SHOAB 05 Submunition for Cluster avia Bomb 3D printable Moulage 3D 모델

SHOAB 05 Submunition for Cluster avia Bomb 3D printable Moulage 3D 모델 fbx, iges, max, obj, step, stl, sldprt, x_t, png, 발신 Olfreebond

I present a 3D model of Submunition for cluster avia bomb -This is the Russian SHOAB-0.5 (ШОАБ-0.5)Training stand model (mockup).

Historical (technical) Background:
This is the Russian SHOAB-0.5 (ШОАБ-0.5), a small aerial dispensed, centrifugally armed, High-Explosive Fragmentation, Anti-Personnel, submunition,
Sharikovaya Oskolochnaya Aviatsionnaya Bomba meaning Spherical Fragmentation Aircraft Bomb.
The submunition consists of two aluminium hemispheres embedded with steel fragmentation balls.
As each submunition is released from the dispenser,
the air stream catches the flutes spinning the munition to
provide the centrifugal force required to arm the All-Ways-Acting-Fuze.
Impact stops the spinning causing the firing pin to initiate the detonator.
Since the fuze is encased in the centre of the submunition, it is better protected from corrosion
than external fuzes on other submunitions, meaning it often remains an explosive hazard for longer.
The SHOAB-0.5 is loaded into the RBK-500 SHOAB-0.5 cluster bomb, which contains a nominal x 565 submunitions.

Dimensions of the assembled model 60x71mm. (original size.)
The model is made in SolidWorks. It is intended primarily for 3D printing stand model - training model,
for use as a visual aid and is not a complete copy of the external forms of the original product.
Although it does display all the basic external elements.
The model is adapted for the possibility of 3D printing and subsequent assembly of the product layout.
The model is assembled, contains files of all conditional parts (STL) in high-polygonal version to obtain qualitatively smooth forms.
Additionally, the set contains all files for obtaining high-quality realistic visualization with close-ups
(smooth lines, selected surfaces for applying materials or textures),
texture file are texture inscriptions (markings) for applied to surfaces.(see rendering examples).
In addition to solid model file formats, converted high detail polygonal file formats are additionally provided.
Mesh:
Vertices 417685
Faces 835346
(obj)
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If you have any questions, please message me.
Thank you.