Q: What is included with this product?
A: This product includes an animated and rigged Unitree H1 bipedal robot model for Blender, featuring a Walk animation suitable for robotics visualizations, sci-fi scenes, simulations, games, cinematic renders, technology projects, and futuristic environments.

Q: Is this a real robot or a 3D model?
A: This is a digital 3D model for Blender, not a real physical robot.

Q: Is the model animated and rigged?
A: Yes, the Unitree H1 bipedal robot model is jointed, rigged, and animated, making it suitable for posing, animation, and motion-based humanoid robot scenes in Blender.

Q: What animation is included?
A: This product includes a Walk animation. The robot performs a controlled robotic walking cycle with stable torso movement, precise step rhythm, and minimal arm motion.

Q: What are the technical details of the animation?
A: The animation runs at 30 FPS and has a duration of up to 6 seconds. Walk is looped and includes in-place and root motion variations. The in-place version keeps the model at the origin point, while the root motion version synchronizes forward movement with the animation cycle.

Q: What are the technical details of the model?
A: The model has 146,762 polygons and 155,016 vertices. It uses polygonal quads/tris geometry, has non-overlapping unwrapped UVs, and includes 7 PNG textures at 8192x8192 resolution and 8 PNG textures at 4096x4096 resolution. The model dimensions are approximately 89.4 x 64.5 x 182 cm.

Q: Is the model ready to use in Blender?
A: Yes, the model is prepared for Blender and can be added to your scene for rendering, animation, posing, or visualization.

Q: Can I use this model in commercial projects?
A: Yes, you can use it according to the license selected on Superhive. Please review the license terms before purchasing.

Q: What types of projects is this model suitable for?
A: This model is suitable for robotics scenes, Unitree H1 walking shots, humanoid robot animations, sci-fi environments, futuristic simulations, games, cinematic renders, technology projects, concept art, and advanced mechanical motion sequences.