9H24 fragmentation submunition 3D printable moulage 3D Model

$ 12.00
Elinizde olan $0.00 Krediler. Kredi Satın Al
9H24 fragmentation submunition 3D printable moulage 3D Model
$ 12.00
Yer İşaretini Kaldırın Bu Ürünü İşaretleyin
  • Hazır formatlar:
    Autodesk FBX (.fbx) 38.39 MB
    IGES (.iges) 1.48 MB
    Autodesk 3DS MAX (.max) ver. 2017 28.64 MB
    Wavefront OBJ (.obj) 32.73 MB
    STEP (.step) 1.76 MB
    Stereolithography (.stl) 45.35 MB
    SolidWorks (.sldprt) 19.30 MB
    Image Textures (.png) 416.64 kb
    Parasolid (.x_t) 1.01 MB
  • Poligonlar:
    937960
  • Noktalar:
    468966
  • Animasyon:
    No
  • Dokulu:
  • Rigged:
    No
  • Malzemeler:
    No
  • Low-poly:
    No
  • Koleksiyon:
    No
  • UVW mapping:
    No
  • Kullanılan Eklentiler:
    No
  • Baskıya Hazır:
    No
  • 3D Tarama:
    No
  • Yetişkin(+18) içerik:
    No
  • PBR:
    No
  • AI Eğitim:
    No
  • Geometri:
    Polygonal
  • Unwrapped UVs:
    Unknown
  • Görüntülemeler:
    1030
  • Tarih: 2025-01-22
  • Ürün ID:
    552531

9N24 high explosive fragmentation submunition. For 9M79-1 missile with 9N123K cluster warhead of the “Tochka-U” missile system (ballistic missile).

Tactical and technical characteristics

The 9H24 cluster munition has the following characteristics:

- Weight: 7.45 kg

- Weight of explosive: 1.45 kg

- Explosive material: A-IX-2

- Approximate number of fragments: 316

- Average weight of a fragment: 7 g.

The 9N123K cluster warhead of the 9M79-1 missile of the Tochka-U tactical missile system opens at an altitude of about 2250 meters, scattering 50 cluster warheads of high-explosive fragmentation action - 9N24 submunitions. The submunitions ejects about 316 pieces of fragments upon explosion. The warhead has a 9E237 contact fuze, which is activated when the warhead is ejected from the warhead container. The warhead is stabilized into a vertical position in flight by attached nylon straps. The fuze is triggered upon impact with a hard surface (ground, etc.) at an angle of contact between 25° and 90°. The fuze has a self-destruct function, which should guarantee the detonation of the warhead in 32...60 seconds after ejection from the container. This munition was actively and indiscriminately used by the Russian Federation in 2022 during the invasion of Ukraine. It was responsible for the massacre of civilians at the railway station in Kramatorsk city.

Mesh: 

Vertices 468966

Faces 937960

(9N24_SB.obj)

Please rate and write a review about this model. If you have any questions, please feel free to email me. Thank you.

Always willing to consider YOUR suggestions on price!

Baskıya Hazır: Hayır
Daha fazla formata mı ihtiyaç duyuyorsunuz?
Farklı bir formata ihtiyaç duyuyorsanız lütfen destek ekibimize bir talep açarak ihtiyacınızı belirtiniz. 3D modelleri şu formatlara dönüştürebiliriz: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. 3d sahneleri dönüştürmüyoruz ve .step, .iges, .stp, .sldprt gibi formatlar.!

9H24 fragmentation submunition 3D printable moulage 3D Model fbx, iges, max, obj, step, stl, sldprt, png, x_t, Kimden Olfreebond

printing military russia ukraine ammo weapon stendmodel solidworks 3dprintable explosive moulage shell bomb training artillery missile projectile munition charge cartridge
Bu ürün için yorum bulunmamaktadır.