Telegram Web
🔥CREALITY 3D Printer Ender-3
Sale -20%
>DIY KIT
>Quick heating
>High precision
>Easier to level
>High quality extruder
>Resume printing
>Stable power supply
🌟 Buy with discount ➡️ http://ali.pub/4siv2u ⬅️
🌟 MrK Blockvader
MrK_Blockvader is a fun little robot with tiny buzzer, but don't let the blocky look fools you. He could be equipped with the color sensor, distance sensor, a radio module to communicate with other Blocky with alike capability, with a base or with a controller.
Learn more ➡️ https://www.instructables.com/id/MrK-Blockvader/
💥 Step drill bits 💥
> 4-12/20/32 mm
> high quality HSS steel
> Titanium coat
💵 Starts at 7.91$
Buy here ➡️ http://ali.pub/4t7dgg ⬅️
🔥 Pong Tennis With LED Matrix, Arduino and Joysticks
This project is intended for beginners and experienced tinkerers alike. At a basic level it can be done with a breadboard, jumper wires and stuck to to a piece of scrap material (I used wood) with Blu-Tack and no soldering. However on a more advanced level it can be soldered to perf board or a custom PCB.
Read more ➡️ https://www.instructables.com/id/Pong-Tennis-With-LED-Matrix-Arduino-and-Joysticks/
🌟 Solid-state relay modules for Arduino/RaspberryPI
1/2/4/8 ways
5V logic
Starts at 1.20$
Buy ➡️ http://ali.pub/4umy0g ⬅️
✈️ Obstacle Avoiding LEGO Robot
We love LEGO and we also love Crazy Circuits so we wanted to combine the two into a simple and fun robot that can avoid running into walls and other objects. We'll show you how we built ours, and outline the basics needed so you can build your own. Your version might not match ours exactly, and that's okay.
Read more ➡️ https://www.instructables.com/id/Obstacle-Avoiding-LEGO-Robot/
Arm-Bot: 3D Printed 4-DOF Robotic Arm

Arm-Bot is a handy and portable 4DOF robotic arm that can be used for fun and educational purposes (basics of Forward Kinematics and Reverse Kinematics as well as 4-bar linkages joints).
The design is such that the joint 2 and joint 3 are made as 4-bar linkage mechanism joints whereas the joint 1 and joint 4 are simple rotatory joints. It is a Spherical configuration robot.

Do it yourself ➡️ https://www.instructables.com/Arm-Bot-3D-Printed-4-DOF-Robotic-Arm/
Neowave - RGB WiFi Moodlamp

In this tutorial you will show you how to assemble this RGB lamp! The lamp is mostly 3D printed, and is easy to repeat by yourself. It uses an array of WS2812B individual addressable RGB LEDs, which gives it the ability to not only show every color, but also in different effects, like simulating a fire. All of this can be controlled via the app, WLED.

Do it yourself ➡️ https://www.instructables.com/Neowave-RGB-WiFi-Moodlamp/
Raspberry Pi Retro Arcade Machine

This tutorial will teach you how to install RetroPie on a Raspberry Pi. Before we get started, let’s provide definitions for a few technical terms you will see throughout the Instructable.

Raspberry Pi : is a credit card-sized, ARM-based, single-board nano computer designed by professors in the Department of Computer Science

RetroPie: Software that builds upon various projects to enable you to play your favorite arcade, home-console, and classic PC games with very little set-up.

Emulator: Software that enables a computer system to behave like another. In our case, enabling a Raspberry Pi to behave like several different video game consoles.

ROMs: Digital versions of game cartridges.

Let’s go ➡️ https://www.instructables.com/Raspberry-Pi-Retro-Arcade-Machine/
Perpetual Calendar With Google Calendar Connection

This project is an improved version of the calendar that author made more than a year ago, it still works very well and has become a common object in living room. If you’re a little more conservative, don't always have the phone in your hand and like that, you can see a monthly calendar in front of you and notice at a glance what date is today or next week on what date the weekend starts and very important, when the payday will be :)

Do it yourself ➡️ https://www.instructables.com/Perpetual-Calendar-With-Google-Calendar-Connection/
2024/11/14 01:34:48
Back to Top
HTML Embed Code: