82nd Airborne US Army Paratrooper

82nd Airborne US Army Paratrooper 3D print model

Description

print ready 3d Paratrooper with low resolution version in .fbx for AR or gaming.

Paratroopers jump out of airplanes and use parachutes to land safely on the ground. This is one of the three types of forced entry strategic techniques for entering a theater of war; the other two being by land and by water. Their tactical advantage of entering the battlefield from the air is that they can attack areas not directly accessible by other transport. The ability of air assault to enter the battlefield from any location allows paratroopers to evade emplaced fortifications that guard from attack from a specific direction. The possible use of paratroopers also forces defenders to spread out to protect other areas which would otherwise be safe. Another common use for paratroopers is to establish an airhead for landing other units, as at the Battle of Crete.

Alessandro Tandura This doctrine was first practically applied to warfare by the Italians and the Soviets.[citation needed] The first operational military parachute jump from 1600 feet was logged in the night of August 8/9 1918 by Italian assault troops. Arditi Lieutenant Alessandro Tandura [it] jumped from a Savoia-Pomilio SP.4 aircraft of the Gruppo speciale Aviazione I [it] piloted by Canadian Major William George Barker and British Captain William Wedgwood Benn (both Royal Air Force pilots ), when Tandura dropped behind Austro-Hungarian lines near Vittorio Veneto on a reconnaissance and sabotage mission, followed on later nights by Lts. Ferruccio Nicoloso and Pier Arrigo Barnaba.[1]

Item rating
2 0
K
kjellom 2023-01-23 18:24:33 UTC
Recommended
Complex and relatively unique model figure. I find it difficult to print.
82nd Airborne US Army Paratrooper
$20.00
 
Royalty Free License 
82nd Airborne US Army Paratrooper
$20.00
 
Royalty Free License 
Response 58% in 48.0h

3D Model formats

Format limitations
  • Autodesk FBX (.fbx)18 MB
  • OBJ (.obj, .mtl)21.2 MB
  • Zbrush (.ztl, .zbp)67.2 MB
  • Collada (.dae)34.1 MB
  • Stereolithography (.stl)23.9 MB

3D Model details

  • Publish date2020-12-01
  • Model ID#2736434
  • Ready for 3D Printing
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