FakeBlade Stadium Series
Print Profile(7)
Description
The Fake Blade Stadium Series
The Fake Blade Stadium Series is a collection of custom battle arenas designed specifically for Fake Blade matches, with options tailored to different play styles and goals.
Some stadiums emphasize intense, fast-paced competition with high knockout potential, while others prioritize containment and stability, making them ideal for experimental testing and tuning high-RPM setups.
With variations in footprint, wall height, concavity, and filament use, these 3D-printable stadiums let you pick the right balance—whether you want quick KOs, a controlled testbed, or something in between.
All models are FDM 3D printer–friendly and come with both optimized print profiles and STEP files for easy modification.
Stadium Comparison at a Glance
Stadium Model | Walls | RPM Range | Gameplay Style | Filament Use | Footprint |
Small MK.1 | None | Low–Medium | Highest KO chance; fastest matches; self-KOs likely | 134g | Small |
Small MK.2 | None | Low–Medium | Same as MK.1, but more filament-efficient | 93g | Small |
Medium MK.1 | Low | Low–High | Balanced play; reduced self-KOs vs Small | 157g | Large |
Big MK.1 | High | Low–High | Safe testing arena; very low KO rate | 275g | Large |
Big MK.3 | High | Low–High | Improved containment vs MK.1; reduced filament | 189g | Large |
Quick Pick:
- Want maximum competition and KOs? → Small
- Need a safe testbed for high RPM? → Big
Want a middle ground? → Medium
Assembly & CAD Access
Complete assembly notes and print profiles are included in the project documentation.
All stadium models were designed in Onshape. You can explore or adapt the CAD here:
Open Onshape Model
Feel free to review the version history to see how each design evolved.
Remixing & Feedback
- Remixes and custom print profiles are encouraged.
- This is my first public release, and I’d love to see community variations and improvements.
- Feedback is welcome—I’m still learning, and your input helps refine future designs.
License
Comment & Rating (3)