Cover Led Panel 64x64 + ESP32 Support

📦 Cover with ESP32 Mount for 64×64 LED Panel

This 3D-printable enclosure is designed to host a 64×64 RGB LED panel (approximately 192×192 mm format) together with an ESP32 board, the core of the control system. The goal is to provide a single structure that works both as a protective cover and as a mounting frame for the electronics, avoiding improvised brackets and exposed cables.

🔹 Design features

• 📐 Compatible with HUB75 64×64 modules
• 🧠 Dedicated housing for ESP32 with USB port access
• 🧵 Designed for M3 threaded heat-set inserts
• 🔩 Fastening system based on M3 screws of various lengths
• 🛣 Internal channels for routing ribbon and power cables
• 🖨 Optimized for FDM printing with no complex supports

The M3 threaded inserts allow the cover to be screwed and unscrewed multiple times without damaging the plastic, while the M3 screws (typically M3x8 mm, M3x10 mm, M3x12 mm, and M3x16 mm) are used to:

• secure the LED panel to the frame,
• lock the ESP32 mount in place,
• join the enclosure bodies.

🧰 Recommended mounting hardware

M3 Screw Assortment

👉 https://amzn.to/49bcSNK

Very useful kit for 3D printing: includes many sizes with socket-head and countersunk screws, ideal for HUB75/Fusion assemblies and for the holes of this cover.

M3 Heat-Set Threaded Inserts

👉 https://amzn.to/4skKGzk

Brass inserts to install with a soldering iron after printing. They make the part more professional and resistant to vibrations.

🔗 Electronics used in this project

🧠 ESP32

Microcontroller with Wi-Fi and Bluetooth, suitable for driving HUB75 panels and firmware such as WLED, PxMatrix, ESP-HUB75.

👉 https://amzn.to/4q9igqr

🔲 HUB75 64×64 LED Panel

High-resolution RGB LED module for info-displays, clocks, real-time dashboards, and generative art projects.

👉 https://amzn.to/4ql69Xm

🛠 Ideal applications

✔️ Display controlled via web interface

✔️ IoT info-board (weather, crypto, sensors)

✔️ Artistic installations

✔️ Educational projects

✔️ Rapid prototyping with HUB75