HK416 low poly ar - rifle

HK416 low poly ar - rifle Low-poly 3D model

Verification details of the FBX file
Files
Binary FBX
Scene
No Unsupported objects
Geometry
No N-gonsNo faceted geometryManifold geometry
Textures and Materials
PBR texturesNo embed texturesSquare TexturesPower of 2 texture sizesAssigned materials
UVs
No UV overlapsUV unwrapped model
Naming
Allowed characters
Description

The HK416 uses a HK-proprietary short-stroke gas piston system that derives from the HK G36, forgoing the concentric to bore gas piston system standard in AR-15 rifles.[7][8] The HK G36 gas system was in turn partially derived from the AR-18 assault rifle designed in 1963. The HK system uses a short-stroke piston driving an operating rod to force the bolt carrier to the rear. This design prevents combustion gases from entering the weapon's interior—a shortcoming with direct impingement systems. The reduction in heat and fouling of the bolt carrier group increases the reliability of the weapon and extends the interval between stoppages. During factory tests the HK416 fired 10,000 rounds in full-auto without malfunctioning. The HK416’s piston system was originally self-regulating in theory, but in the default position tends to give increased recoil over an adjustable gas system. A user adjustable gas regulator was added in later variants.

The HK416 is equipped with a proprietary accessory rail forearm with MIL-STD-1913 rails on all four sides. This lets most current accessories for M4/M16-type weapons fit the HK416. The HK416 rail forearm can be installed and removed without tools by using the bolt locking lug as the screwdriver. The rail forearm is free-floating and does not contact the barrel, improving accuracy.

The HK416 has an adjustable multi-position telescopic butt stock, offering six different lengths of pull. The shoulder pad can be either convex or concave and the stock features a storage space for maintenance accessories, spare electrical batteries or other small kit items. It can also be switched out for other variations like Magpul stocks.

The trigger pull is 34 N (7.6 lbf). The empty weight of a HK416 box magazine is 250 g (8.8 oz).

The HK416's barrel is cold hammer-forged with a 20,000-round service life and features a 6 grooves 178 mm (7 in) right hand twist. The cold hammer-forging process provides a stronger barrel for greater safety in case of an obstructed bore or for extended firing sessions. Modifications for an over-the-beach (OTB) capability such as drainage holes in the bolt carrier and buffer system are available to let the HK416 fire safely as quickly as possible after being submerged in liquids like water. To reduce the risk of slam-firing, the HK416 features a proprietary firing pin safety in the bolt. This firing pin safety limits the HK416 upper to working with standard AR-15 type full height hammers in the fire control group of the lower.

The currently version is a HK416a5

Including two different texture: black and tan.

Available too on this pack : https://www.cgtrader.com/3d-models/military/gun/french-special-forces-weapons-operator-low-poly-pack

Available FORMATS:

  • OBJ(mesh only)

  • DAE(mesh and materials)

  • FBX(mesh and materials)

  • BLEND(mesh and materials)

  • GLTF(mesh only)

  • ABC(mesh)

ENJOY

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HK416 low poly ar - rifle
$5.00
 
Royalty Free License 
HK416 low poly ar - rifle
$5.00
 
Royalty Free License 
Response 100% in 34.7h
3D Modeling
Low-poly Modeling
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3D Model formats

Format limitations
Native
  • Blender 2.92 (.blend)1.42 MBVersion: 2.92Renderer: Eevee recent
Exchange
  • Collada recent (.dae)1.13 MB
  • Autodesk FBX recent (.fbx)268 KB
  • Alembic recent (.abc)525 KB
  • glTF recent (.gltf, .glb)674 KB
  • OBJ (.obj, .mtl) (2 files)643 KBVersion: recentVersion: recent

3D Model details

  • Publish date2021-03-29
  • Model ID#2952692
  • Animated
  • Rigged
  • VR / AR / Low-poly approved
  • PBR
  • Geometry Polygon mesh
  • Polygons 9,097
  • Vertices 4,800
  • Textures
  • Materials
  • UV Mapping
  • Unwrapped UVs Unknown
  • Plugins used
  • Ready for 3D Printing
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