DOD-STD-00100D (AR), MILITARY STANDARD ENGINEERING DRAWING PRACTICES (3 APR 1987) [SUPERSEDING DOD-STD-100C]., This standard prescribes general requirements for the preparation and revision of engineering drawings and associated lists prepared by or for elements of U.S. Army Tank-Automotive Command and U.S. Army Armament, Munitions, and Chemical Command.

DOD-STD-1399 (NAVY) SECTION 070 - PART 1, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 070 - PART 1 D.C. MAGNETIC FIELD ENVIRONMENT (26 FEB 1979)., This section establishes interface requirements for shipboard equipment whose performance may be degraded when subjected to the ship's d.d. magnetic field to ensure compatibility between such equipment and the magnetic field environment.

DOD-STD-1399 SECTION 072 PART 3, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 072 - PART 3 BLAST ENVIRONMENT, NUCLEAR WEAPONS (11 AUG 1987).,This section establishes interface requirements for ship structure and ship topside equipment whose performance will be adversely affected by nuclear weapons air blast (including thermal pulse) to ensure compatibility between such structure/equipment and the effects of nuclear air blast.

DOD-STD-1399 SECTION 301A, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 301A SHIP MOTION AND ATTITUDE (21 JUL 1986)., This section establishes interface requirements for ship structure, appurtenances, fittings, machinery, systems, and equipment which are affected by ship motions to ensure compatibility between such ship structure, and so forth, and the effects of ship motion and attitude.

DOD-STD-1399 SECTION 304, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 304 ELECTRICAL CABLES AND CONNECTORS (20 JAN 1978)., This section establishes interface requirements for the optimum selection of electrical connectors for shipboard equipment to ensure mutual compatibility between such connectors and the associated electrical cables.

DOD-STD-1399 SECTION 441, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 441 PRECISE TIME AND TIME INTERVAL (PTTI) (1 JUN 1982)., This section establishes interface requirements for shipboard equipment utilizing the Precise Time and Time Interval (PTTI) Platform Distribution System (PDS) in order to ensure compatibility between the user equipment and the PTTI PDS.

DOD-STD-1399 SECTION 532, DOD INTERFACE STANDARD FOR SHIPBOARD SYSTEMS SECTION 532 COOLING WATER FOR SUPPORT OF ELECTRONIC EQUIPMENT (10 MAY 1978)., This section establishes interface requirements for shipboard electronic equipment utilizing the cooling water support system to ensure compatibility between such equipment and the cooling water support system.

DOD-STD-1469, DEPARTMENT OF DEFENSE STANDARD BALLISTIC ACCEPTANCE TEST REQUIREMENTS FOR SOLID PROPELLANT FOR CANNON (6 AUG 1985)., This standard covers methods of ballistic acceptance testing.

DOD-STD-1578B (USAF) (NOTICE 1), DOD STANDARD NICKEL-CADMIUM BATTERY USAGE PRACTICES FOR SPACE VEHICLES (4 SEP 1992)., DOD-STD-1578B (USAF), dated 01 JUN 87, has been reviewed and determined to be valid for use in acquisition.

DOD-STD-1578B (USAF), DOD STANDARD NICKEL-CADMIUM BATTERY USAGE PRACTICES FOR SPACE VEHICLES (1 JUN 1987)., This standard establishes requirements for the storage, handling, and usage of nickel-cadmium batteries for space vehicle applications. Compliance with this standard is intended to assure proper performance of nickel-cadmium batteries and to provide protection against preflight degradation and premature degradation during operational use on space vehicles.

DOD-STD-1678 (NOTICE 1), MILITARY STANDARD FIBER OPTICS TEST METHODS AND INSTRUMENTATION (26 DEC 1984)., The following pages of DOD-STD-1678 have been revised and supersede the pages listed.

DOD-STD-1678, MILITARY STANDARD FIBER OPTICS TEST METHODS AND INSTRUMENTATION (30 NOV 1977)., This standard gives the general physical, electrical and chemical methods for testing fiber optics cables for conformance with the requirements. It was prepared in order to eliminate unnecessary or undesirable variation in testing procedures. This standard does not include special test methods applicable to certain fiber optics cables which are described in the appropriate specifications, nor does it include all the test methods for fiber optics cable used in industry. In instance of conflict between the provisions of those test methods and those of the individual test procedures or specifications for particular material, the latter shall take precedence.

DOD-STD-1679A, MILITARY STANDARD SOFTWARE DEVELOPMENT (22 OCT 1983)., This standard contains requirements for the development of software which is applicable in Government contracts. A standard addressing Government software is necessary because of factors concerning this software which are not common to general software, or which carry a significantly different degree of emphasis. Major factors are a. Criticality of Performance; b. Changing Operational Requirement;and c) Life-Cycle cost.

DOD-STD-1700 (NS) (NOTICE 1), MILITARY STANDARD DATA MANAGEMENT PROGRAM (28 SEP 1987)., To all holders of DOD-STD-1700 (NS): The following pages of DOD-STD-1700 (NS) have been revised and supersede the pages listed...

DOD-STD-1700 (NS) (NOTICE 2), MILITARY STANDARD DATA MANAGEMENT PROGRAM (24 DEC 1998)., DOD-STD-1700, dated 15 May 1986, is hereby canceled without replacement.

DOD-STD-1700 (NS), MILITARY STANDARD DATA MANAGEMENT PROGRAM (15 MAY 1986)., This standard establishes requirements for a contractor's data management program.

The purpose of this Standard is to establish the development criteria for the preparation and completion of the hardware diagnostic test system for systems, subsystems, and equipments.

DOD-STD-1702 (NS), MILITARY STANDARD INTEGRATED LOGISTICS SUPPORT PROGRAMS FOR EQUIPMENT, SUBSYSTEMS, AND SYSTEMS (17 DEC 1985)., This standard identifies the essential support elements, management objectives, tasks, and events associated with the development and implementation of integrated logistics support (ILS) requirements. It establishes the criteria, style, and format for the preparation of uniformly acceptable ILS Plans (ILSP) for equipment, subsystems, and systems.

DOD-STD-1703 (NS), SOFTWARE PRODUCT STANDARDS (S/S BY MIL-STD-498). As used in this manual, software covers the full range of computer programs, firmware, microcode, and data definitions including operating systems, standard utilities, file management systems , and applications programs written to implement the functions of a specific computer-based system.

DOD-STD-1703(NS) (NOTICE 1), SOFTWARE PRODUCT STANDARDS (S/S BY MIL-STD-498). DOD-STD-1703(NS), dated 12 February 1987, is hereby canceled. Future acquisitions should refer to MIL-STD-498, “Software Development and Documentation.”

DOD-STD-1768A, DOD STANDARD PROCEDURES FOR DEVELOPMENT OF DEPOT TECHNICAL DATA (5 JUN 1989)., This standard prescribes the procedures for development and control of depot technical data for use by qualified technicians during depot level overhaul and repair of specified Aerospace Vehicle Equipment (AVE) and Support Equipment (SE).

DOD-STD-1842, MILITARY STANDARD INSERT ARRANGEMENTS FOR DOD-C-83527 RACK-TO-PANEL CONNECTORS (METRIC). This standard covers insert arrangements for use with DOD-C-83527 Rack-to-Panel Connectors.

DOD-STD-1866 (NOTICE 1), MILITARY STANDARD SOLDERING PROCESS GENERAL (NON-ELECTRICAL). THE FOLLOWING PAGES OF DOD-STD-1866 HAVE BEEN PAGE LISTED:

DOD-STD-1866 (NOTICE 3), MILITARY STANDARD SOLDERING PROCESS GENERAL (NON-ELECTRICAL). DOD-STD-1866, dated 21 August 1981, is hereby cancelled without replacement.

DOD-STD-1866, MILITARY STANDARD SOLDERING PROCESS GENERAL (NON-ELECTRICAL). This Military Standard contains instructions intended to standardize the recording and use of soldering procedures for joining metal parts of nonelectrical assemblies.

DOD-STD-2000-1B (NOTICE 2), MILITARY STANDARD, SOLDERING TECHNOLOGY, HIGH QUALITY/HIGH RELIABILITY. DOD-STD-2000-lB, dated June 10, 1986, is hereby canceled. Future acquisitions should refer to MIL-STD-2000A, “Standard Requirements for Soldered Electrical and Electronic Assemblies.”

DOD-STD-2000-1B, MILITARY STANDARD, SOLDERING TECHNOLOGY, HIGH QUALITY/HIGH RELIABILITY. This standard is applicable to soldering processes for high quality/high reliability electrical and electronic connections on guided missiles, aircraft, avionics systems, communications equipment, satellites, shipboard weapon systems, ammunition and weapon systems, ground vehicle equipment, and program critical ground support equipment.

DOD-STD-2000-2A (NOTICE 1), MILITARY STANDARD PART AND COMPONENT MOUNTING FOR HIGH QUALITY/HIGH RELIABILITY SOLDERED ELECTRICAL AND ELECTRONIC ASSEMBLIES (17 OCT 1994). DOD-STD-2000-2A, dated November 20, 1986, is hereby canceled. Future acquisitions should refer to MIL-STD-2000A, “Standard Requirements for Soldered Electrical and Electronic Assemblies.”

DOD-STD-2000-2A, MILITARY STANDARD PART AND COMPONENT MOUNTING FOR HIGH QUALITY/HIGH RELIABILITY SOLDERED ELECTRICAL AND ELECTRONIC ASSEMBLIES (20 NOV 1986). This standard prescribes mounting criteria for electrical and electronic components and wiring used in guided missiles, aircraft, satellites, shipboard weapon systems, ammunition and weapon systems, ground vehicle equipment, and program critical ground support equipment.

DOD-STD-2000-3A (NOTICE 1), MILITARY STANDARD GENERAL PURPOSE SOLDERING REQUIREMENTS FOR ELECTRICAL AND ELECTRONIC EQUIPMENT (17 OCT 1994). DOD–STD-2000-3A, dated April 30, 1987, is hereby canceled. Future acquisitions should refer to MIL-STD–2000A, “Standard Requirements for Soldered Electrical and Electronic Assemblies.”

DOD-STD-2000-4A (NOTICE 1), MILITARY STANDARD GENERAL PURPOSE SOLDERING REQUIREMENTS FOR ELECTRICAL AND ELECTRONIC EQUIPMENT (17 OCT 1994). DOD-STD-2000-4A, dated October 1, 1987, is hereby canceled. Future acquisitions should refer to MIL-STD-2000A, “Standard Requirements for Soldered Electrical and Electronic Assemblies.”

DOD-STD-2000-4A, MILITARY STANDARD GENERAL PURPOSE SOLDERING REQUIREMENTS FOR ELECTRICAL AND ELECTRONIC EQUIPMENT (1 OCT 1987). This standard establishes general requirements for materials and procedures for making soldered electrical and electronic connections. In addition, component mounting requirements and acceptance criteria are provided to permit evaluation of complete assemblies.

DOD-STD-2003- (SH), DEPARTMENT OF DEFENSE STANDARD PRACTICE ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (24 JUN 1987) [SUPERSEDING NAVSEA S9300-AW-EDC-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEC NO. 9000-S6202-73980]., The purpose of this standard is to disseminate up-to-date information as to the requirements for standard installation methods to be employed for submarine and surface ship electrical distribution systems.

DOD-STD-2003-1 (NAVY), MILITARY STANDARD ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (CABLE) SECTION 1 OF 5 SECTIONS (24 JUN 1987) [SUPERSEDING NAVSEA S39300-AW-EDG-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEA NO. 9000-S6202-73980]., The purpose of section 1 of DOD-STD-2003m is to disseminate up-to-date information for cable preparation and end-sealing, entry to equipment and connectors, repair, and splicing.

DOD-STD-2003-2, DEPARTMENT OF DEFENSE STANDARD PRACTICE ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (EQUIPMENT) SECTION 2 OF 5 SECTIONS (24 JUN 1987) [SUPERSEDING NAVSEA S9300-AW-EDG-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEC NO. 9000-S6202-73980]., The purpose of section 2 of DOD-STD-2003 is to disseminate up-to-date information for casualty power, shore power, electrical equipment, and switchboards.

DOD-STD-2003-3 (SH), DEPARTMENT OF DEFENSE STANDARD PRACTICE ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (PENETRATIONS) SECTION 3 OF 5 SECTIONS [SUPERSEDING NAVSEA S9300-AW-EDG-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEC NO. 9000-S6202-73980]., The purpose of DOD-STD-2003-3 is to disseminate up-to-date information for swage tubes, stuffing tubes, and kickpipers on surface ship and submarine.

DOD-STD-2003-4 (SH), DEPARTMENT OF DEFENSE STANDARD PRACTICE ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (CABLEWAYS) SECTION 4 OF 5 SECTIONS (24 JUN 1987) [SUPERSEDING NAVSEA S9300-AW-EDG-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEC NO. 9000-S6202-73980].,

DOD-STD-2003-5(SH), (24 JUN 1987) DEPARTMENT OF DEFENSE STANDARD PRACTICE ELECTRIC PLANT INSTALLATION STANDARD METHODS FOR SURFACE SHIPS AND SUBMARINES (CONNECTORS) SECTION 5 OF 5 SECTIONS [SUPERSEDING NAVSEA S9300-AW-EDG-010/EPISM (INCLUDING NAVSEA DWG. NO. 803-5001027) AND NAVSEC NO. 9000-S6202-73980]., The purpose of DOD-STD-2003-5 is to disseminate up-to-date information for connector fabrication on surface ships and submarines.

DOD-STD-2106 (NAVY), DEPARTMENT OF DEFENSE DESIGN CRITERIA DEVELOPMENT OF SHIPBOARD INDUSTRIAL TEST PROCEDURES (31 JULY 1986)., This Standard describes the engineering process to be used in the development of content of shipboard industrial test procedures for equipment and systems.

DOD-STD-2107, MILITARY STANDARD, PRODUCT ASSURANCE PROGRAM REQUIREMENTS FOR CONTRACTORS (8 JUL 1986)., This standard describes the requirements for a product assurance program applicable to contractors who provide products to the Navy.

DOD-STD-2133 (NOTICE 1), DEPARTMENT OF DEFENSE DESIGN CRITERIA, CABLE ARRANGEMENT FOR MINIMUM SPRAY MAGNETIC FIELD (22 AUG 1988).

DOD-STD-2133, DEPARTMENT OF DEFENSE DESIGN CRITERIA, CABLE ARRANGEMENT FOR MINIMUM SPRAY MAGNETIC FIELD (3 AUG 1981)., This standard covers the arrangement of power cables in a manner that will reduce to a minimum the stray magnetic field produced by the current in these cables.

DOD-STD-2134, DEPARTMENT OF DEFENSE DESIGN CRITERIA, STORAGE BATTERY ARRANGEMENT FOR MINIMUM STRAY MAGNETIC FIELD (3 AUG 1981)., This standard covers the arrangement of storage batteries and the arrangement of connections to storage batteries, in a manner that will reduce the stray magnetic field, produced by the current, through the batteries and their associated connections to a minimum.

DOD-STD-2136, MILITARY STANDARD, STANDARD PROCEDURE FOR THE METALLURGICAL EXAMINATION OF GAS TURBINE HOT SECTION AIRFOIL COMPONENTS FOR HOT CORROSION DEGRADATION (1 OCT 1981)., This standard contains the steps in metallurgical examination for hot corrosion degradation of gas turbine hot section blades and vanes which have been operated in a marine environment.

DOD-STD-2137, MILITARY STANDARD MASS PROPERTIES TECHNICAL REQUIREMENTS FOR SURFACE SHIPS (13 APR 1982)., The purpose of this standard is to delineate properties technical requirements for surface ships. te the mass Background. This standard satisfies a requirement to combine all mass properties control technical requirements for a1l phases of U.S. Navy surface ship acquisition contracts i;to a single document. Concept. This standard includes pertinent definitions and mass properties report content and procedures for both the pre-detail design and detail design, and construction phases. All sections are self-sufficient in technical coverage: however, they must be considered in conjunction with the policy and procedures of the basic document to be applied effectively. Benefits. This standard defines mass properties technical requirements and discusses different types of mass properties estimates and reports. It will assist in achieving more uniformity by standardizing the mass properties reporting system.

DOD-STD-2143, DEPARTMENT OF DEFENSE, DESIGN CRITERIA, MAGNETIC SILENCING REQUIREMENTS FOR THE CONSTRUCTION OF NONMAGNETIC SHIPS AND CRAFT (1 JUN 1983)., This standard establishes uniform criteria for materials and equipment which, when implemented, will reduce the magnitude of the magnetic field of nonmagnetic mine warfare ships and craft. It also provides for the tagging of material and equipment complying with the requirements of this standard and standardized documentation of magnetic information which will facilitate the evaluation of the effects on the magnetic field of nonmagnetic mine warfare ships and craft from materials and equipment installed on or in the ship or craft.

DOD-STD-2144, MILITARY STANDARD, INDUCTION CLUTCHES, LOW MAGNETIC FIELD DESIGN OF (1 JUN 1983)., This standard covers requirements for the design of induction clutches with low stray magnetic field.

DOD-STD-2145, DEPARTMENT OF DEFENSE DESIGN CRITERIA, DISCONNECT SWITCH BOXES, CONTRACTOR PANELS AND SWITCHBOARDS, LOW MAGNETIC FIELD DESIGN OF (1 JUN 1983)., This standard covers requirements for the arrangement of conductors and devices for disconnect switch boxes and contactor panels used in d.c. circuits that will reduce the stray magnetic field to a minimum.

DOD-STD-2146, DEPARTMENT OF DEFENSE DESIGN CRITERIA, DIRECT CURRENT GENERATORS AND MOTORS, LOW STRAY MAGNETIC FIELD, DESIGN OF (1 JUN 1983)., This standard covers the requirements for the design of d.c generators and motors (machines) that will minimize the stray magnetic field emanated by the generators and motors.

DOD-STD-2167, DEFENSE SYSTEM SOFTWARE DEVELOPMENT (4 JUN 1985) (SUPERSEDING DOD-STD-1679A(NAVY) AND MIL-STD-1644B (TD)]., This standard contains requirements for the development of Mission-Critical Computer System (MCCS) Software. It establishes a uniform software development process which is’ applicable throughout the system life cycle. The software development process defines development activities which result in: (1) the generation different types and levels of software and documentation~f (2) the application of development tools, approaches, and methods, and (3) project planning and control. It incorporates practices which have been demonstrated to be cost-effective from a life cycle perspective, based on information gathered by the Department of Defense (DOD) and industry.

DOD-STD-2167A (NOTICE 1), MILITARY STANDARD DEFENSE SYSTEM SOFTWARE DEVELOPMENT (5 DEC 1994) [S/S BY MIL-STD-498]., DOD-STD-2167A, dated 29 February 1988, is hereby canceled. Future acquisitions should refer to MIL-STD-498, “Software Development and Documentation.”

DOD-STD-2167A, MILITARY STANDARD, DEFENSE SYSTEM SOFTWARE DEVELOPMENT (29 FEB 1988)., This standard establishes uniform requirements for software development that are applicable throughout the system life cycle. The requirements of this standard provide the basis for Government insight into a contractor's software development, testing, and evaluation efforts.

DOD-STD-2168 (NOTICE 1), DEFENSE SYSTEM SOFTWARE QUALITY PROGRAM (NO S/S DOCUMENT). DOD-STD-2168, dated 29 April 1988, is hereby canceled without replacement.

DOD-STD-2168, DEFENSE SYSTEM SOFTWARE QUALITY PROGRAM (29 APR 1988) [SUPERSEDING MIL-S-52779A]., The purpose of this standard is to establish requirements for a software quality program to be applied during the acquisition, development, and support of software systems.

DOD-STD-2183, DEPARTMENT OF DEFENSE TEST METHOD, BOND TESTING, BABBITT-LINED BEARINGS (5 MAR 1985) [SUPERSEDING MIL-B-22852 (SHIPS)]., This standard provides the nondestructive metallurgical bond testing of requirements for destructive and babbitt-lined bearings. This standard is intended to be used to provide requirements for bond testing and to define the quality of bond required for steel end bronze backed babbitt-lined bearings frequently used in shipboard machinery, such as turbines, gears, pumps, fens, lines haft, journal end thrust bearings.

DOD-STD-2185, DEPARTMENT OF DEFENSE STANDARD PRACTICE, REQUIREMENTS FOR REPAIR AND STRAIGHTENING OF BRONZE NAVAL SHIP PROPELLERS (29 OCT 1986) SUPERSEDING NAVSEA 0991-LP-023-3002]., This standard covers the requirements for straightening, welding, and heat treatment of manganese bronze, nickel-manganese bronze, nickel-aluminum bronze, and manganese bronze, and manganese-nickel-aluminum propellers used on Naval ships.

DOD-STD-2188 (SH), DEPARTMENT OF DEFENSE DESIGN CRITERIA, BABBITTING OF BEARING SHELLS (1 APR 1987) [SUPERSEDING NAVSEA 0283-LP-228-1000 (MAY 1961)]., This standard provides centrifugal casting of QQ-T-390, grade 2 shells.the requirements for static and babbitt on steel or bronze bearing. Babbitted bearings are widely used in applications that are not subjected to large reciprocating loads or elevated temperatures. In Naval ships, such applications include the main propulsion turbine, reduction gears and inboard shafting. Tin-based babbitt has long been the bearing surface material of choice in such applications because it combines good corrosion resistance, tolerance of misalignment and oil retention properties with the ability to heal over minor defects and to embed small dirt particles. Machining of bearing lands and surface finishing of babbitted surfaces are also comparatively easy. This standard provides the procedures that are to be followed for prepara- tion and tinning of the shell surfaces before babbitting, for casting the babbitt and for quenching parts and finishing the surfaces after babbitting.

DOD-STD-35-23A (NOTICE 1), MILITARY STANDARD, FASTENERS, AUTOMATED ENGINEERING DOCUMENT PREPARATION SYSTEM (14 JAN 1983).

DOD-STD-35-23A (NOTICE 2), MILITARY STANDARD, FASTENERS, AUTOMATED ENGINEERING DOCUMENT PREPARATION SYSTEM (9 DEC 1988).

DOD-STD-35-23A (NOTICE 3), MILITARY STANDARD, FASTENERS, AUTOMATED ENGINEERING DOCUMENT PREPARATION SYSTEM (30 JUN 1992).

DOD-STD-35-23A (NOTICE 5), MILITARY STANDARD, FASTENERS, AUTOMATED ENGINEERING DOCUMENT PREPARATION SYSTEM (20 JUL 2005).

DOD-STD-35-23A, MILITARY STANDARD, FASTENERS, AUTOMATED ENGINEERING DOCUMENT PREPARATION SYSTEM (9 MAR 1979)., This dash-numbered part of the Automated Engineering Document Preparation System (AEDPS), provides detailed requirements for the preparation of Military Specification Exception (MSE) documentation for Fasteners.

DOD-STD-863B (NOTICE 3), MILITARY STANDARD WIRING DATA AND SYSTEM SCHEMATIC DIAGRAMS PREPARATION OF. DoD-STD-863B dated 22 June 1979, and any subsequent revisions or change notices are hereby cancelled as a military standard and, except for Appendix A content, redesignated as MIL-HDBK-863, and shall carry the statement: “THIS HANDBOOK IS FOR GUIDANCE ONLY - DO NOT CITE THIS DOCUMENT AS A REQUIREMENT.” Appendix A content has been incorporated within MIL-STD-1808(USAF).

DOD-STD-863B, MILITARY STANDARD WIRING DATA AND SYSTEM SCHEMATIC DIAGRAMS, PREPARATION OF. The purpose of this standard is to establish standard wiring data and schematic diagram requirements for aerospace vehicles and aerospace support applications. This standard implements the intent of ISO 2042-1973-10-01, aircraft electrical circuit diagrams. NOTE: DoD-STD-863B has been designated as a handboook, and is to be used for guidance purposes only. This document is no longer to be cited as a requirement. For administrative expediency, the only physical change from DoD-STD-863B is this cover page. However, this document is not to be cited as a requirement. If cited as a requirement, contractors may disregard the requirements of this document and interpret its contents only as guidance.

MIL-STD-47187, MILITARY SPECIFICATION, NUTS, BLIND, PRESS, AND BLIND RIVET, INSTALLATION OF (10 AUG 1993)., This standard covers the requirements for the installation of blind nuts, press nuts, and blind rivet nuts.