ESP32 Race Scales Load Cell Mounts
Print Profile(1)

Description
These 3D printable parts are designed for a DIY wireless ESP32 race scale system based on the open-source project by Travis Cea.
Instead of using three load cells per corner, this design supports four load cells per corner, while using three measuring platforms instead of four. This creates a naturally stable setup that always sits firmly on the ground, even on uneven workshop floors.
All structural parts have been redesigned from scratch to simplify assembly, improve stability, and provide a clean and professional appearance.
Electronics and firmware are compatible with the original DIY ESP32 Race Scales project. This upload contains only the custom 3D printable components.
⭐ Features
- Completely redesigned 3D printable parts
- Compatible with the DIY ESP32 Race Scales electronics (uses 3 HX711 per Scale)
- Uses 4 load cells per platform
- Three-platform design for improved stability
- Always stable without rocking
- Easy to print
- Designed for workshop use
- Clean cable routing
- Robust construction
📐 Design Advantages
Compared to the original concept:
- Uses 4 load cells instead of 3 per platform
- Only 3 platforms are required
- Stable on uneven floors
- Better weight distribution
- Simplified assembly
- Custom-designed printable parts
🖨 Recommended Print Settings
Material
- PETG (recommended)
- ABS
- ASA
Layer Height
0.20 mm
Infill
15-20%
Walls
4–5
Supports
Only where required
⚠ Important
This upload includes only the custom-designed 3D printable parts.
The electronics, firmware, and project documentation are based on the excellent open-source work by Travis Cea. Please refer to the original project for wiring, calibration, and software setup.
❤️ Credits
Inspired by the excellent open-source project:
DIY ESP32 Race Scales by Travis Cea
My contribution focuses on redesigned mechanical components featuring a more stable three-platform layout with four load cells per platform.
License
You may create derivative works based on this object, provided that all such derivative works are published exclusively on the MakerWorld platform and include proper attribution to the original creator. You may not share, upload, host, distribute, or publish this object—or any derivative work of this object—on any other digital platform, marketplace, or distribution channel. Commercial use of this object and any derivative works is strictly prohibited. This includes, but is not limited to, selling, renting, sublicensing, or using the object in any context in which you receive monetary compensation or other financial benefits.






















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