Little Robot Walk Cycle

Category: Animated CharactersLevel: IntermediateAnimation · 56,582 triangles

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A tiny orange-and-white robot about 30 cm tall walks across a wooden workbench, glances at the camera and keeps going. The camera tracks it from the front three-quarter side with a shallow, miniature-style depth of field.

Animation clip rendered in Blender from the project file.

Project info

CategoryAnimated Characters
LevelIntermediate
ToolBlender 5.2.3 · Cycles
TypeAnimation
Price (one price)US$94

In the scene: Tiny robot (visor head, LED eyes, antenna, claws), wooden desk, bookshelf, mug, pencil, notebook, nuts, gear, desk lamp, string lights

Project file (.blend) downloadable after payment

The real project file is available. It is not just the picture and clip on this page: you get the working Blender scene with its objects, materials, lights and camera, plus the animation keyframes. It can be downloaded after payment, and we send the download link by WhatsApp or email.

ZIP: .blend + render + MP4 clip + Python script

What is inside the file

The original Blender project file (.blend) with the whole scene: objects, materials, lights and camera, ready to open and edit
The animation keyframes inside the .blend and the rendered MP4 clip
The 1920x1080 render (PNG)
The Python script that generates the scene plus its helper library (cid_lib.py), since the scene is built procedurally
A BACA-DULU.txt file listing the contents, the Blender version and how to use it
All packed in one ZIP file

Project file: The actual .blend project file (not just the picture) is available to download once payment is complete; we send the download link by WhatsApp or email
Payment: One price per project, paid in full upfront; the file is sent once payment is received
Tax: Prices exclude 11% VAT
Customisation: Adapting the scene, colours or your own product can be ordered separately via WhatsApp

Techniques used

Biped armature with 2-bone leg IK + Copy Rotation feet; hard-surface parts parented per bone
Procedural walk cycle (karakter_lib): no foot sliding, hip bounce, hip/chest counter-rotation, overlapping arm swing
Additive animation layer: head glance, LED eyes blinking via scale keys
Antenna driven by a damped-spring simulation from head acceleration (secondary motion), baked to keyframes
Hard-surface modeling: Bevel modifiers, coated paint, brushed steel, dark glass visor, emissive LEDs
Camera parented to an empty copying the root bone (tracking dolly), DOF focused on the head, motion blur
3-point + rim lighting, warm desk lamp, cool window light, bokeh string lights

How it was made

1Build a biped rig with stubby robot proportions
2Model robot parts from bevelled boxes, cylinders and ball joints
3Parent each part to its bone and scale the armature down
4Create the IK walk cycle plus glance and blink layers
5Bake the antenna spring from head motion
6Dress the workbench, props, lights and following camera, then render in Cycles

Scene statistics

Polygons (triangles)56,582
Objects139
Materials86
Lights7
Render engineCycles
Samples56
Render time6 min 40 s
Frames120 @ 24 fps (5.0 s)

Modifiers in the scene

Bevel
Screw
Subdivision Surface

Figures are read from the scene by Blender 5.2.3 LTS; the render time is for the poster frame and the whole clip on one RTX 4060 GPU.

Price and ordering

US$94

One price for the whole project file, excl. 11% VAT

Order the file via WhatsApp

Frequently asked questions

Do I get the real .blend file?

Yes. The picture and clip on this page are only previews. After payment we send the download link of the real project file (a ZIP containing the .blend scene, the render, the MP4 clip, the Python script that generated it and a BACA-DULU.txt note) by WhatsApp or email.

Which Blender version do I need?

The file was made in Blender 5.2.3 LTS. Open it with Blender 5.2 or newer; no add-ons or external textures are needed.

How was the scene made?

The scene was built procedurally with a Python script in Blender (modelling, materials, lights and camera), then rendered in Cycles. The script is included in the ZIP, and the .blend already holds the finished scene, so you can edit it like any other Blender file.

Can you adapt it to my product or design?

Yes, as a separate order. Message us on WhatsApp with a short description of what you want changed.

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Project file (.blend) downloadable after payment

ZIP: .blend + render + MP4 clip + Python script

What is inside the file

The original Blender project file (.blend) with the whole scene: objects, materials, lights and camera, ready to open and edit

The animation keyframes inside the .blend and the rendered MP4 clip

The 1920x1080 render (PNG)

The Python script that generates the scene plus its helper library (cid_lib.py), since the scene is built procedurally

A BACA-DULU.txt file listing the contents, the Blender version and how to use it

All packed in one ZIP file

Project file: The actual .blend project file (not just the picture) is available to download once payment is complete; we send the download link by WhatsApp or email

Payment: One price per project, paid in full upfront; the file is sent once payment is received

Tax: Prices exclude 11% VAT

Customisation: Adapting the scene, colours or your own product can be ordered separately via WhatsApp

Techniques used

Biped armature with 2-bone leg IK + Copy Rotation feet; hard-surface parts parented per bone

Procedural walk cycle (karakter_lib): no foot sliding, hip bounce, hip/chest counter-rotation, overlapping arm swing

Additive animation layer: head glance, LED eyes blinking via scale keys

Antenna driven by a damped-spring simulation from head acceleration (secondary motion), baked to keyframes

Hard-surface modeling: Bevel modifiers, coated paint, brushed steel, dark glass visor, emissive LEDs

Camera parented to an empty copying the root bone (tracking dolly), DOF focused on the head, motion blur

3-point + rim lighting, warm desk lamp, cool window light, bokeh string lights

How it was made

1Build a biped rig with stubby robot proportions

2Model robot parts from bevelled boxes, cylinders and ball joints

3Parent each part to its bone and scale the armature down

4Create the IK walk cycle plus glance and blink layers

5Bake the antenna spring from head motion

6Dress the workbench, props, lights and following camera, then render in Cycles

Scene statistics

Polygons (triangles)56,582

Objects139

Materials86

Lights7

Render engineCycles

Samples56

Render time6 min 40 s

Frames120 @ 24 fps (5.0 s)

Modifiers in the scene

Bevel

Screw

Subdivision Surface

Figures are read from the scene by Blender 5.2.3 LTS; the render time is for the poster frame and the whole clip on one RTX 4060 GPU.

Frequently asked questions

Do I get the real .blend file?

Which Blender version do I need?

The file was made in Blender 5.2.3 LTS. Open it with Blender 5.2 or newer; no add-ons or external textures are needed.

How was the scene made?

Can you adapt it to my product or design?

Yes, as a separate order. Message us on WhatsApp with a short description of what you want changed.

Little Robot Walk Cycle

Project info

Project file (.blend) downloadable after payment

What is inside the file

Techniques used

How it was made

Scene statistics

Modifiers in the scene

Price and ordering

Frequently asked questions

Similar projects

Cute Jumping Slime

Cartoon Humanoid Walk

Rotating Gear Train

Little Robot Walk Cycle

Project info

Project file (.blend) downloadable after payment

What is inside the file

Techniques used

How it was made

Scene statistics

Modifiers in the scene

Price and ordering

Frequently asked questions

Similar projects

Cute Jumping Slime

Cartoon Humanoid Walk

Rotating Gear Train