Robotic toy arm rigged low poly Low-poly 3D model

• Robotic toy arm rigged with remote control.
• Rig with instructions and animation with remote control included.
• Designed for close-up.

• Easy to use.

• Units of file: centimeters.

• Size in centimeters robotic toy arm: 27.4 (X axis), 50.5 (Y axis), 54.5 (Z axis).

• Size in centimeters remote control: 15.8 (X axis), 9.6 (Y axis), 4.1 (Z axis).

• Real world scale. (1,1,1).

• Focused on the origin.

TOPOLOGY

• Two object with 43 manifold meshes (8 remote control and 35 robotic toy arm).
• 100% quads. (25,251 total: 3,844 remote control and 21,407 robotic toy arm).
• 25,249 vertices total: 3,838 remote control and 21,411 robotic toy arm).
• 50,502 edges total: 7,688 remote control and 42,814 robotic toy arm).
• Subdividable topology.
• Clean edge flow.
• No isolated vertices.
• No coincident vertices.
• No coincident/coplanar faces.
• No faces intersected.
• No faces distorted more than 45 degrees.
• No loss geometry.
• No poles with more than 5 edges.

RIG

• Two armature, with 53 bones in total, 27 animables and other auxiliary.
• Rig instructions and animation with remote control included.
• Includes system FK and IK, interchangeable through a property of armature.
• Includes a bone for holding objects.
• The bones are replaced by shapes, with forms and color guidance.
• The actions and its range of allowable values are controlled by constraint on each bone.
• The objects and auxiliary bones are hidden and another layer.
• Easy to use.

UVMAP AND TEXTURES

• Normal outward.
• UV without overlapping.
• Twenty-two materials, one for each color, and optional procedural texture, so you do not need to use textures.
• All textures of 8192x8192 pixels.

Image textures included:

• control_robotic_toy_arm_diffuse.png
• control_robotic_toy_arm_bump.png
• control_robotic_toy_arm_normal.png (OPTIONAL, also included in .zip)
• robotic_toy_arm_diffuse.png
• robotic_toy_arm_normal.png (OPTIONAL, also included in .zip)

PREVIEWS

• The images of the mesh and bones are in orthographic view.
• Renders with the Blender internal engine. All without post production.