This development board has become my all-time favourite. I can't recommend this highly enough. There are many versions of ESP32 development boards on the market - but one of the features that attracted me to this one was the integrated display on board with all display connections already made. This simplifies my breadboard style projects, but for this design I wanted a project case to hold one of my successful designs, hence the pictures attached. The ESP32 T-Display development board is very powerful (contains two microprocessors) and highly versatile (with multiple general purpose GPIO pins, plus on-board WiFi and Bluetooth). An integral LiPoly battery charger is included on the board. It can be programmed using the Arduino IDE and has lots of library code support, making it a great starting place for electronics projects. The board can be put into a deep-sleep mode where it consumes typically 100 micro Amps, meaning that long-term battery operation is a real possibility, particularly for remote sensor operations. If you would like to 3D print a basic project case, I have put the print files for the standard design (case, snap-on lid, window for the display and slot for the USB C) on Thingiverse. https://www.thingiverse.com/thing:4586306 (Please note that the attached pictures show an enhanced project version of the basic case that includes an integral battery compartment plus extra holes to accommodate a switch, an encoder, a LED, and a couple of SMA connectors - please be aware that none of these extra features are included in the basic Thingiverse 3D print files. ) Enjoy!

This development board has become my all-time favourite. I can't recommend this highly enough. There are many versions of ESP32 development boards on the market - but one of the features that attracted me to this one was the integrated display on board with all display connections already made. This simplifies my breadboard style projects, but for this design I wanted a project case to hold one of my successful designs, hence the pictures attached. The ESP32 T-Display development board is very powerful (contains two microprocessors) and highly versatile (with multiple general purpose GPIO pins, plus on-board WiFi and Bluetooth). An integral LiPoly battery charger is included on the board. It can be programmed using the Arduino IDE and has lots of library code support, making it a great starting place for electronics projects. The board can be put into a deep-sleep mode where it consumes typically 100 micro Amps, meaning that long-term battery operation is a real possibility, particularly for remote sensor operations. If you would like to 3D print a basic project case, I have put the print files for the standard design (case, snap-on lid, window for the display and slot for the USB C) on Thingiverse. https://www.thingiverse.com/thing:4586306 (Please note that the attached pictures show an enhanced project version of the basic case that includes an integral battery compartment plus extra holes to accommodate a switch, an encoder, a LED, and a couple of SMA connectors - please be aware that none of these extra features are included in the basic Thingiverse 3D print files. ) Enjoy!

This development board has become my all-time favourite. I can't recommend this highly enough. There are many versions of ESP32 development boards on the market - but one of the features that attracted me to this one was the integrated display on board with all display connections already made. This simplifies my breadboard style projects, but for this design I wanted a project case to hold one of my successful designs, hence the pictures attached. The ESP32 T-Display development board is very powerful (contains two microprocessors) and highly versatile (with multiple general purpose GPIO pins, plus on-board WiFi and Bluetooth). An integral LiPoly battery charger is included on the board. It can be programmed using the Arduino IDE and has lots of library code support, making it a great starting place for electronics projects. The board can be put into a deep-sleep mode where it consumes typically 100 micro Amps, meaning that long-term battery operation is a real possibility, particularly for remote sensor operations. If you would like to 3D print a basic project case, I have put the print files for the standard design (case, snap-on lid, window for the display and slot for the USB C) on Thingiverse. https://www.thingiverse.com/thing:4586306 (Please note that the attached pictures show an enhanced project version of the basic case that includes an integral battery compartment plus extra holes to accommodate a switch, an encoder, a LED, and a couple of SMA connectors - please be aware that none of these extra features are included in the basic Thingiverse 3D print files. ) Enjoy!

amazing product! it has demo on it to see if it works! logo with all color tests. display very clear and high quality. left button for scanning networks and right button to see voltage. cant wait to tinker around with it. fast delivery, uk to nl in 9 days. worth it!

amazing product! it has demo on it to see if it works! logo with all color tests. display very clear and high quality. left button for scanning networks and right button to see voltage. cant wait to tinker around with it. fast delivery, uk to nl in 9 days. worth it!

amazing product! it has demo on it to see if it works! logo with all color tests. display very clear and high quality. left button for scanning networks and right button to see voltage. cant wait to tinker around with it. fast delivery, uk to nl in 9 days. worth it!