Russian avia bomb AO 25 33 and AO 25 30 submunition moulage 3D model

This is a USSR and Russian AO-25-33, and AO-25-30 high-explosive, fragmentation antipersonnel submunition for cluster use.
AO-25-30 and AO-25-33 aerial bombs are used to defeat enemy manpower, unarmored and lightly armored vehicles;
they are used in bundles of RBS-100 AO-25-30 from all aircraft with 100 kg caliber bombs suspended from bomb carriers.
Basic data AO-25-30 unfinished loaded (without fuse):
Total length mm - 972-984;
Diameter mm - 119-122;
Stabilizer span mm - 115-121;
Weight of unfinished aerial bomb kg - 30.75;
Weight of explosive charge kg - 6.17;
Filling factor % - 20;
The radius of continuous damage by killing fragments m - 42,5;
The area of continuous damage by killing fragments m2 - 5672.

The main data of the AO-25-33 aerial bomb without fuse:
Length of the aerial bomb - 982.5-987 mm;
Body diameter - 120-122 mm;
Stabilizer span - 120-122 mm;
Weight of the unfinished aerial bomb - 33 kg;
Explosive charge weight - 5.6 kg;
Filling factor - 17.12;
Radius of solid impact by killing fragments - 34 m;
The area of continuous damage by killing fragments - 3630 m2.
Adopted for service in the Fifties of the twentieth century and used to this day in the wars waged by the Russian Federation.

Assembly models are made in original dimensions
The models are made in SolidWorks. They are intended primarily for 3D printing of bench models - training models,
for use as a visual aid and are not a complete copy of the external forms of the original products.
Although they show all the main external elements. The models are adapted for the possibility of
3D printing and subsequent assembly of the product layout. The models are soborochnye and
contain files of all conditional parts (STL) in a highly polygonal version to obtain qualitatively smooth forms.
Additionally, the set includes all files for obtaining high-quality realistic visualization with close-up
(smooth lines, selected surfaces for applying materials or textures) See rendering examples.
In addition to solid model file formats, converted polygonal formats with high detail are additionally provided.
Mesh:
Vertices 334789
Faces 669606
(A0-25-30.obj)
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