STANAG 4106 : 0
Current
Current
The latest, up-to-date edition.
PROCEDURES TO DETERMINE THE DEGREE OF BALLISTIC PERFORMANCE SIMILARITY OF NATO INDIRECT FIRE AMMUNITION AND THE APPLICABLE CORRECTIONS TO AIMING DATA
Available format(s)
Hardcopy , PDF
Language(s)
English
Published date
08-02-1995
Publisher
Important note : Users cannot be edited or removed once added to your Multi user PDF.Agreement to standardize ballistic performance of indirect fire weapon/ammunition systems and the applicable corrections to aiming data used by NATO.
| DocumentType |
Standard
|
| Pages |
50
|
| PublisherName |
NATO
|
| Status |
Current
|
| STANAG 4144 : 2005 | PROCEDURES TO DETERMINE THE FIRE CONTROL INPUTS FOR USE IN INDIRECT FIRE CONTROL SYSTEMS |
| STANAG 4098 : 0 | PROCEDURES FOR THE DETERMINATION OF PROPELLANT CHARGE TEMPERATURE CORRECTION |
| STANAG 4114 : 0 | MEASUREMENT OF PROJECTILE VELOCITIES |
| AEP-70 : 2014 | PROCEDURES TO DETERMINE FIELD ARTILLERY MUZZLE VELOCITY MANAGEMENT, INTERCHANGEABILITY AND PREDICTION |
| STANAG 4500 : 2014 | PROCEDURES TO DETERMINE FIELD ARTILLERY MUZZLE VELOCITY MANAGEMENT, INTERCHANGEABILITY AND PREDICTION |
| DEFSTAN 13-36(PT6)/2(1981) : 1981 | BALLISTIC STANDARDIZATION OF GUN AMMUNITION - PART 6: PROCEDURE FOR THE DETERMINATION OF EXTERNAL BALLISTIC PERFORMANCE OF SHELL |
| STANAG 4425 : 0 | A PROCEDURE TO DETERMINE THE DEGREE ON INTERCHANGEABILITY OF NATO INDIRECT FIRE AMMUNITION |
| STANAG 4097 : 0 | PROCEDURES WITH RESPECT TO CHARGE ADJUSTMENT FOR VELOCITY FOR STANDARDIZED GUN AMMUNITION |
| STANAG 4367 : 2012 | THERMODYNAMIC INTERIOR BALLISTIC MODEL WITH GLOBAL PARAMETERS |
| STANAG 4400 : 0 | DERIVATION OF THERMOCHEMICAL VALUES FOR INTERIOR BALLISTIC CALCULATION |
| STANAG 4119 : 2007 | ADOPTION OF A STANDARD CANNON ARTILLERY FIRING TABLE FORMAT |
| STANAG 4144 : 2005 | PROCEDURES TO DETERMINE THE FIRE CONTROL INPUTS FOR USE IN INDIRECT FIRE CONTROL SYSTEMS |
| STANAG 4425 : 0 | A PROCEDURE TO DETERMINE THE DEGREE ON INTERCHANGEABILITY OF NATO INDIRECT FIRE AMMUNITION |
| STANAG 4355 : 0 | MODIFIED POINT MASS TRAJECTORY MODEL |
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