Apollo A1 Humanoid Walking Animated Rigged For Maya is a three-dimensional model of next-generation humanoid robot engineered for advanced service and industrial applications.

Apollo A1 Humanoid Service Robot is a prototype model illustrating the concept of a service-oriented humanoid robot. It is characterized by sleek proportions, balanced posture, and expressive detailing.

For robotics exhibitions 3D visualization, CGI, 3D animation, 3D models advertising, video game development, and human-robot collaboration 3D rendering projects.

This animation set includes humanoid robot animation designed for mechanical locomotion and object interaction. The animations emphasize rigid movement, servo-driven timing, and clear mechanical behavior. The pack is suitable for cinematic scenes, games, and simulations.

Animations included:

Walk (looped, in-place / root motion) Robotic walking cycle with stiff leg motion, mechanical step transitions, body vibrations, and minimal arm swing. Head remains mostly stabilized with subtle technical shake. Duration: up to 6 sec.

Technical details:

FPS: 30

Rigged model

In-place and root motion variations included

Realistic timing and secondary motion

Suitable for real-time and cinematic use

Features:

• High quality polygonal model, has real dimensions. Easy to merge into your scene.
• Units: cm
• The model was created with the optimal number of polygons. (The Meshsmooth modifier is assigned to the original mesh. Easy to increase mesh resolution if necessary.)
• All the objects come with complete UVsAll textures and materials are included and mapped. (All colors can be easily modified.)
• All objects are logically named and grouped for ease of objects selection and scene management.
• No part-name confusion when importing several models into a scene.
• No cleaning up necessary (Model does not include any backgrounds or scenes used in preview images.) - just drop model into your scene.
• No special plugin needed to open scene.
• PBR Materials

Textures Formats:

• 5 png (8192x8192)

(c) 3d_molier International