blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith

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Blade mSR RC Helicopter
$39
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
blade msr 3d c4d - Blade mSR RC Helicopter... by Jamie Hamel Smith
This is a 3D model of the Blade mSR. The overall length is about 7.5 inches and it was modeled from photos.

The model is broken into four parts; main shaft, tail rotor, body, canopy. The formats included support UV coordinates and multiple objects, but the OBJ format will require that the main shaft & tail rotor axes are re-centered. It's also noteworthy that the main shaft is tilted 3.019 degrees to the right (by design).

The preview images were rendered with Cinema 4D R12, using the advanced renderer.

No 3rd party plugins are required.

The textures include a color map and reflection map.

This model was designed with a 'Phong Smoothing' angle of 60° or 59.9° (also referred to as 'Normal Smoothing' or 'Normal Softness') so this would be your optimal setting in your 3D software.
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Product File Downloads
CheckMate Lite Certified
on
Cinema 4D 12 (.c4d, .xml)  1.2 MB
Renderer:Advanced Render R12
Inspected in:CINEMA 4D R12
Maya 2008 (.ma, .mb)  1.4 MB
Renderer:Default Scanline
Inspected in:Maya 2011
Unreviewed Formats
Collada 1.4.1 (.dae)  1.2 MB
OBJ (.obj)  1.3 MB
VRML 2 (.wrl, .wrz)  1.2 MB
Autodesk FBX 2010 (.fbx)  1.5 MB
Other Files
blademsr-PSD.zip 3.4 MB
Photoshop format textures with layers
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Product License
Editorial Uses Allowed
Extended Uses May Need Clearances
The brand 'e-flite' has been associated with this product. Editorial uses of this product are allowed, but other uses (such as within computer games) may require legal clearances from third party intellectual property owners. Learn more.
3D Model Specifications
Native file format:Cinema 4D 12
Product ID:567271
Published:
Geometry:Polygonal Quads/Tris
Polygons:9,069
Vertices:9,070
Textures:Yes
Materials:Yes
Rigged:No
Animated:No
UV Mapped:Yes
Unwrapped UVs:Mixed
Product Rating
8 Ratings Submitted