403.8 Paragraph 1 and 2.1, Paragraph 312, 5“NASA anticipates up to $425 million spread over fiscal years 2023 to 2029 to be available for funding Milestone payments under the Sustainable Flight Demonstrator Agreement.” “In addition to providing fixed milestone payments to the selected Partner, other NASA furnished resources may be made available to support the partner. These resources may include access to NASA technical expertise, test facilities, and capabilities. The estimated value of requested NASA furnished resources will be assessed as part of the total NASA contribution in support of any proposed partnership.” Page 5 Section 2.1, Paragraph 3Is the intent of these statements that utilized NASA capabilities will be funded out of the NASA SFD Award of $425 million or will that be funded under other ‘outside’ NASA Program Funds above and beyond the $425M award?NASA is budgeting $425M to be available to provide Milestones payments to the Partner as described in the Announcement For Partnership Proposals (AFPP). ARMD has allocated additional funding to the NASA SFD Project to cover the cost of NASA labor, capabilities, and use of facilities as described in the AFPP.

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