wemos mini d1 3d models

This is a holder for the Wemos D1 mini prototype board. It is a tight fit. ...While implementing the project, I followed a similar project: https://www.thingiverse.com/thing:3316703 Additionally, the mount can be screwed on two DIN Rail mount...

I created a simple motion sensor case for my Wemos D1 Mini to integrate seamlessly with Home Assistant (Hassio). The larger PIR sensor produced inconsistent results, so I switched to the smaller model, which has worked flawlessly. To help others who...

This is a Modular Housing for the Wemos D1 Mini I originally designed this for some LED installations, but used it in a variety of other usecases. ... Feel free to design your own accesoires to fit it your needs :) <h3>Bottom-parts:</h3> -M3...

After carefully soldering all components together, UPDATE: I realized that the Pro Micro lacks chips on its bottom surface, unlike the standard D1 Mini. To address this difference, I added one chip for each board type - the Pro Micro and the...

I made a little case for an Wemos D1 mini and a single slot relay.&nbsp;The housing is completely closed except for the openings for USB and the relay. It is best to wire the relay first and then carefully push it into the housing. I used my own...

This is running a tweaked version of HA-Glow Project (ESPHome) to have two pulse_meters (Energy Import/Energy Export)Please note this fits the Wemos D1 Mini v3. ...The Wemos D1 Mini v2 does not fit.I adjusted the size of the USB port to be able to fit...

This compact holder fits snugly around a Wemos D1 Mini and a small breadboard, making ESP8266 project development easy and efficient. Genuine Wemos modules feature USB and reset buttons below the board, while some clones have them positioned above. A...

I'm not wasting a pro on a relay :) Now I've actually soldered everything UPDATE: So I forgot the pro has no chips on the bottom of the board whereas the stamdard d1 mini has. ...I've added one for the pro and one for the standard.</p> <p>A happy...

This design iteration showcases a casing that can house multi clamps, a 220V-12V transformer (I'm using 1A USB power connectors for this purpose), a single-channel relay and a WEMOS D1 mini board (potentially a NodMCU). The design is straightforward,...

I'm gradually integrating intelligent devices into my household, starting with one that can accommodate a Wemos D1 mini and a DHT22 sensor. The design is straightforward, eschewing elaborate mounts or screw placements since I'm working with existing...

This is one design iteration for a casing that can house various multi-clamp setups, a 220V-to-12V transformer (I'm utilizing 1A USB power connectors for this), a single-channel relay, and a WEMOS D1 mini (possibly an NodMCU) \nThe design is...

This is a preliminary design concept for a versatile enclosure that can house multiple clamp assemblies, a 220V to 12V adapter (powered via USB Type-A connectors with 1A current rating), a single-channel relay module, and a WEMOS D1 mini...

Minimalistic holder with legs for Wemos D1 mini on the back of the MAX7219 display - clamps simply slides to the MAX7219 PCB. I also uploaded FreeCAD files so you can adjust measures if needed. My ESP8266 clock also has two sensors - LDR for...

\r\n\r\nA highly compact case designed specifically for the WeMos D1 Mini\r\n\r\nWARNING: I've crafted this case to fit my WeMos board with extremely tight tolerances. While I hope it will accommodate as many boards as possible, I apologize in...

UPDATE: Added a "Rugged" version with clips (pretty flimsy, take care) for an increased holding strength. A very slim case for the WeMos D1 Mini DISCLAIMER: I've designed this case to fit my WeMos board with very small tolerances. I hope it will fit...

This is the cover for the creation of an IRBlaster using a Wemos D1 Mini, an ESP-8266 based board. The library IRremoteESP8266, found at https://github.com/markszabo/IRremoteESP8266, was used as the foundation for this project. What's truly...

I'm designing a smart device enclosure for my family's home, incorporating various components such as multi-clamps, a 220V to 12V converter, a single-channel relay, and a WEMOS D1 mini microcontroller. This initial design is straightforward, avoiding...

This design iteration focuses on a case that can hold multiple clamps, a 220V to 12V converter using 1A USB power connectors, a single-channel relay, and a WEMOS D1 mini (possibly a NodeMCU). The design is straightforward, featuring no elaborate...

This design concept is for a housing unit that will hold several multi-position clamps, a 220V to 12V transformer (I've opted for 1A USB power connectors as a suitable interface), a single-channel relay module and a WEMOS D1 mini board...

I needed a custom case that offered easy access to VCC and ground pins, so I designed one specifically for the Wemos D1 Mini and Relay Shield. The existing cases available were nice, but they lacked a snap-together design that would eliminate the...

I'm kicking off a series of "smart" device additions to the family home, starting with one that can accommodate a Wemos D1 mini and a DHT22 sensor. The design is sleek and straightforward, eliminating the need for elaborate mounts or screw placements...

This is one design iteration for a housing unit that can accommodate multiple clamps, a 220V to 12V converter (I'm utilizing 1A USB power connectors for this), a single-channel relay and a WEMOS D1 mini (possibly an NodMCU). The design is...

This is one design concept for a case that can house multi clamps, a 220V to 12V converter (I'm utilizing 1A USB power connectors), a single channel relay and a WEMOS D1 mini (potentially a NodMCU). The design is straightforward, no complex mounts...

This is another sensor box built with the following components: * WeMos D1 Mini microcontroller * TEMT6000 Light Sensor for detecting light levels * AM312 PIR Motion Sensor for motion detection * BME280 Temperature, Humidity, and Barometric Pressure...

This fixture securely holds a Wemos D1 Mini in place, allowing for easy attachment via glue or by placing rubber sheets beneath it to stabilize the sensor. Alternatively, a rubber band can be applied directly to secure the sensor firmly. To mount...

I found that the standard NodeMCU (ESP8266) has mounting holes at its corners, so I created a D1 mini mount with those same hole dimensions. To use a D1 mini in this project, you'll need to print it at 0.2mm layer height with a 0.4mm nozzle on your...

I wanted to use a D1 mini as all the presence cubes on here were using NodeMCUs and were huge, ended up making 4-5 different prototypes before I settled on a design that should fit most USB cables. I used a 8 LED ring WS2812 from Aliexpress...

I put some foam between the card and the sensor to avoid influencing the heat released by the Wemos. "Voronoi version" is printed normally with supports as well, but they are very difficult to remove without breaking the part. ... I advise to print...

Case for Wemos D1 mini and 433MHz transmitter or receiver, such as the WL101-341 or WL102-341. This case can be used with other sensors as well. ...The design is explained in detail at...

Forked source and wiring directions: https://github.com/j4c3/mavic-mini-battery-info I used a bit of super-glue to keep the JST PHR-6 connector in place. Category: R/C Vehicles