土星阿波罗 S-II 阶段 3D模型

PRODUCT DESCRIPTION

This is a High Definition accurate scale model of the Saturn V Launch Vehicle S-II stage that first helped to propel man out of Earth orbit into Trans-Lunar Injection and onward to the moon in December 1968.

Please download and read the free "Saturn Apollo Reference Guide" - PDF for in depth information about this model (downloadable from the full Saturn Apollo stack model).

Modelled with precision using detailed 1:48 scale blueprints and extensive photographic research spanning over a year.

The model includes the S-II Interstage that is jettisoned prior to the J2 engines ignition and the S-IVB Interstage. Separate parts enable realistic gimbaling of the J2 engines and heatshield skirt.

33 high resolution texture and bump maps offer down to the rivet detail.

Modelled with LightWave 9.6

2 GB minimum RAM recommended

USAGE

Suitable for HD video, high-res film close-ups and print

Accurate representation of the Saturn Apollo S-II stage using original imperial scale of feet and inches.

SPECS

Model contains the following:

18 object layers

393492 polygons

319230 quads, 74262 tris, and 0 ngons

Standard Lightwave materials & texture maps

PRESENTATION IMAGES

HDRI skydome used in preview images NOT included in file.

No Photoshop or compositing used for previews.

Preview Images rendered with default Lightwave 9.6 scanline renderer.

TEXTURES

For the LWO model both XYZ Projection and UV mapped versions are included:

33 non-UV texture maps (PNG and PSD format - Native LWO)

20 UV texture maps (PNG format - UV mapped LWO, FBX and OBJ)

Textures set to scale of 36 pixels per foot

GENERAL

Model built to real-world scale.

Units used: Feet and Inches. Model is 100 feet high and 33 feet in diameter.

ANIMATIONS

Pivot points and morph targets are preset in Layout file for all animatable features/layers shown in animation preview video files. Separate morph target layers/models are also available for the FBX and OBJ products to allow morphs to be setup in other 3D programs.