Incendiary mine-grenade ZMG special forces 3Dprintable Moulage 3D model

Incendiary mine-grenade ZMG was developed in the USSR for special forces and sabotage operations.
It is designed to create a hearth of fire in warehouses storing equipment, property,
fuel, lubricants and lumber. burning temperature of 2000-2300 degrees Celsius.
As markings are used painted stripes on the body, differ in the color of the stripes.
Currently in the Russian-Ukrainian war is used for its intended purpose, and also as a bomb
for dropping from drones. The painted stripes on the hull are used as markings, differ in the color of the stripes.
Characteristics
Weight:

• mine - 0.81 kg
  
• ignition device - 0.16 kg
  
• incendiary charge - 0.65 kg
  
• incendiary composition - 0.206 kg
  Dimensions of the mine:
  
• length - 220 mm
  
• diameter - 61 mm
  Burning time:
  
• incendiary composition of the incendiary charge - 20 s
  
• pyrotechnic retarder of the ignition device - 8...15 s
  
• incendiary charge (with magnesium alloy body) - 7...15 mines.
  Mine burning temperature - 2000...2300 degrees Celsius.
  Temperature range of application:
  
• with metal element - from -20 to +40 deg. С
  
• without metal element - from -50 to +50 deg. C.
  

Dimensions of the assembled model 220x61 mm. - original size.
The model is made in SolidWorks program. Designed primarily for 3D printing
or CNC manufacturing of bench model - training model, for use as a visual aid.
The model is adapted for the possibility of manufacturing and subsequent assembly
of a model of the product. The model is an assembly model, contains all conditional
parts files (STL) in high-polygonal version to obtain qualitatively smooth forms.
Additionally, the set contains all files for obtaining high-quality realistic close-up
rendering (smooth lines, selected, prepared surfaces - for applying materials or
textures - Assigned materials surfaces with color markings), see the image of models and
examples of 3D rendering results in specialized professional applications. In addition to
solid model file formats, converted highly detailed polygonal file formats are additionally available.
Mesh:
Vertices 526223
Faces 1052472
(.obj)
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