--- product_id: 276275553 title: "6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit" brand: "dorhea" price: "679 DH" currency: MAD in_stock: true reviews_count: 8 category: "Dorhea" url: https://www.desertcart.ma/products/276275553-6pcs-esp32-d1-mini-nodemcu-d1-board-mh-et-live store_origin: MA region: Morocco --- # 240 MHz dual-core CPU speed Dual Wi-Fi & Bluetooth connectivity 5V tolerant GPIO pins 6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit **Brand:** dorhea **Price:** 679 DH **Availability:** ✅ In Stock ## Summary > 🚀 Elevate your IoT game with the ultimate ESP32 mini dev kit! ## Quick Answers - **What is this?** 6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit by dorhea - **How much does it cost?** 679 DH with free shipping - **Is it available?** Yes, in stock and ready to ship - **Where can I buy it?** [www.desertcart.ma](https://www.desertcart.ma/products/276275553-6pcs-esp32-d1-mini-nodemcu-d1-board-mh-et-live) ## Best For - dorhea enthusiasts ## Why This Product - Trusted dorhea brand quality - Free international shipping included - Worldwide delivery with tracking - 15-day hassle-free returns ## Key Features - • **Robust & Reliable:** 5V tolerant pins ensure stable operation with a wide range of sensors and devices. - • **Compact Powerhouse:** Smallest form factor with maximum GPIO access for sleek, professional DIY builds. - • **Seamless Connectivity:** Integrated Wi-Fi 802.11b/n and Bluetooth for versatile wireless control. - • **Blazing Fast Processing:** 240 MHz dual-core CPU powers complex IoT projects with ease. - • **Plug & Play Compatibility:** Same form factor as ESP8266 D1 Mini for effortless shield and accessory use. ## Overview The 6Pcs ESP32 D1 Mini NodeMCU kit features the powerful ESP-WROOM-32 dual-core 240 MHz processor with integrated Wi-Fi and Bluetooth, housed in a compact form factor compatible with WeMos mini shields. Designed for professional-grade IoT development, it offers 5V tolerant GPIO pins, 4MB RAM, and seamless Arduino IDE support, making it the go-to choice for millennial makers and managers aiming to build smart, connected projects with confidence and style. ## Description desertcart.com: 6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit : Electronics Review: A meager investment for a big helping of peace of mind. - Let me say first off, this board wouldnt be as good without great software support. To all the programmers and devs that have made sofrware for this, thank you. Finding code for this board was easy... literally... easy_target on github. Uploading the code was easy, download the arduino IDE, get the board definitions, download and unzip the code. Double click code, it moves the sketch into a folder named sketches, move the rest of the files into the same folder. Set the settings for the board specifics, and click upload, and it works. Just works, like magic. I didnt expect much from the ov2640 cameras considering Ive tried processing on other esp32 boards and even if next to an AP you cant expect much throughput off the PCB antenna trace. These do OK at this actually, 5-10 meters from the router you can get 3-5 FPS at 800x600 resolution, raise the resolution up and you run into processor limitations. Add an external antenna (not the bingfu ones other sellers package them with, signal declines with them) and you get up to 10 fps at the same distances. The lenses themselves are a miracle on their own but if you get the 160 FOV one it gets crazy. You can clearly see things 90 degrees to the right of the camera module. so 20 for 3 pcs here+ the suggested stuff bought with it and you get a fairly good security camera. All the images have a... nostolgic quality to them, like watching a vacuum tube television, I imagine its the glass in the lense but who knows, looks great, less filling. All in all Espressif outdid themselves with this design, and I cant wait to check out some of their newer chips. Review: Solid enough that I have bought the 8-pack five times - These are absolutely rock solid. I actually wish I could buy them in bigger quantities for a better discount, even though $5 apiece isn't bad at all. Out of the forty of these I have purchased, not one of them was DOA. To program them from the Arduino IDE, you have to install Espressif ESP32 support. Use "AI-Thinker ESP32-CAM" or "ESP32 Dev Module" as the board in the Arduino IDE, and it'll program perfectly. The "worst part" is that Windows assigns a new COM port number to each board you connect, so it can be a little awkward to figure out which one is the right one - this is a Windows problem, not a problem with these boards. I haven't had any problem at all with them being detected by Windows or Linux. I haven't had any interest in programming them in Micro Python so have no suggestions for doing so. These are actually ESP32s. The vendor's description is a little confusing by saying it is ESP32 and ESP8266. They use the ESP-WROOM-32 module. They use the same pin footprint as the ESP8266 version of the D1 Mini - the eight pins marked with the white bar on the silkscreen have the same general functions and spacing as the ESP8266 D1 Mini. 5v, 3v3, Ground, Rx/Tx, RST are the same pins, and the remaining pins are GPIO pins (albeit different GPIO numbers). I have done a lot with home automation (at home and at the small business I work for), creating my own devices, saving quite a bit of money in the process. I have had a lot of fun with serially-addressable LED strips (WS2812). I am building a wheelchair bot, using two of these as the "brains," and one of them in the remote control. I have created a HUD in my vehicle, and am able to lock and unlock the car doors via Bluetooth or WiFi. I created an access control system for a local makerspace, allowing general members to connect via WiFi to the ESP and activate the electronic lock when a managing member is present. These are beautifully capable with a high clock speed and a nice amount of flash and RAM available. With many of my projects I feel like I'm underutilizing them, since they are capable of much more - but for the price, I don't feel like I'm wasting money when I only use one or two GPIOs. The ONLY functional problem I have had with these, which frustrated me for a bit, is that the ESP WiFi radio overloads PIR sensors, making them constantly false-detect movement when they're put into a small case - separating them by about three feet resolves the problem. I prefer these over other ESP modules because they are the smallest form factor with access to more GPIOs than any single project has needed and they are reliably 5v tolerant (two devices have been running constantly with 5v sensors connected and no level translation for 18+ months). I have a large collection of 5-volt devices, so really don't want to have to switch to 3v3 yet. These fit perfectly into 3/4 inch or larger PVC electrical pull conduit bodies, which is a cheap and easy way to make projects portable, protected, and even waterproof, and I can pick those up at the local home improvement store. I bought some 2x10 DuPont connector housings, which are great for making cable connections to the other components these will interface with (using the wire and DuPont cable terminals I also have). I made a couple of cables specifically for breadboarding that I reuse when I finish a design and make it permanent. I almost always solder pins to the side with Vcc and ground next to each other, and attach pins on the other side when occasionally needed. ## Features - The WeMos d1 mini ESP32 Pro development board, everything needed to program the latest ESP32 module (the ESP-WROOM-32), ESP32/32S WIFI Development Bluetooth ESP8266 Module CP2104 for Arduino. - Different than ESP8266 Mini V2 and ESP8266 D1 Pro, the ESP32 D1 carries the ESP32-WROOM-32 module while keeping the same form factor. - The DOIT esp32 devkit is a single chip solution that combines Bluetooth and 2.4 GHz Wi-Fi capabilities. - The WeMos mini d1 family of boards is one of the latest additions to the ESP32- and ESP8266-based Internet Of Things (IoT) ecosystem. - Together with a growing set of expansion boards (shields), the WeMos family is a great solution for building projects quickly using both the ESP8266 and ESP32 SoC. ## Technical Specifications | Specification | Value | |---------------|-------| | ASIN | B08ND91YB8 | | Best Sellers Rank | #1,394 in Single Board Computers (Computers & Accessories) | | Brand | DORHEA | | Built-In Media | 6 X mini ESP32 Module Kit | | CPU Speed | 240 MHz | | Compatible Devices | WeMos mini shields compatible devices | | Connectivity Technology | Bluetooth, GPIO, I2C, USB, Wi-Fi | | Customer Reviews | 4.1 out of 5 stars 103 Reviews | | Manufacturer | DORHEA | | Memory Storage Capacity | 4 MB | | Model Name | ESP32 D1 Mini | | Number of Items | 6 | | Number of Packs | 6 | | Operating System | FreeRTOS, Linux | | Processor Brand | Espressif | | Processor Count | 2 | | Processor Speed | 240 MHz | | RAM Memory Installed | 4 MB | | RAM Memory Technology | LPDDR3 | | Ram Memory Installed Size | 4 MB | | Total Usb Ports | 1 | | UPC | 701715440425 | | Unit Count | 6 Count | | Wireless Compability | 802.11b, 802.11n, Bluetooth | ## Product Details - **Brand:** DORHEA - **Model Name:** ESP32 D1 Mini - **Ram Memory Installed Size:** 4 MB - **Memory Storage Capacity:** 4 MB - **CPU Speed:** 240 MHz ## Images ![6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Image 1](https://m.media-amazon.com/images/I/812wReKNYhS.jpg) ![6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Image 2](https://m.media-amazon.com/images/I/61JDKsXUC5S.jpg) ![6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Image 3](https://m.media-amazon.com/images/I/71u7eBPDxVS.jpg) ![6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Image 4](https://m.media-amazon.com/images/I/71x0fkDLI1L.jpg) ![6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Image 5](https://m.media-amazon.com/images/I/71CnxdtOAhS.jpg) ## Available Options This product comes in different **Color** options. ## Customer Reviews ### ⭐⭐⭐⭐⭐ A meager investment for a big helping of peace of mind. *by A***M on December 22, 2024* Let me say first off, this board wouldnt be as good without great software support. To all the programmers and devs that have made sofrware for this, thank you. Finding code for this board was easy... literally... easy_target on github. Uploading the code was easy, download the arduino IDE, get the board definitions, download and unzip the code. Double click code, it moves the sketch into a folder named sketches, move the rest of the files into the same folder. Set the settings for the board specifics, and click upload, and it works. Just works, like magic. I didnt expect much from the ov2640 cameras considering Ive tried processing on other esp32 boards and even if next to an AP you cant expect much throughput off the PCB antenna trace. These do OK at this actually, 5-10 meters from the router you can get 3-5 FPS at 800x600 resolution, raise the resolution up and you run into processor limitations. Add an external antenna (not the bingfu ones other sellers package them with, signal declines with them) and you get up to 10 fps at the same distances. The lenses themselves are a miracle on their own but if you get the 160 FOV one it gets crazy. You can clearly see things 90 degrees to the right of the camera module. so 20 for 3 pcs here+ the suggested stuff bought with it and you get a fairly good security camera. All the images have a... nostolgic quality to them, like watching a vacuum tube television, I imagine its the glass in the lense but who knows, looks great, less filling. All in all Espressif outdid themselves with this design, and I cant wait to check out some of their newer chips. ### ⭐⭐⭐⭐⭐ Solid enough that I have bought the 8-pack five times *by C***N on April 24, 2024* These are absolutely rock solid. I actually wish I could buy them in bigger quantities for a better discount, even though $5 apiece isn't bad at all. Out of the forty of these I have purchased, not one of them was DOA. To program them from the Arduino IDE, you have to install Espressif ESP32 support. Use "AI-Thinker ESP32-CAM" or "ESP32 Dev Module" as the board in the Arduino IDE, and it'll program perfectly. The "worst part" is that Windows assigns a new COM port number to each board you connect, so it can be a little awkward to figure out which one is the right one - this is a Windows problem, not a problem with these boards. I haven't had any problem at all with them being detected by Windows or Linux. I haven't had any interest in programming them in Micro Python so have no suggestions for doing so. These are actually ESP32s. The vendor's description is a little confusing by saying it is ESP32 and ESP8266. They use the ESP-WROOM-32 module. They use the same pin footprint as the ESP8266 version of the D1 Mini - the eight pins marked with the white bar on the silkscreen have the same general functions and spacing as the ESP8266 D1 Mini. 5v, 3v3, Ground, Rx/Tx, RST are the same pins, and the remaining pins are GPIO pins (albeit different GPIO numbers). I have done a lot with home automation (at home and at the small business I work for), creating my own devices, saving quite a bit of money in the process. I have had a lot of fun with serially-addressable LED strips (WS2812). I am building a wheelchair bot, using two of these as the "brains," and one of them in the remote control. I have created a HUD in my vehicle, and am able to lock and unlock the car doors via Bluetooth or WiFi. I created an access control system for a local makerspace, allowing general members to connect via WiFi to the ESP and activate the electronic lock when a managing member is present. These are beautifully capable with a high clock speed and a nice amount of flash and RAM available. With many of my projects I feel like I'm underutilizing them, since they are capable of much more - but for the price, I don't feel like I'm wasting money when I only use one or two GPIOs. The ONLY functional problem I have had with these, which frustrated me for a bit, is that the ESP WiFi radio overloads PIR sensors, making them constantly false-detect movement when they're put into a small case - separating them by about three feet resolves the problem. I prefer these over other ESP modules because they are the smallest form factor with access to more GPIOs than any single project has needed and they are reliably 5v tolerant (two devices have been running constantly with 5v sensors connected and no level translation for 18+ months). I have a large collection of 5-volt devices, so really don't want to have to switch to 3v3 yet. These fit perfectly into 3/4 inch or larger PVC electrical pull conduit bodies, which is a cheap and easy way to make projects portable, protected, and even waterproof, and I can pick those up at the local home improvement store. I bought some 2x10 DuPont connector housings, which are great for making cable connections to the other components these will interface with (using the wire and DuPont cable terminals I also have). I made a couple of cables specifically for breadboarding that I reuse when I finish a design and make it permanent. I almost always solder pins to the side with Vcc and ground next to each other, and attach pins on the other side when occasionally needed. ### ⭐⭐⭐⭐ Took some work to get programmed *by G***C on July 8, 2024* Ran into all kinds of issues. Read all the forums with people having issues with these boards. I experienced everyone of them. First complaining there was no coredump partition. Put in parameters for a coredump partition in the partition.csv file. No matter what I tried I ended up with a board constantly resetting itself upon boot. Or, when I tried reuploading the code I just got ............ Never getting to the point where I got an IP address to connect to the ESP32 to see any camera images. Finally I tried nixing the USB shield and programming the ESP32 Cam board through an Arduino Uno. Programmed without a problem. Removed the rst to ground jumper, powered the board off and on again and the board booted up just like it's supposed to. Got the IP address, connected through Chrome, pressed Start Streaming and everything just worked. Not sure what's up with the USB shield. Reset button stuck? Who knows. Why was it complaining about no coredump partition when it doesn't need one? Don't know that either. Super frustrating, nights of troubleshooting. Almost gave up. But programming through the Nano instead was easy as pie. Just Google how to program an ESP32 Cam with Arduino Nano and follow the instructions for pin connections. It's easier. I suggest just buying the ESO32 Cam board without the USB shield to save yourself a buck and lots of hair pulling frustration. . Attemting to use it was enormously frustrating. Am I clear about how frustrating it was trying to program with the USB shield? It was that frustrating. Camera speed and wifi connect speed is just fine, now that the board is programmed and working. I have lines through the images now but that's because I am powering the board through the Nano from a USB to my laptop which isn't quite enough power. Once I add a different 5v power sourse those lines should go away. Boards also not the best quality, can't read the silkscreen print or the pins. Not clear at all. ## Frequently Bought Together - 6Pcs ESP32 D1 Mini NodeMCU D1 Board MH-ET Live MiniKit for ESP32 WiFi Module Bluetooth Internet of Development Board Based ESP8266 Fully Functional with Pins for WeMos D1 DIY Kit - Teyleten Robot INMP441 Omnidirectional Microphone Module MEMS High Precision Low Power I2S Interface for ESP32 (5PCS) --- ## Why Shop on Desertcart? - 🛒 **Trusted by 1.3+ Million Shoppers** — Serving international shoppers since 2016 - 🌍 **Shop Globally** — Access 737+ million products across 21 categories - 💰 **No Hidden Fees** — All customs, duties, and taxes included in the price - 🔄 **15-Day Free Returns** — Hassle-free returns (30 days for PRO members) - 🔒 **Secure Payments** — Trusted payment options with buyer protection - ⭐ **TrustPilot Rated 4.5/5** — Based on 8,000+ happy customer reviews **Shop now:** [https://www.desertcart.ma/products/276275553-6pcs-esp32-d1-mini-nodemcu-d1-board-mh-et-live](https://www.desertcart.ma/products/276275553-6pcs-esp32-d1-mini-nodemcu-d1-board-mh-et-live) --- *Product available on Desertcart Morocco* *Store origin: MA* *Last updated: 2026-11-02*