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NATO - STANAG 3525

Design Safety Principles and General Design Criteria for Airborne Weapon Fuzing Systems

inactive
Organization: NATO
Publication Date: 1 January 1987
Status: inactive
Page Count: 16

Document History

STANAG 3525
March 7, 1994
Safety Design Requirements - Airborne Fuzing Systems
AIM The aim of this agreement is to standardize safety design requirements for fuzing systems, including safety and arming devices for airborne weapons.
STANAG 3525
January 1, 1994
Design Safety Requirements - Airborne Fuzing Systems
A description is not available for this item.
STANAG 3525
January 1, 1994
Safety Design Requirements - Airborne Fuzing Systems
A description is not available for this item.
STANAG 3525
January 1, 1987
Design Safety Principles and General Design Criteria for Airborne Weapon Fuzing Systems
A description is not available for this item.
STANAG 3525
January 1, 1987
Design Safety Principles and General Design Criteria for Airborne Weapon Fuzing Systems
A description is not available for this item.
STANAG 3525
January 1, 1987
Design Safety Principles and General Design Criteria for Airborne Weapon Fuzing Systems
A description is not available for this item.
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References

This document references:
STANAG 2895 - Extreme Climatic Conditions and Derived Conditions for Use in Defining Design/Test Criteria for NATO Forces Materiel
Published by NATO on February 15, 1990
AIMS The Aims of this Agreement are: a. To describe the principal climatic factors which constitute the distinctive climatic environments found throughout the world, excluding Antarctica. b. To...
This document references:
STANAG 1307 - (Restricted) Maximum NATO Naval Operational Electromagnetic Environment Produced by Radio and Radar
Published by NATO on April 2, 1997
AIM The aim of this agreement is to define the maximum electromagnetic environment produced by Radio and Radar which may be encountered by personnel, ammunition, equipment embodying electro-explosive...
This document references:
STANAG 4187 - FUZING SYSTEMS - SAFETY DESIGN REQUIREMENTS
Published by NATO on June 21, 2022
AIM The aim of this NATO standardization agreement (STANAG) is to respond to the following interoperability requirements.
This document references:
STANAG 4324 - ELECTROMAGNETICRADIATION HAZARD ASSESSMENT AND TESTING OF MUNTIONS AND ASSOCIAITED SYSTEMS
Published by NATO on December 20, 2007
AIM The aim of this agreement is to define the assessment procedures and test methods to be used in determining the safety and suitability for service of munitions containing electro-explosive...
This document references:
STANAG 4235 - Electrostatic Discharge Environment
Published by NATO on February 11, 2004
AIM The aim of this agreement is: a. to define the electrostatic environment which may be experienced by all materiel utilized by the NATO Forces; and b. to define the electrostatic levels to be used...
This document references:
AQAP-1 - NATO Requirements for an Industrial Quality Control System
Published by NATO on January 1, 1984
A description is not available for this item.
This document references:
STANAG 4170 - Principles and Methodology for the Qualification of Explosive Materials for Military Use
Published by NATO on February 4, 2008
AIM The aims of this agreement are: (a) to establish the concept and requirement for Qualification of explosive materials by a National Authority for military use by NATO nations; (b) to ensure that...
This document references:
STANAG 4236 - Lightning Environmental
Published by NATO on July 31, 2007
AIM The Aim of this Agreement is, a. To describe the particular lightning environments which may be experienced by all materiel used by the NATO Forces that could encounter a lightning threat, b. To...
This document references:
AOP-16 - Fuzing Systems: Guidelines for STANAG 4187
Published by NATO on March 9, 2007
AIM The aim of this AOP is to guide designers in the application of the safety design requirements for fuzing systems given in Edition 4 of STANAG 4187.
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