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ESP32-C3 SuperMini Case | Options

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ESP32-C3 Super Mini | Options
ESP32-C3 Super Mini | Options
Designer
1.6 h
1 plate
5.0(76)

ESP32-C3 Super Mini | 3-Wire-Hole | Options
ESP32-C3 Super Mini | 3-Wire-Hole | Options
Designer
1.4 h
1 plate
4.9(12)

0.16mm layer, 2 walls, 15% infill
0.16mm layer, 2 walls, 15% infill
19 min
1 plate
5.0(1)

Open in Bambu Studio
Boost
384
1130
139
72
1.5 k
904
Released 

Description

This case is designed to protect your ESP32-C3 Super Mini board without any hassle. 
It comes in multiple variants to accommodate different header setups, making it easy to tailor the design to your needs.

 

🔧Key Features

  • Snap-Fit Closure: Locks securely yet opens easily with the built-in opener
  • Cooling Holes: To keep your board cool
  • Accessible Buttons: Boot and reset buttons can be pressed from outside
  • LED Openings: Clearly visible indicator LEDs through dedicated holes.
    You can insert a peace of transparent PLA as a light transmitter (See picture).
  • Wall Mount: Screw or Magnetic mount
    Press in a 8x2mm Super Magnet (No glue needed)

Changes

  • 2025-06-05 Added Wall Mounts for all cases
  • 2026-06-11 Redesign
    - Added cooling holes
    - Added magnetic mount
    - Several improvements

🖨️ Printing Recommendations

  • Material: PLA
  • Layer Height: 0.16 mm
  • No Supports
  • Variants (All on one Printing Plate. Remove what you do not need!):
    1. Slim Case: No Header Holes
    2. Slim Case: Headers Holes
    3. Middle Size: No Header Holes. Cable Hole for direct wiring.
    4. Big: Header is enclosed but still accessible, with an additional cable hole
    5. Big: No Header holes. For direct wiring of the ESP32-C3 board via cables (3.8mm Hole)
    6. Middle: No Header holes. Cable Hole 2.0 x 5.5 mm
    7. Big: No Header holes. Cable Hole 2.0 x 5.5 mm
    8. Super Big: No Header holes. Cable Hole 2.0 x 5.5 mm

Programming

    I'm a great fan of MicroPython.
    Using Thonny! It is pretty easy to run your first program.

 

    import time

    from machine import Pin

 

    led = Pin(8, Pin.OUT)

    while True:

        led.value(not led.value())

        time.sleep(1)

 

🔗 Links

 

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License

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