BOAST RFOP- Cocking Handle Assembly

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This Technical Data Package List (TDPL) details the requirements for the manufacture, packaging, and inspection of a lightweight Cocking Handle Assembly (National Stock Number: 1005-01-547-2610, Document Number: C 13013732:19200) for small arms. Issued on May 28, 2025, by the U.S. Army Combat Capabilities Development Command (DEVCOM) Armament Center at Picatinny Arsenal, this package supports federal defense procurement. The TDPL specifies that production must adhere to all listed drawings, specifications, and technical standards. Key components of the document include: - **Product Drawings:** Lists engineering schematics for the cocking handle body, helical compression spring, detent plunger, and slotted spring pin. - **Packaging and Quality Assurance:** Outlines requirements for preservation utilizing volatile corrosion inhibitors and establishes general Quality Assurance Provisions (QAPs) for small caliber weapons. - **Specifications and Standards:** Compiles applicable military and commercial standards (such as MIL-W-13855, MIL-STD-1916, and various ASTM/SAE standards) covering metal finishing, heat treatment, plating, and testing. The document contains proprietary information with a restrictive Distribution Statement D, limiting access to the Department of Defense and U.S. DoD contractors only. It also notes that a 3D model is available for reference purposes.

This Technical Data Package List (TDPL), issued on May 28, 2025, by the U.S. Army Combat Capabilities Development Command (DEVCOM) Armament Center at Picatinny Arsenal, details the technical requirements for manufacturing and inspecting a lightweight Cocking Handle Assembly (National Stock Number: 1005-01-547-2610; Document Number: C 13013732:19200). The document serves as a comprehensive index of the drawings, specifications, and quality assurance standards required for federal procurement. Section A identifies critical product drawings for the assembly and its components, including the body, helical spring, detent plunger, and slotted spring pin. Section B outlines packaging and preservation requirements, emphasizing volatile corrosion inhibitors. Section C designates the general Quality Assurance Provisions (QAPs) for small caliber weapons. The TDPL also compiles applicable military and commercial specifications (Sections D and G), covering metal finishing, chemical coatings, hardness testing, and magnetic particle inspections. Some military standards are noted as replaced by updated ASTM, ASME, or SAE guidelines. Access to this technical data is restricted under Distribution Statement D, which limits distribution to the Department of Defense and U.S. DoD contractors only due to its proprietary and sensitive nature. Additionally, 3D models are available for reference purposes only, and final manufacturing must strictly adhere to the listed 2D engineering drawings and specifications.

The provided document consists of the phrase "Flag Done." In the context of government RFPs, federal grants, and state/local procurement documentation, this typically serves as an administrative marker, placeholder, or status indicator signifying the completion of a specific phase, task, review process, or section within a larger application or procurement portal. Because there is no additional substantive content, this file acts solely as a completion signal within the system.

This document is a technical data index or Technical Data Package (TDP) metadata file associated with a federal procurement solicitation, likely issued by the Department of Defense (specifically Cage Code 19200, representing the US Army Armament Research, Development and Engineering Center). It lists engineering drawings and product data sheets required for manufacturing or sourcing specific mechanical assemblies and hardware. The file indexes several technical drawings (DR) and product data (PD) files, identifying the drawing numbers, revision levels, file paths, and component descriptions. Key components indexed include: - A "Cocking Handle Assembly" (Drawing/Part 13013732) and its associated product data. - Individual assembly components, including the "Body, Cocking Handle" (13013733), "Spring, Helical, Comp[ression]" (9348238), "Plunger, Detent" (9348239), and "Pin, Spring, Slotted" (9348240). - General administrative files, including "General Requirements" (12993884) and an obsolete drawing (12579607). This index serves to organize the technical specifications and drawing packages necessary for contractors to bid on, manufacture, or inspect these specific firearm or weapon system components.

This document is a technical data index or Technical Data Package (TDP) metadata file associated with a federal procurement solicitation, likely issued by the Department of Defense (specifically Cage Code 19200, representing the US Army Armament Research, Development and Engineering Center). It lists engineering drawings and product data sheets required for manufacturing or sourcing specific mechanical assemblies and hardware. The file indexes several technical drawings (DR) and product data (PD) files, identifying the drawing numbers, revision levels, file paths, and component descriptions. Key components indexed include: - A "Cocking Handle Assembly" (Drawing/Part 13013732) and its associated product data. - Individual assembly components, including the "Body, Cocking Handle" (13013733), "Spring, Helical, Comp[ression]" (9348238), "Plunger, Detent" (9348239), and "Pin, Spring, Slotted" (9348240). - General administrative files, including "General Requirements" (12993884) and an obsolete drawing (12579607). This index serves to organize the technical specifications and drawing packages necessary for contractors to bid on, manufacture, or inspect these specific firearm or weapon system components.

This document provides technical instructions for navigating, viewing, and interpreting a Technical Data Package (TDP) presented as a 3Di PDF. Derived directly from a 3D CAD model, a 3Di PDF serves as an interactive alternative to traditional 2D drawings by integrating maneuverable 3D models with essential engineering data, such as dimensions, datums, annotations, and notes. The guide outlines the layout of the 3Di PDF for both individual part and assembly models, explaining how users can manipulate, rotate, pan, and zoom the 3D model space. Key features detailed include combined views for organized technical information, feature-highlighting capabilities, and interactive Bill of Materials (BOM) panes for assembly files. Additionally, the document explains how to utilize built-in Adobe Acrobat 3D tools for informal measurements, annotations, cross-sectioning, and navigating the model tree structure. Finally, it provides step-by-step instructions for copying model data to external text editors and outlines two distinct printing methods for generating physical copies of selected model views or active screen layouts.

The provided document contains highly minimal data, consisting solely of three numerical values: "8", "20250723171208", and "0". Due to the extremely sparse nature of this content, it does not contain any context, narrative, or detailed information regarding federal grants, state and local RFPs, or government procurement processes. Based on the formatting, the number "20250723171208" likely represents a system-generated timestamp (July 23, 2025, at 17:12:08), while the surrounding single digits serve as internal database identifiers or status codes. Consequently, no substantive administrative actions, project scopes, or compliance guidelines can be extracted from this specific file.

The document consists of a brief, single-line confirmation stating that all images have been successfully located. Within the context of federal, state, or local RFPs and grants, this placeholder indicates that all required visual assets, figures, or supporting diagrams associated with the solicitation or proposal documentation are complete and accounted for. This confirmation ensures that the visual components of the procurement package are fully integrated and ready for review.

This US Army technical drawing (CAGE Code 19200, Drawing No. 12579607), generated by the Armament Research, Development and Engineering Center at Picatinny Arsenal, serves as a comprehensive reference sheet for geometric dimensioning and tolerancing (GD&T) symbols and standards. The primary purpose of the document is to provide engineering, manufacturing, and quality control personnel with a comparative matrix to cross-reference and interpret geometric symbols across historical and modern standards, ranging from D-30-1-7 (1946) and various MIL-STDs to ANSI Y14.5M-1982 and ASME Y14.5M-1994. This comparison allows users to determine which dimensioning standard applies to legacy component drawings and ensures accurate interpretation of geometric requirements under modern ASME Y14.5M-1994 guidelines. Key elements detailed in the drawing include: - A GD&T symbol legend defining characteristics such as straightness, flatness, perpendicularity, parallelism, position, concentricity, and profile tolerances. - Detailed comparative tables outlining how characteristics like coaxiality, symmetry, angularity, and runout are represented under different standards depending on material conditions (MMC, LMC, or RFS). - Explicit notes defining default form and orientation boundaries when no geometric tolerance is specified, establishing that no feature element shall extend beyond the boundary of perfect form at MMC. - Visual diagrams illustrating form variation limits and the interrelationship of features at maximum and least material conditions.

This US Army technical drawing (Drawing No. 12993884, Revision K) outlines the General Requirements for Quality Assurance Provisions for small and medium-caliber weapon systems, components, and accessories. Prepared by the Combat Capabilities Development Command Armaments Center at Picatinny Arsenal, the document establishes standardized quality control and testing guidelines for federal defense contractors. Key provisions include the mandatory application of MIL-STD-1916 for verification and sampling. Contractors are responsible for performing all specified inspections and must conduct First Article Testing (typically consisting of five units) to verify manufacturing conformances, including specific guidelines for cast parts and multi-cavity molds. The document classifies characteristics into critical, major, minor, and special categories, while establishing standard workmanship standards to prevent safety and performance-impairing defects. Furthermore, the document details the strict criteria for submitting Certified Test Reports (CTRs) and Certificates of Conformance (COCs). It defines specific test methodologies (DTMs 501 through 532) for materials and finishes, covering technical evaluations such as hardness, salt spray exposure, case depth, dry film thickness, and adhesion for various coatings (including CARC, zinc, cadmium, and chromium). Failure of any individual test specimen during these evaluations results in the rejection of the entire production lot.

This federal government technical drawing (Drawing No. 13013732) details the assembly specifications for a lightweight Cocking Handle Assembly utilized on the M249 Machine Gun. Generated by FN Manufacturing, LLC under Contract Number W15QKN-06-D-0030 for the US Army Armament Research, Development and Engineering Center (ARDEC) at Picatinny Arsenal, the drawing provides a complete bill of materials, engineering specifications, and quality assurance provisions. The assembly (total unit weight of 0.075 kg) consists of four primary components: the lightweight Cocking Handle Body (Part 13013733), a Detent Plunger (Part 9348239), a Helical Compression Spring (Part 9348238 conforming to MIL-S-13572), and a Slotted Spring Pin (Part 9348240). Applicable standards include ASME Y14.100-2004, ASME Y14.5M-1994, and MIL-W-13855, with quality assurance requirements governed by Drawing 12993884. Key inspection criteria require that all components are present, correctly assembled, demonstrate proper workmanship, and show smooth operation of the plunger. As a restricted military document, it carries Distribution Statement D, authorizing dissemination only to the Department of Defense and DoD contractors for administrative or operational use. The technical data is subject to export control laws under the Arms Export Control Act and the Export Administration Act. Additionally, the U.S. Government retains special license rights to use, modify, and disclose this technical data as defined by Contract No. DAAA09-82-C-5361.

This document consists of a two-sheet technical engineering drawing and manufacturing specification for a lightweight cocking handle body (Part No. 13013733), utilized on the M249 Machine Gun. Generated by the US Army Armament Research, Development and Engineering Center (ARDEC) at Picatinny Arsenal, the drawing details the precise physical dimensions, tolerances, and material requirements necessary for military procurement and production. The component is fabricated from investment cast steel (Composition IC8640 per MIL-S-22141, Class 4, Grade C per MIL-STD-2175). Manufacturing processes require annealing and normalizing the casting, followed by hardening and tempering to a Brinell hardness of 220 to 280. Post-machining, the part must be heat-treated via martempering to achieve a Rockwell C hardness of 42-50, finished with a heavy phosphate protective coating, and marked with CAGE code 19200. Crucially, the document outlines stringent Quality Assurance Provisions (QAP). To qualify new or reworked mold cavities, a dimensional inspection of at least ten "as cast" sample parts per cavity is required. Ongoing production quality is maintained through random sampling of five parts per cavity for every 5,000 consecutive parts produced. This technical data package is designated as Distribution Statement D, restricting distribution to the Department of Defense and U.S. DoD contractors due to administrative, operational, and export control regulations under the Arms Export Control Act.

This federal government technical drawing (Drawing No. 9348238) outlines the engineering specifications and manufacturing requirements for a helical compression spring used in the M249 Machine Gun. Generated by the US Army Armament Research, Development and Engineering Center at Picatinny Arsenal, the drawing lists FN Manufacturing, LLC as the contractor. The document details critical mechanical properties and material specifications for the spring, requiring music spring quality steel wire (ASTM A228/A228M). Manufacturing steps include stress relieving heat treatment at 500°F (260°C) for at least 30 minutes, followed by the application of a protective lubricating oil finish (MIL-PRF-3150). The spring is designed with open, ground-square ends, a wire diameter of 0.75 mm, a total of 10.75 coils, and a free length of 17.25 mm. Quality assurance testing must comply with Drawing 12993884, including load verification after 10 slow solid compressions. As a controlled military technical data sheet, the document is subject to Distribution Statement D, restricting its dissemination to the Department of Defense and DoD contractors due to export controls under the Arms Export Control Act. Special license rights are also governed by contract DAAA09-82-C-5361.

This federal government technical drawing outlines the engineering specifications, materials, and quality assurance standards for a Detent Plunger (Part No. 9348239, FNPN: 361.286.001) used in the M249 Machine Gun. Developed by the US Army Armament Research, Development and Engineering Center at Picatinny Arsenal in collaboration with contractor FN Manufacturing, LLC, the document serves as a manufacturing and procurement blueprint. Key technical specifications detailed in the drawing include: - **Material:** Composition 4140 steel (ASTM A331 or A322) with a grain size of 5-8. - **Heat Treatment:** Processed in accordance with SAE AMS 2759, requiring austenitizing in a carbonitriding atmosphere, oil quenching, and tempering to a hardness of RHA 66-74. - **Protective Finish:** Heavy phosphate coating complying with MIL-STD-171, section 5.3.1.2. - **Standards:** Compliance with ASME Y14.100-2004, ASME Y14.5M-1994, and MIL-W-13855. - **Quality Assurance:** Compliance with testing requirements specified in drawing 12993884, including salt spray and coating weight tests. The document is subject to strict export control under the Arms Export Control Act and is designated under Distribution Statement D, restricting dissemination to the Department of Defense and US DoD contractors only. Proprietary data rights are governed by Contract No. DAAA09-82-C-5361.

This federal government technical drawing (Drawing No. 9348240, Revision D) details the engineering specifications and manufacturing requirements for a slotted mechanical spring pin. Maintained by the US Army Armament Research, Development and Engineering Center at Picatinny Arsenal, this altered item component is designed for use on the M249 Machine Gun. The drawing outlines strict material and manufacturing standards, specifying AISI 1060 to 1095 steel per ASTM A682/A682M, heat treatment in accordance with SAE AMS 2759 to a hardness of RHA 72-76, and a heavy phosphate protective finish per MIL-STD-171. Quality assurance provisions must comply with Drawing 12993884, including requirements for workmanship, salt spray testing, coating weight, and supplementary oil. Century Fasteners Corp. is identified as the suggested source of supply for the base item (Part Number 8752-1.5 X 12.0 St MODIFIED). Original fabrication and licensing rights are associated with FN Manufacturing, LLC under contract DAAA09-88-C-0982. As a restricted military document, it is designated under Distribution Statement D, authorizing dissemination only to the Department of Defense and U.S. DoD contractors due to export control restrictions under the Arms Export Control Act.

This document outlines the Special Packaging Instructions (SPI AM13013732) for the lightweight Cocking Handle Assembly (NSN 1005-01-547-2610, Part Number 13013732) for the Department of Defense. It establishes the military preservation, cleaning, drying, and packing standards required for shipping and storage, ensuring compliance with MIL-STD-2073-1 and MIL-STD-129. Key technical requirements include: - **Preservation & Wrapping:** Application of MIL-PRF-3150 preservative to the assembly, followed by a single layer of MIL-PRF-3420 wrapping secured with ASTM D6123 tape, ensuring the tape does not touch the item. - **Packaging & Cushioning:** The wrapped assembly must be placed in a MIL-DTL-117 bag and packed into an ASTM D5118 fiberboard container. Void spaces must be filled with approved cushioning materials (such as Kraft paper or cellular plastic film) to prevent shifting during transit. - **Specifications:** The package has a Quantity Unit Pack (QUP) of one per unit of issue. The unit pack size is 6.5 x 6.4 x 3.3 inches with an estimated pack weight of 1.0 lb, while the individual item size is 3.7 x 3.0 x 1.1 inches weighing 0.2 lbs. This document is approved for public release with unlimited distribution and serves as a technical packaging requirement for federal solicitations involving this component.

This Request for Order Proposal (RFOP), issued by the U.S. Army Contracting Command - Detroit Arsenal (ACC-DTA) under the Basic Ordering Agreement Sustainment Track (BOAST) program, solicits competitive proposals for Cocking Handle Assemblies (LT WT: M249, NSN 1005-01-547-2610). The procurement is a 100% small business set-aside with a NAICS code of 332994 and a size standard of 1,000 employees. To be eligible for award, vendors must have a fully executed BOAST Basic Ordering Agreement in place prior to the solicitation's closing date of September 25, 2026. The requirement consists of a First Article Test Report (FATR), a production quantity of 1,973 units, and an unexercised option for an additional 1,973 units. The resulting contract will be a firm-fixed-price order awarded to the responsible BOA holder submitting the lowest-priced proposal. First Article Test (FAT) units must be delivered within 150 calendar days after receipt of order, with the remaining production units due within 150 days of written FAT approval. Technical and quality requirements include strict adherence to military standards, specifically MIL-DTL-16232 for heavy phosphate coating, export-controlled Technical Data Package (TDP) handling requiring a current DD Form 2345, Operations Security (OPSEC) training, Counterintelligence Awareness and Reporting (CIAR) training, and Acceptance Inspection Equipment (AIE) designs. Deliveries will be inspected and accepted at origin, with final FOB destination delivery to the Anniston Army Depot in Alabama.

This document, Attachment A, outlines the federal guidelines and safeguarding requirements for handling Controlled Unclassified Information (CUI) under government contracts. CUI includes unclassified technical, experimental, or engineering data that requires protection but is not classified under EO 13526. Contractors must comply with DoDI 5200.48, which mandates initial and annual CUI training, signing a Non-Disclosure Agreement (NDA), and applying correct CUI markings. Access is restricted to personnel with a valid, authorized government purpose. For physical security, CUI must be secured in locked storage during non-working hours and never displayed in public. Electronic processing of CUI must comply with DFARS 252.204-7012 and DoDI 8582.01, prohibiting the use of personal devices, public computers, or unsecured public networks. Digital transmissions require NIST/NIAP-approved encryption or approved government collaborative platforms. CUI cannot be posted to public websites, and any public internet release requires approval from the TACOM Public Affairs Officer. Disposal of CUI must follow NIST SP 800-88, Revision 1 guidelines to ensure media is rendered completely unreadable and irrecoverable. Any loss or compromise of CUI must be reported to the Government Security Manager within 72 hours of discovery, detailing the dates, threat methodology, system actions, and affected information.

The U.S. Army Tank-automotive and Armaments Command (TACOM) Operations Security (OPSEC) Plan (Revised FY23) provides comprehensive guidance to protect critical, sensitive, and Controlled Unclassified Information (CUI). Crucial for personnel, contractors, and tenant organizations, the plan establishes a standardized five-step risk management process to identify critical information, analyze threats and vulnerabilities, assess risks, and apply protective measures. The document defines specific roles and responsibilities for command leadership, the G-2 Staff, the OPSEC Officer, Public Affairs, and individual personnel. Key directives mandate initial and annual workforce training, strict web and social media monitoring, and rigorous pre-release document reviews using standardized forms (such as STA Form 7114 and STA Form 255 for contracting). Furthermore, the plan identifies common operational indicators and risks, including unsecure communications, weak visitor controls, and improper information disposal. It extends OPSEC best practices to personnel families to protect Personally Identifiable Information (PII) and addresses modern security challenges like social media usage and mobile geotagging. Command and signal guidelines restrict classified communications to secure networks (SIPRNet/JWICS), outline physical storage requirements, and mandate annual plan reviews to maintain mission integrity.

This DD Form 1423 Contract Data Requirement List (CDRL) outlines the official data and reporting requirements for procuring a lightweight Cocking Handle Assembly (NSN: 1005-01-547-2610) under contract EH5C0450EH. It specifies six distinct deliverables (A001 through A006) that the selected contractor must submit to the Department of Defense. The first three deliverables, required on an "as-needed" basis, include Engineering Change Proposals (A001), Requests for Variance (A002), and Notices of Revision (A003). These must be formatted in accordance with SAE-EIA-649-1 standards using standard DD forms. The remaining deliverables establish strict quality assurance and production controls. Deliverable A004 requires the contractor to submit a detailed Pre-Production Test Procedure for heavy phosphate coating within 60 days of contract award, which must be approved prior to starting production. Deliverable A005 requires Acceptance Inspection Equipment (AIE) reports and descriptive documentation to be submitted and approved prior to starting production or First Article Testing (FAT). Finally, deliverable A006 outlines the requirements for the First Article Test Report (FATR), mandating that the contractor provide at least 15 days' advance written notice before testing so government representatives can witness the process. All documentation must be submitted electronically in government-compatible formats, such as Microsoft Office or PDF, to designated Army contracting and engineering officials.