Mitsubishi A6M2 Zero – Konoike Kokutai 3D Model (fbx c4d lwo obj)

3D Models » Military 3D Models » Mitsubishi A6M2 Zero – Konoike Kokutai

3D Model by Panaristi

Mitsubishi A6M2 Zero 3D model originally modeled in cinema4D 9.5. Detailed enough for close-up renders. The zip-file contains bodypaint textures and standard materials.

The Mitsubishi A5M fighter only entered service with the units in early 1937, as the Japanese fleet began to look for a possible replacement for it. The specification for the new carrier-based fighter was sent to Nakajima and Mitsubishi in May. Both firms began preliminary development work pending final specifications.

In October, based on the experience gained during the use of the A5M in China, the fleet put forward the following requirements: a speed of 500 km / h at an altitude of 4000 meters, and a climb of 3000 meters in 3.5 minutes. The duration of the flight with outboard tanks should be from two hours in normal mode to 6-8 hours in economical mode. Armament should consist of two 20-mm cannons, two 7.7-mm machine guns and two 30 or 60 kilogram bombs. All airplanes had to install a full set of radio equipment, including a direction finder. Maneuverability must remain at least at the same level as that of the A5M, with a wingspan of less than 12 meters, to fit on an aircraft carrier.

Nakajima engineers found the embodiment of these characteristics impossible, and in January of the following year they left the competition. Jiro Horikoshi, the chief engineer of Mitsubishi, used all available weight loss technologies, including the widespread use of non-standard duralumin, to fulfill the requirements. The low-lying, free-carrying wing, retractable landing gear with a wide gauge, closed drop-shaped lantern cockpit with good visibility made the Zero the most technically equipped aircraft in the world.

In comparison with Western aircraft, the Zero did not have an armored backrest of the pilot’s seat and protective (capable of pulling bullet holes) fuel tanks, which reduced its resistance to combat damage. The power set of aircraft was made of an aluminum-magnesium alloy, which was lighter and stronger than ordinary duralumin, but also more fragile. A very low load on the wing gave a stall speed of about 110 km / h - the ability for steep turns, inaccessible to the Allied aircraft of that time. Due to the deviation of the ailerons trimmers in the opposite direction, the efforts on the control stick decreased, but this reduced the roll speed at high speeds - by 260 km / h it was 56 degrees per second. At speeds of about 500 km / h, the roll rate dropped to zero due to the flexibility of the wing.

The US military had the opportunity to study in detail the "Zero" after the restoration of the almost intact aircraft that landed in Alaska. This aircraft is known as Akutansky Zero. The Japanese pilot flew too far from the base and, hoping to make an emergency landing in the United States, turned over and died.

Features:
- Inside scene: -model - 25 textures, 1 alphamap
- No cleaning up necessary, just drop your models into the scene and start rendering.
- No special plugin needed to open scene.

- Phong shading interpolation / Smoothing - 35°

-The files contains seperate parts for a Flying and a Standing-Version

- NOTE - In obj, lwo and fbx the Alphamap for the propellor (Run_Alpha) in the fly-version must manually load in the Materialcanal / Opacitycanal.

- c4d
- Polygones - 128615 Vertices - 93931 - 31 Objects - 25 textures - 1 alpha-map - 1 reflection-map

- obj File – lwo file - fbx - File Version 2010

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Available Sample File for Download

USD $159.00 $149.00
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Available Source 3D Model File Formats

Specifications

  • Optimized-forHigh Poly, Virtual Reality
  • File-formatsAutodesk FBX file (.fbx), Cinema 4D (.c4d), Lightwave (.lwo, .lw, .lws), Wavefront (.obj)
  • GeometryPolygonal
  • PluginsNone
  • MaterialsYes
  • TexturesYes
  • RiggedNo
  • AnimatedNo
  • Polygons128615
  • Vertices93931
  • File-sizes20 - 50 MB
  • LicenseRoyalty Free
  • Copyright TransferredNo
  • ResellableNo
3D Model ID: 274343

Published on: April 30, 2018