Arduino Mega 2560 Base Plate 3d models

##5mm RGB LED Base## (16-Hole/Through-Hole/5mm/RGB) Simple holder/base for a 16-hole RGB LED Project. 5mm Through-Hole variety works best. This was designed to hold an Arduino Nano, 18350 l-Ion cell, Micro USB charging module, and SPDT on/off master...

Arduino mood light housing crafted from salvaged illuminator of a discarded HP scanner/printer is still in the works. The top cover has been completed, and the base will be available shortly. For more details, check out this YouTube video:...

The base fits an LED strip, Arduino NANO board, and two holes in the center to run USB power to the NANO. It also features a rocker switch hole at the back that can be fed into where the NANO is located. The rocker can simply be inserted between...

The goal of this project is to give programming beginners a fund and practical exercise, by writing code for the arduino to draw shapes and sketches onto the bottle. #How to use --------------- The MatePlotter uses a common GT2 belt and 8mm...

This is servo-based door lock controlled by Arduino Nano and powered by standard SG90 servo. The means to open the lock can be anything, from simple keypad trough magnetic hall sensors to Bluetooth or RFID. This project contains complete material...

##5mm RGB LED Base## #### (16-Hole/Through-Hole/5mm/RGB) #### -------------------------------------------------------------------------------- This simple holder/base is perfect for a 16-hole RGB LED Project. The 5mm Through-Hole variety works best.

The individual in question is a human being, exhibiting a wide range of characteristics and abilities that distinguish them from other living organisms. They possess cognitive functions such as reasoning, problem-solving, and decision-making skills,...

This base case not only holds the Parallax PIR (Rev B) sensor and Arduino UNO R3 but also serves as a lid for badBrick's 9v power Brick. If you need one of these but don't have a 3D printer, badBrick can help print it for you. For MakerWare users,...

For electronic part I plan tu use Arduino Uno module, two 28BYJ-48 step motors with ULN2003 drivers - found on aliexpress: https://www.aliexpress.com/item/33017488245.html?spm=a2g0o.detail.1000023.7.e3501d68eX3IOI For axes I used the sliding axes...

Nonprinting parts list --------------------------- 1 x old HDD motor (for rotating table base) If you use different motor then you need to redesign Skeneris3-Sasi1 file; 2 x 28BYJ-48 step motors (for rotating table movement and for camera movement);...

Nonprinting parts list 1 x old HDD motor (for rotating table base) If you use different motor then you need to redesign Skeneris3-Sasi1 file; 2 x 28BYJ-48 step motors (for rotating table movement and for camera movement); 2 x ULN2003 drivers for...

Whipped up a quick drawer to hold small parts for prototyping. I chose not to use the existing screw holes present on original (in an effort to maximize drawer space) and just "glued" (soldering ironed) the top to the holder. the drawer has a...

Some china clones do not have same physical location of USB and Power connectors.

If you like my design, consider making a small contribution at paypal.me/RegisHsu. Instructions: Change: The original design has a 2mm misalignment in the USB opening. Adjust this. Add: Include a reset key so pushing the reset button becomes...

I made this housing, originally from https://www.thingiverse.com/thing:2219654/files, about 1 cm higher so that the 868 MHz board with the SX1211 fits underneath. ...Not a major change, but one or the other may be able to do something with it.

DESIGN OF ALL KINDS OF CABINETS FOR ELECTRONICS, HMI, PLC, CONTROL SYSTEMS, MODULAR, IP66, DIN RAIL, WALL. ETC DESIGN OF ALL KINDS OF CABINETS FOR ELECTRONICS, HMI, PLC, CONTROL SYSTEMS, MODULAR, IP66, DIN RAIL, WALL. ...ETC dci@ghltec.com.ar

These items serve solely for measuring purposes, and their accuracy does not extend to tenths of a millimeter.

!Alert! My first design is complete, but it has a couple of flaws. First off, the parts aren't properly aligned, and second, my stepper drivers on the ramps board overheat during longer prints, resulting in subpar prints due to poor air conditioning...

You've bolted on a new addition - that clamps into place securely now, making adjustments simpler than before!

Modified to fit two 40-millimeter fans, we've made significant improvements to the design. The lid now has added depth, providing a more substantial structure that can withstand the rigors of heavy use. A reset button access hole was strategically...

Recently, I saved money but ended up creating a large hole in the process; all in good humor!

Humans design printers that produce faster results while minimizing material usage, all thanks to the ingenious work of alligator77 on Thingiverse.

An innovative remix of a standard top allows you to utilize an 80mm case fan.

Whipped up a quick drawer to hold small parts for prototyping. I chose not to use the existing screw holes present on original (in an effort to maximize drawer space) and just "glued" (soldering ironed) the top to the holder. the drawer has a...

The engineer redesigned the system to accommodate an upgraded fan assembly. ...The new v3 model features a wider 80mm ventilation component that improves airflow significantly.

Here is a very straightforward fixture to secure a huge perpendicular jig against a 0.6 inch piece of laminated board material.

We've got an upgraded version of our quadruped design, dubbed Spidey. This larger model utilizes the same electronic components and software as its predecessor but ramps up the power with 12 MG996R servos. For a detailed guide on assembling and...

I redesigned the holder for using RAMPS in K8200 instead of the original board, keeping in mind that it could also be useful for T-slot printer bars, which I used in Wilson as well. To ensure easy assembly and secure fixation, I embedded the nuts...

A creation for my collage assignment involves constructing a flowmeter prototype, which utilizes an Arduino Uno R3 board and ultrasonic sensors as its core components.

We're making it possible for you to create your own biometric access controller at home using an Arduino Nano thanks to an affordable fingerprint sensor. Our staff writer, Johann Wyss, wrote this guide in issue 26 of our magazine back in September...