WallArt - Son Goku Child
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Cute Goku desk decoration on the Flying Nimbus – perfect for Dragon Ball and anime fans. 🐉☁
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Updated at source:
Model information
- Source
- Printables
- Category
- Wall-mounted
- License
- Creative Commons — Public Domain
🐉 Goku on Flying Nimbus – Desk Art
A fun and nostalgic decoration inspired by one of the most iconic scenes from Dragon Ball – young Goku riding on the Flying Nimbus / Kinto’un. ☁✨
The clean black silhouette style gives the model a modern look while keeping the classic anime character instantly recognizable.
Perfect for:
anime rooms
gaming setups
desks and shelves
kids rooms
collectors
Dragon Ball fans
geek decor
gifts for anime lovers
The model is designed for FDM printing and works especially well in matte black PLA.
The thin line structure creates a really nice silhouette effect, especially when placed against a light wall or warm background.
✨ Features
iconic anime-inspired design
clean silhouette appearance
integrated stand
easy FDM print
no complicated assembly
lightweight
perfect for desks and shelves
scalable in your slicer
looks great in matte black
For the best result, I recommend printing the model as large as possible, especially if you want the thinner details to remain strong and clean.
🖨 Recommended Print Settings
Printer: FDM / FFF
Material: PLA recommended
Nozzle: 0.4 mm
Layer Height: 0.24 mm
Walls / Perimeters: 2
Infill: 15%
Infill Pattern: Rectilinear
Top Surface Pattern: Monotonic
Bottom Surface Pattern: Monotonic / Lines
Top Layers: 4–5
Bottom Layers: 4–5
Supports: No, if printed in the intended orientation
Brim: Optional for better stability
Raft: No
Cooling: 100% after the first layers
Wall Generator: Arachne recommended for thin details
Seam Position: Rear / nearest corner where possible
Speed
For the cleanest result:
Outer Wall: 50–80 mm/s
Inner Wall: 100–150 mm/s
Infill: 150–200 mm/s
Top Surface: 60–100 mm/s
First Layer: 30–40 mm/s
💡 Tip: Because the design contains many thin lines, I recommend using Arachne wall generation and avoiding extremely high outer-wall speeds.
If some of the smallest elements become too thin after scaling down, increase the size slightly rather than increasing extrusion width too aggressively.