GJB 6760-2009 (English Version) PDF

Standard No.: GJB 6760-2009
Language: Chinese, Available in English version
Release Date: 2009
Published By: Military Standard of the People's Republic of China-General Armament Department
Latest: GJB 6760-2009

Scope: This standard specifies the basic requirements, test items and test methods for the type test of the UAV Beidou positioning and navigation system. This standard applies to the type test, identification test, delivery test and scientific research test of the UAV Beidou positioning and navigation system (hereinafter referred to as the tested product), and can also be used as a reference.

GJB 6760-2009 Referenced Document

GJB 1268 Military software acceptance
GJB 1389 System electromagnetic compatibility requirements
GJB 150.1-1986 General Principles of Environmental Test Methods for Military Equipment
GJB 150.10-1986 Environmental test methods for military equipment Mold testing
GJB 150.11-1986 Environmental test methods for military equipment Salt spray test
GJB 150.12-1986 Environmental test methods for military equipment Sand and Dust Test
GJB 150.16-1986 Environmental test methods for military equipment Vibration test
GJB 150.3-1986 Environmental test methods for military equipment High temperature test
GJB 150.4-1986 Environmental test methods for military equipment Low temperature test
GJB 150.8-1986 Environmental test methods for military equipment rain test
GJB 150.9-1986 Laboratory environmental test methods for military materiel.Part 9:Damp heat test
GJB 151A-1997 Electromagnetic emission and sensitivity requirements for military equipment and subsystems
GJB 152A-1997 Electromagnetic emission and sensitivity measurements of military equipment and subsystems
GJB 4108-2000 Military small unmanned aerial system unit test procedure
GJB 438 Military software documentation specifications
GJB 899-1990 Reliability Qualification and Acceptance Test Modification Sheet 1-98

2009 GJB 6760-2009 Test regulations for Bei-Dou position and navigation system loaded in UAV