Humanoid Robot with Dexterous Hands Rigged is a three-dimensional model of human-like robot featuring highly detailed hands, complete with a palm and articulated fingers, designed to replicate human hand movements.

A humanoid robot with dexterous hands is a mechanical device designed to resemble the human form, particularly in its hands, which feature palms and fingers capable of intricate movements. These robots are often used in fields like manufacturing, healthcare, and research, where they can replicate human-like grasping, manipulation, and tool usage with high precision.

For robotics engineering, medical training simulations, animation and VFX, gaming, educational tools, artificial intelligence research, humanoid robot prototyping, industrial automation, sci-fi projects, product visualization, virtual reality development, augmented reality experiences, innovative tech displays, and prosthetics design.

Humanoid Robot with Dexterous Hands Rigged for Cinema 4D is fully rigged and is ready to be animated in Cinema 4D. You can easily position it the way you need or animate it the way your project requires. See the screenshots to get an idea of how rigging works. The pose of the model on the render images is an example and can be recreated using rig, it is not initially included into the product.

Hope you like it!

Features:

• High quality polygonal model, correctly scaled for an accurate representation of the original object.
• Models resolutions are optimized for polygon efficiency. (In Cinema 4D, the Subdivision Surface function can be used to increase mesh resolution if necessary.)
• All colors can be easily modified.
• Model is fully textured with all materials applied.
• No part-name confusion when importing several models into a scene.
• No cleaning up necessary just drop your models into the scene and start rendering.
• No special plugin needed to open scene.
• Model does not include any backgrounds or scenes used in preview images.
• Units: cm

Textures Formats:

• 13 png (4096x4096)
• 2 png (8192x8192)

(c) 3d_molier International