HH-60W Degraded Visual Environment System(DVES) - FA8552-26-R-B001

This document outlines Section L (Instructions to Offerors) of a federal Request for Proposal (RFP) issued by the Air Force Life Cycle Management Center (AFLCMC/WIUKB) for the HH-60W Degraded Visual Environment System (DVES). It provides comprehensive guidelines for the preparation, formatting, and submission of electronic proposals, which must be submitted via the PIEE Solicitation Module, DoD SAFE, or encrypted email by June 18, 2026. Proposals must be organized into six distinct volumes with strict page limitations: 1. **Volume I (Completed RFP):** Administrative and compliance documents, including Voluntary Protection Program (VPP) data, a Cross-Reference Matrix, and Cybersecurity Maturity Model Certification (CMMC) Level 2 verification. 2. **Volume II (Technical Proposal):** Details the technical and manufacturing readiness levels (targeting TRL 8+ and MRL 9+), aircraft integration approaches, Pilot-Vehicle Interface (PVI) capabilities, and system sustainment strategies. 3. **Volume III (Schedule):** Features a Gantt chart detailing the project schedule and critical milestones. 4. **Volume IV (Past Performance):** Evaluates three recent, relevant efforts using the FACTS Sheet format. 5. **Volume V (Small Business Participation):** Outlines first-tier small business subcontracting goals and work descriptions. 6. **Volume VI (Cost/Price Proposal):** Requires fully populated Excel cost models and spreadsheets to substantiate price reasonableness and cost realism, without requiring certified cost or pricing data under competitive conditions. Noncompliance with these formatting, structure, and electronic submission instructions may render the offeror ineligible for award.

This Performance Work Statement (PWS) outlines the contractual requirements for the design, development, integration, testing, production, installation, and deployment of the Degraded Visual Environment System (DVES) for the U.S. Air Force (USAF) HH-60W "Jolly Green II" Combat Rescue Helicopter. Managed by the Helicopter Sustainment Branch (AFLCMC/WIHBB) under solicitation FA8552-26-R-B001, the program aims to mitigate pilot and aircrew risks associated with degraded visual environments (DVE) such as brownouts, whiteouts, and severe weather. The DVES must provide near real-time visual displays of en route and landing zone hazards, integrated with existing cockpit and cabin Multifunction Displays (MFDs). The system is required to leverage existing helicopter sensors, displays, and navigation infrastructure using high-maturity technologies (TRL 8-9 and MRL 9+), modeling the U.S. Army's DVE solution where possible to maximize efficiency. Crucially, the installation must be minimally invasive, preserving the aircraft's structural integrity, aerodynamic performance, and operational capabilities. The scope of work spans Engineering & Manufacturing Development (EMD), Production & Deployment (P&D), and Operations & Support (O&S) phases. Key contractor tasks include establishing an Integrated Master Schedule (IMS), conducting Software Integration Lab (SIL) testing, maintaining a comprehensive Technical Data Package (TDP), producing Technical Orders (TOs), and performing prototype and verification installations on at least two test aircraft. The contract structure includes a two-year base period followed by six one-year option periods, totaling up to eight years of performance.

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This System Requirements Document (SRD), solicitation number FA8552-26-R-B001, outlines the contractual and technical specifications for the HH-60W Combat Rescue Helicopter “Jolly Green II” Degraded Visual Environment System (DVES). Managed by the Air Force Life Cycle Management Center (AFLCMC), the program's primary objective is to design, integrate, and field a system that mitigates operational risks associated with degraded visual environments (DVEs) such as brownouts, whiteouts, fog, and darkness, which can lead to controlled flight into terrain or obstacle collisions. The DVES must deliver real-time and near-real-time visual and aural situational awareness (SA) information directly to the aircrew. To achieve this, the system will utilize a "see-and-remember" 3D world model, fusing real-time sensor data with digital elevation maps, onboard obstacle databases, and pre-planned mission data. Key performance parameters (KPPs) mandate that the system detect suspended wires at a threshold distance of 0.75 kilometers (objective of over 4 kilometers) and identify en route and terminal area hazards as small as 12 inches. Architecturally, the DVES must integrate with the aircraft's existing advanced mission computers, flight management systems, and cockpit multi-function displays (MFDs) without degrading primary flight references. Additionally, the system must adhere to strict weight limits (under 150 pounds), military airworthiness certifications, electromagnetic compatibility standards, and environmental suitability criteria. Detailed Design Reference Scenarios (DRSs) are included to define operational baselines for combat search and rescue, casualty evacuation, and shipboard operations.

This government solicitation document outlines the Contract Line Item Number (CLIN) structure for the research, development, procurement, and installation of the HH-60W Degraded Visual Environment (DVE) System. The contract spans a Base period and six subsequent Ordering Periods, detailing deliverables, quantities, units of issue (such as kit and lot), and periods of performance. The Base period focuses on Research, Development, Test, and Evaluation (RDT&E) alongside the delivery of prototype, verification, and simulator kits, installation labor, travel, and data, with lead times ranging from 18 to 24 months After Receipt of Order (ARO). Ordering Periods 1 through 4 transition into production, procuring a combined total of 109 Production Kits (A+B) and 10 Production Kit Spares (B Only), along with corresponding installation labor, contractor travel, and data deliverables. Ordering Periods 5 and 6 phase out kit procurement to focus exclusively on final installation labor, travel, and data support. Lead times for the ordering periods range from 12 to 18 months ARO.

This federal solicitation (FA855226RB001), issued by the Air Force Life Cycle Management Center (AFLCMC) at Robins Air Force Base, seeks proposals for the HH-60W Degraded Visual Environment System (DVES) Program. The primary objective is to design, develop, integrate, test, produce, install, and deploy a system that enhances aircrew situational awareness and safety during operations in degraded visual environments, such as brown-out or white-out landing conditions, by identifying terrain, obstacles, and hazards in real-time. The resulting contract will be a single-award Requirements Contract with a total potential period of performance of eight years, consisting of a 24-month base period (with one ordering period) and an option for six additional one-year ordering periods. Contract Line Item Numbers (CLINs) outline a hybrid pricing structure, including Cost Plus Fixed Fee (CPFF) for research, development, test, and evaluation (RDT&E), integration, prototype/verification installation kits, labor, and data deliverables; Firm Fixed Price (FFP) for production kits, spare parts, and familiarization services; and Cost No Fee for contractor travel. Key deliverables include a variety of software engineering documents, airworthiness plans, systems engineering management plans, and cybersecurity Risk Management Framework (RMF) assessment products. Inspection and acceptance will occur at both source and destination, and all shipments will be completed as "Shipment in Place" at the contractor's facility. Offers must be submitted by October 8, 2026.

This document, Attachment 1 of RFP FA8552-26-R-B001, provides step-by-step instructions for vendors to register for a Contractor Administrator (CAM) account in the Procurement Integrated Enterprise Environment (PIEE). Prior to registration, the contractor's Electronic Business Point of Contact listed on SAM.gov must authorize the CAM role. The registration process requires navigating to the PIEE website, creating a unique User ID and password, completing user and company profiles, and setting up security questions. Applicants must select the "Vendor" user type and choose the Contractor Administrator role, linking it to their organization's CAGE code via the group lookup tool. To finalize the request, users must provide a business justification, accept the statement of accountability, and complete a signature verification using a generated One-Time Password (OTP). Technical support is available through the PIEE Help Desk for users requiring assistance.

This document serves as a step-by-step instructional guide (RFP FA8552-26-R-B001 Attachment 2) detailing how a Proposal Manager posts an offer against a solicitation within the Procurement Integrated Enterprise Environment (PIEE) Solicitation Portal. To submit an offer, the Proposal Manager must log in to PIEE and navigate to the Solicitation application. Users search for active solicitations by entering specific criteria, such as the solicitation number, response date, NAICS codes, or Contracting Office DoDAAC. Once the target solicitation is located and selected from the search results, the Proposal Manager can view its contract details and download attachments. To submit a proposal, the user navigates to the "Offer" tab, clicks "Add," and selects the appropriate CAGE code linked to their profile. The user then uploads the necessary offer files, enters a signature date, and clicks the signature button. The system prompts the user to finalize the submission by signing the document using a Digital PIN and One-Time Password (OTP). Upon successful submission, a confirmation message is displayed, and the newly submitted offer appears in a collapsible list under the solicitation's offer tab.

This federal government document provides detailed instructions for offerors on utilizing the Past Performance Information (PPI) Tool, an MS Access database, to electronically submit the past performance volume for RFP FA8552-26-R-B001. Offerors must retrieve the tool via a secure government website (such as DoDSAFE) and save it using a specific naming convention that includes the prime contractor's name and the RFP number. The guide details a step-by-step process for navigating the database, beginning with enabling content and setting up the basic application. Offerors are instructed to define business relationships by identifying all prime and subcontracting organizations, their roles, and their respective percentages of work. Subsequently, users must enter comprehensive past performance data, including contract details, financial values, periods of performance, relevancy explanations, small business compliance, and relevant points of contact. The document also details how to generate and print the required "Business Relationships" and "Past Performance" reports, which must be compiled into the final proposal submission. Finally, troubleshooting steps are provided for saving read-only files, enabling missing "Save As" options in Access, and editing the initial setup information. Offerors must submit the finalized database file electronically on a CD or designated electronic media alongside their physical proposal.

This document is Attachment 4 (FACTS Sheet) for Request for Proposal (RFP) FA8552-26-R-B001. It is a Present/Past Performance questionnaire designed to collect detailed contract history from offerors, joint venture members, and critical subcontractors. The information gathered will be used by the government to evaluate past performance and determine contract relevancy for the Degraded Visual Environment System (DVES) procurement. Offerors must submit a separate FACTS Sheet for each relevant contract. For ordering-type vehicles, such as Indefinite Delivery contracts, data must reflect specific delivery or task orders. Key information required includes company details, contract numbers, role (prime or subcontractor), contracting activity, contract types, total dollar values (original vs. current), and periods of performance. Additionally, offerors must provide quantities delivered, data deliverable complexities, and a brief narrative describing the effort's relevance to the DVES program. The sheet features a Relevancy Table where offerors must align their past performance with government-defined criteria, including technology readiness levels (TRL 8+), manufacturing readiness levels (MRL 9+), and program complexity (hardware/software integration on rotary-wing aircraft). It also requires disclosure of small business subcontracting plan compliance, primary points of contact, key personnel performance, and quality certifications. Finally, offerors must address any past performance issues, such as cure notices, deficiency reports, or corrective actions taken to resolve historical problems.

This document is Attachment 5, the Technical Cross Reference Matrix for RFP FA8552-26-R-B001, dated June 18, 2026. Its primary purpose is to serve as a structural tool mapping the critical interrelationships and dependencies among key solicitation elements, including the Technical Requirements Document (comprising System Requirements Document (SRD) and Performance-Based Work Statement (PWS) references), Contract Line Item Numbers (CLINs), Section L (Instructions to Offerors), Section M (Evaluation Basis for Award), evaluation gates, and Contract Data Requirements Lists (CDRLs). The matrix maps various SRD and PWS clauses specifically to CLIN 0001, establishing clear pathways for evaluation gates (such as Gates 1→2 and 2→3). While most requirements are designated as not having associated CDRLs (N/A), specific PWS sections (such as 4.7.7, 4.7.8, 4.7.23, and 4.7.26) map to specific CDRLs (A00T/B00T and A01F/B01F), or are marked as "Multiple." This matrix is designed to help offerors verify that their proposals address all evaluation criteria and submittal requirements. It includes a standard legal disclaimer clarifying that the solicitation's other provisions and requirements take precedence in the event of any conflict, and that Section M remains the sole binding authority for how the Government will evaluate proposals for award.

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This document is a template transmittal letter (Attachment 7 to RFP FA8552-26-R-B001) issued by the Department of the Air Force, Warner Robins Air Logistics Complex, for the procurement of the HH-60W Degraded Visual Environment System (DVES). The letter is designed to be completed and sent by the offeror to their respective points of contact (POCs) for present and past performance references, including critical subcontractors, teaming contractors, and joint venture members. The offeror is solely responsible for distributing and tracking these questionnaires. To maintain procurement integrity, completed questionnaires must be submitted directly to the government's designated contacts (Millie Danko, Theresa Younce, and Jason Grizzard) by the RFP's closing date and cannot be shared with the offeror. Because the evaluation information is sensitive, any electronic submissions must be encrypted using S/MIME-compatible email clients, such as MS Outlook, with pre-coordinated security certificates.

This document is Attachment 8, the Client Authorization Letter, for Request for Proposal (RFP) FA8552-26-R-B001. Issued by the Department of the Air Force, Warner Robins Air Logistics Complex, the procurement is for the HH-60W Degraded Visual Environment System (DVES). The letter's purpose is to authorize commercial clients to discuss and validate the offeror's past performance with the government's assessment team. Offerors must send this authorization letter, along with the Present/Past Performance Questionnaire, to their designated points of contact (POCs) for relevant commercial contracts. Similar authorization letters are required for any critical subcontractors or joint venture members, and copies must be included in the offeror's past performance proposal volume. The letter instructs clients to complete the questionnaire and submit it either by mail or through secure, encrypted email using MS Outlook or an S/MIME compatible client. It also establishes the protocol for exchanging encryption certificates with Air Force contracting personnel (Millie Danko, Theresa Younce, and Jason Grizzard) and authorizes clients to verbally discuss their performance feedback over the phone with government representatives.

This document is Attachment 9, the Subcontractor/Teaming Member Consent Form, for Request for Proposal (RFP) FA8552-26-R-B001. Issued by the Department of the Air Force, Warner Robins Air Logistics Complex, the solicitation is for the HH-60W Degraded Visual Environment System (DVES). The purpose of the form is to obtain legal consent from critical subcontractors, teaming partners, or joint venture members to release their past and present performance information to the prime contractor. Because the government is legally restricted from disclosing a private subcontractor's past performance data to another private entity without authorization, this signed consent is necessary to facilitate performance confidence assessments and discussions during the source selection process. Prime contractors must have their participating team members complete and submit these signed consent forms as part of their Past Performance Volume.

This document provides detailed instructions for offerors to complete a safety performance data sheet as part of a government Request for Proposal (RFP). The template is designed to collect and analyze an offeror's historical safety metrics, specifically for the calendar years 2013 through 2015. Offerors are required to input their company name, location, and annual manhours, along with the total number of OSHA-reportable injuries and illnesses. Additionally, they must input the number of cases resulting in days away from work or restricted duty. Using these inputs, the spreadsheet automatically calculates the Total Recordable Incident Rate (TCIR) and the Days Away, Restricted, or Transferred (DART) rate. The instructions also direct the offeror to provide their NAICS code and the corresponding Bureau of Labor Statistics (BLS) industry averages for TCIR and DART. The template then automatically calculates the percentage difference between the offeror's safety rates and the national industry averages to evaluate past performance and safety compliance.

This document is a Draft Cost Model spreadsheet for the HH-60W Degraded Visual Environment (DVE) System Request for Proposal (RFP). It provides instructions and a structured format for prime offerors to input proposed pricing, labor rates, material costs, and other direct costs (ODCs) across multiple contract line items (CLINs) and performance periods. The contract structure covers a Basic Period running from September 2027 to September 2029, followed by six subsequent ordering periods extending through September 2037. The pricing framework utilizes a mix of Cost-Plus-Fixed-Fee (CPFF), Firm-Fixed-Price (FFP), and Cost Reimbursable No Fee (CRNF) contract types. The scope of work outlined in the cost model spans several key phases of the DVE system lifecycle: - **Research, Development, Test, and Evaluation (RDT&E):** Initial design and development under the Basic Period and Ordering Period I. - **Kits and Spares:** Procurement of prototype installation kits, verification installation kits, lab/simulator kits, production kits, and spare parts. - **Labor and Installation:** Labor associated with prototype, verification, and full production installations. - **Travel and Data:** Tracking of contractor travel expenses (on a cost-reimbursable basis) and data delivery requirements. Offerors are required to populate yellow-highlighted fields with their approved accounting system labor categories, hourly rates, and standard add-on factors, including fringe, overhead, General and Administrative (G&A) expenses, Cost of Money (COM), and fee.

This document is a Cost/Price Spreadsheet template for a federal government Request for Proposal (RFP) solicitation dated June 18, 2026. Its primary purpose is to collect structured cost and pricing proposals from offerors for the HH-60W Degraded Visual Environment (DVE) System. The scope of work spans a "Basic" phase and six subsequent "Ordering Periods," which run through fiscal years 2027 to 2031 and beyond. The contract types utilize a mix of Cost Plus Fixed Fee (CPFF), Firm Fixed Price (FFP), Cost Reimbursable (No Fee) for travel, and Not Separately Priced (NSP) items. Key deliverables and tasks modeled in the spreadsheet include: - **Research, Development, Test, and Evaluation (RDT&E):** Covering Non-Recurring Engineering (NRE) under CLINs 0001 and 1001. - **Hardware and Kits:** Including Prototype Installation Kits, Verification Installation Kits, Lab/Simulator Kits, Production Kits (A+B), and Production Kit Spares (B Only). - **Labor Services:** Specifically for prototype, verification, and production installation labor. - **Support Elements:** Contractor travel and data deliverables. The spreadsheet contains detailed Cost Format A tabs for labor-intensive and material-heavy CLINs. These tabs require offerors to break down direct labor categories, labor hours, rates, engineering/field/manufacturing overheads, sub-tier vendor costs, General and Administrative (G&A) expenses, and Facilities Capital Cost of Money (FCCM). All calculated totals from these sub-formats automatically link to a master Format D summary sheet to calculate the total proposed cost and fee.

This document is Attachment 13 of RFP FA8552-26-R-B001, which serves as the Pre-Award Survey of Prospective Contractor Accounting System Checklist. The form is used to evaluate whether an offeror’s accounting system is adequate for government contracting, particularly for cost-type contracts. The checklist requires prospective contractors to provide administrative details—such as CAGE codes, DCAA office information, and point of contact data—alongside a principal officer's signature. It contains 22 targeted questions that assess the system's compliance with standard federal accounting requirements, including: - Previous DCAA audits, Cost Accounting Standards (CAS) applicability, and GAAP compliance. - The capability to properly segregate direct and indirect costs, accumulate direct costs by contract, and logically allocate indirect costs. - The presence of compliant timekeeping, labor distribution, and monthly cost-posting systems. - The exclusion of unallowable costs under FAR Part 31. - Detailed capabilities for tracking cost by contract line item, segregating preproduction costs, and generating reliable pricing data for future acquisitions. Contractors planning to bid on cost-type contracts must complete the narrative sections for each question, providing detailed system flows, account numbers, and procedural descriptions rather than referencing previous answers.

This document outlines Section M of a federal solicitation for the Department of the Air Force's Degraded Visual Environment System (DVES) integration onto HH-60W aircraft. Utilizing a Tradeoff source selection methodology, the Government aims to make a single best-value contract award based on six proposal volumes: Completed RFP (I), Technical (II), Schedule (III), Past Performance (IV), Small Business Utilization (V), and Cost/Price (VI). Evaluation is conducted through a multi-stage gating system. In Gate 1, proposals are screened for RFP completeness, and Technical Subfactor 1 (TRL/MRL) is evaluated; only those rated "Acceptable" or higher with low-to-moderate risk advance. Gate 2 evaluates remaining technical subfactors (Integration, Pilot-Vehicle Interface, and Sustainment) and calculates a Total Proposed Price (TPP), advancing the two highest-scoring offerors. Gate 3 evaluates Schedule feasibility, advancing the two lowest-TPP offerors with acceptable schedules. Gate 4 assesses Past Performance and Small Business Participation on an acceptable/unacceptable basis. Gate 5 evaluates Cost/Price proposals for reasonableness, balance, and cost realism to establish a Total Evaluated Price (TEP). Finally, Gate 6 requests Final Proposal Revisions, and Gate 7 culminates in the Source Selection Authority's best-value tradeoff decision. Volume II (Technical) is designated as the most important factor, followed in relative importance by Schedule and Cost/Price, which are more critical than Past Performance and Small Business Utilization. Cost/price evaluations will establish a Most Probable Cost (MPC) for cost-type CLINs to determine the TEP. Price realism is explicitly excluded from the evaluation.

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This document is an Air Force Materiel Command (AFMC) Form 807, which outlines the Recommended Quality Assurance Provisions and Special Inspection Requirements for the Degraded Visual Environment System (DVES) on the HH-60W aircraft. Authorized by Technical Authority Manuel Rangel and signed on April 24, 2026, the primary purpose of this effort is to design, develop, integrate, qualify, certify, test, install, and logistically support the HH-60W DVES in accordance with the system's Systems Requirements Document (SRD). The form establishes crucial quality assurance parameters, designating the Point of Inspection and Point of Acceptance as "Source" (Code 1) and applying Higher-Level Contract Quality Requirements (Code G) under FAR 52.246-11, which includes ISO 9001:2000, AS 9100, or NATO AQAP 2070 standards. It details standard instructions for completing the form, emphasizing that quality provisions cannot be downgraded without Technical Authority coordination. Additionally, the document certifies that the project has been reviewed and does not require the contractor to use Class I Ozone Depleting Substances (ODS). It also provides detailed definitions and regulatory guidance for various contract quality clauses, pre-award survey recommendations, and standard inspection codes to ensure full compliance with federal acquisition regulations.

This document outlines the federal packaging and marking requirements for contract FD2060-25-33741, managed by the 406 SCMS/GULAA division of the Air Force Materiel Command (AFMC). Formulated on AFMC Form 158, it establishes strict guidelines for the preservation, packing, and marking of military kits. Key requirements dictate that all items must be preserved and packed in accordance with MIL-STD-2073-1 (specifically designated under Special Packaging Instruction F00-715-0697 Rev D) and marked in compliance with MIL-STD-129. Any wood packaging material (WPM)—including pallets, boxes, and dunnage—must comply with the International Standards for Phytosanitary Measures No. 15 (ISPM 15) to prevent the spread of invasive species. This requires WPM to be constructed from debarked wood and heat-treated to specified temperature and duration standards, certified by an American Lumber Standards Committee (ALSC) approved agency. Additionally, the document provides instructions for the contracting officer regarding specialized containers, hazardous materials, and packaging data. Contractors must evaluate existing Department of Defense (DoD) container designs before developing new ones. If hazardous materials are shipped, contractors must adhere to strict federal, military, and international transportation safety regulations. Finally, contractors are required to submit formal preservation and packaging data using standard DoD forms and Data Item Descriptions.

This Department of Defense (DoD) packaging and preservation specification document outlines the technical requirements for preparing, packing, and marking military shipments. Administered by the 406 SCMS/GULAA Packaging Office at Robins AFB, the document mandates compliance with military standards—specifically MIL-STD-2073 for preservation, cleaning, and drying, and MIL-STD-129 for marking. Key instructions require Level A (overseas) and Level B (domestic) exterior containers to utilize forklift entries of at least three inches if forklift handling is necessary. The document specifies that hazardous materials must be marked in accordance with AFMAN (I) 24-204 for military air shipments and 49 CFR for other transportation modes. Reusable containers and dunnage must be preserved, and Method 50 markings are required. Repairables and incomplete kits must follow ASTM D 3951 standards. Additionally, the specification references several ASTM and Air Force standards for wood-cleated boxes, slotted angle crates, corrosion control, and interior cushioning. This document is classified under Distribution D, limiting authorized access to the DoD and its contractors.