DIYables GPIO Expansion Breakout Board for ESP32-S3 44 Pin, Solder Free, Prototying

Expansion BoardsFor ESP32
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DIYables ESP32-S3 GPIO extension board top view with labeled GVS pin rows and DC power jack Click to zoom
DIYables ESP32-S3 GPIO extension board top view with labeled GVS pin rows and DC power jackESP32-S3 N16R8 44 pin board shown above the expansion board socket, development board not includedESP32-S3-WROOM-1 board being inserted into the solder free 44 pin socket of the expansion boardAngled view of the ESP32-S3 expansion board showing color coded GVS headers and 44 pin socketsESP32-S3 GPIO extension board angled view with the 3.3V and 5V output pin blocks visibleESP32-S3 GPIO extension board showing both 44 pin sockets and the full double sided GVS rowsLabeled diagram of the digital IO pins, 3.3V and 5V outputs, DC 6.5 to 9V jack and mounting sockets

Quick Overview

The DIYables GPIO Expansion Board is a solder-free breakout board designed for 44 pin ESP32-S3 development boards. It provides convenient access to all GPIO pins with a well-aligned double-sided breakout layout, making it perfect for rapid prototyping, testing, and educational purposes. The double-layer PCB design ensures stable and reliable signal transmission, while the socket-style design lets you simply insert your ESP32-S3 board without any soldering required.

The double-sided pin breakout provides easy access for connecting sensors, displays, motors, and other peripherals with jumper wires or breadboards. Standard pitch pin headers are breadboard friendly, and the robust PCB construction ensures solid connectivity for both temporary prototyping and more permanent project setups. Compatible with Arduino IDE and MicroPython development environments.

Ideal for DIY electronics, IoT development, and embedded systems programming. Perfect for makers who need a convenient way to access all ESP32-S3 pins without soldering, educators teaching embedded systems, and developers prototyping IoT products. The solder-free design makes it easy to swap ESP32-S3 boards for testing or reuse the expansion board across multiple projects.

Key Features

  • Solder-Free Design — Simply insert the ESP32-S3 44 pin board into the socket without any soldering required
  • 44-Pin Double-Sided Breakout — All GPIO pins broken out on both sides of the board for easy access and wiring
  • Double-Layer PCB — Stable and reliable signal transmission with professional PCB construction
  • Breadboard Friendly Headers — Standard pitch pin headers plug directly into breadboards and jumper wires
  • Easy Prototyping — Quick setup for testing, development, and educational projects
  • Solid Connectivity — Well-aligned pin headers ensure stable connections with jumper wires
  • Reusable Design — Swap ESP32-S3 boards easily without desoldering for multiple projects
  • Arduino IDE Compatible — Works with Arduino IDE and MicroPython programming environments
  • Versatile Applications — Perfect for IoT development, DIY electronics, and embedded systems prototyping

SPECIFICATION

Specification Value
Product Type ESP32-S3 GPIO Expansion Breakout Board
Pin Configuration 44-pin socket with double-sided breakout
PCB Design Double-layer PCB for stable signal transmission
Connection Type Solder-free socket design
Pin Headers Standard pitch, compatible with breadboards and jumper wires
Breakout Layout All 44 GPIO pins accessible on both sides
Package Quantity 1 piece (ESP32-S3 board not included)
Compatibility Arduino IDE, MicroPython
Applications IoT development, prototyping, DIY electronics, embedded systems, educational projects

※ NOTE THAT:

Please pay attention to this before making a purchase. There are many variations of ESP32-S3 boards on the market, and there is no standard ESP32-S3 board. This expansion board does not work for all ESP32-S3 boards.

It works with ESP32-S3 boards that have exactly 44 pins matching this board's socket layout.

It does NOT work with ESP32-S3 boards that do not have exactly 44 pins or that use a different pin layout.

COMPATIBLE HARDWARE

  • ESP32-S3 development boards with 44 pins — direct socket insertion, no soldering
  • Temperature and humidity sensors — digital or I2C interface via breakout pins
  • OLED and LCD displays — I2C and SPI displays for visual feedback
  • Motion sensors (PIR, ultrasonic) — digital GPIO interface for detection applications
  • Relay modules — GPIO control for high-power device switching
  • Servo motors — PWM control for precise positioning
  • Breadboards and jumper wires — for prototyping and sensor connections