3.0K
OHKickstarter link in bio! #arduino #robotics #computervision #pcbdesign #coding
@ohmlab.co.uk
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2.6K
ARArduino explained in 60 Seconds!
#robonyx #electronics #robotics #DIYElectronics #arduino raspberrypi engineering techinnovation makermovement STEM Innovation loT
Automation
@archengineered_
311
BUFrom Arduino to ESP32 to Raspberry Pi, there are so many boards… but which one should you actually use? 🤔
Each board is built for a different purpose:
• Arduino → simple projects & beginners
• ESP32 → WiFi + IoT projects
• Raspberry Pi → mini computer projects
• Jetson Nano → AI & advanced applications
If you’re just starting, don’t overthink:
👉 Start with Arduino Uno or Nano
Save this post 📌 — you’ll need it when building your first project
Comment “START” and I’ll suggest your first project 💡
#beginnerprojectideas #trend #microcontroller #reels #viralreels
@buildwith_techbyte_page
425
CA#Dissassembly#ublox#analongsynth#artDuino#roboticaeducacionalretrocomputingsensorbaixistaartduinoraspberrypi3bplusbreadboardaltiumdesignerfpvracingdronesledtechlipochargeratmegatonethronexilin
@cassey_ic.pcb
257
FAFrom Beeps to Melodies! 🎶🤖
In our last video, we gave our robot a "beep." Today, we’re giving it a "voice!"
We’re swapping the Active Buzzer for a Passive Buzzer. The difference? While an active buzzer only knows one note, a passive buzzer is like a tiny speaker that can play anything from "Do-Re-Mi" to your favorite movie theme! 🎹
By programming a Sequence, we’ve taught the Arduino to play a full melody with just one button press.
What’s new today:
✅ Passive Buzzer: The "Musician" of components.
✅ The tone Command: How we tell the Arduino to vibrate at specific frequencies.
✅ Automation: One click, one full song!
Drop a 🎵 if you want to see the code for a Star Wars theme next!
#KidsRobotics #STEMTeacher #ArduinoMusic #PassiveBuzzer #LearnToCode
@faran.robocreators
145
FAGiving our Robot EYES! 👁️🤖
We’ve made our robot blink, click, and sing... but today, it officially starts to SEE!
In this lesson, we’re swapping the manual button for a Photoresistor (LDR). Think of it as the robot’s retina. Unlike a button that is just "ON" or "OFF," the LDR feels a whole range of light.
What’s happening inside:
⚡ The LDR: Changes electricity flow based on brightness.
🔢 Analog Pin A0: Reads a "Spectrum" of numbers (0–1023) instead of just 0 or 1.
🌙 The Logic: When the light level drops, the Arduino makes an autonomous decision to turn the LED on!
This is exactly how the streetlights in your neighborhood know when to turn on at dinner time. 🏠✨
Next Lesson: We’re adding Distance Sensors so the robot can walk without bumping into walls! 🧱
#KidsRobotics #ArduinoTeacher #STEMEducation #LDRSensor #CodingForKids
@faran.robocreators
16.2K
_PMake your own Desktop Mate(BOBO)
#diy #esp32 #electronics #arduino #arduinoprojects
@_pr_tech
1.5K
RIThe ONLY 10 Microcontroller Boards You Need in 2026!
Are you overwhelmed by the number of microcontrollers on the market? 🛑 In this video, we rank the Top 10 Microcontroller Boards for 2026 to help you choose the perfect brain for your next project. From the classic Arduino Uno to high-performance AI-capable boards, we’ve got you covered.
What’s inside the Top 10:
Arduino UNO R3 & Mega: The gold standard for learning and education.
UNO R4 Minima & WiFi: A powerful ARM Cortex-M4 upgrade with modern features.
Raspberry Pi Pico 2 & 2 W: High-performance, affordable, and now with a wireless option.
Teensy 4.1: The absolute "speed monster" for audio and real-time control.
Arduino GIGA: Built for serious robotics and complex systems.
STM32 Nucleo: The industrial choice for reliable prototyping.
ESP32-C6 & C5: The masters of connectivity featuring Wi-Fi 6, Thread, and Zigbee.
Whether you are a student, a DIY maker, or an embedded engineer, this guide will save you time and money by ensuring you pick the right hardware from the start.
#Microcontrollers #Arduino #RaspberryPi #ESP32 #EmbeddedSystems IoT STEM Electronics Engineering Makers Teensy STM32 Tech2026
@rightenergysystem
141
SHEver wanted to learn how to build your own robots from scratch using real-world hardware? Stay tuned🤖
@shadowlesslabs
472
ACESP32 vs Micro:bit vs Arduino . Which One to Buy?
Getting Started with Coding, if you need more guidance, please follow and like us, leave your msg in comment or DM us, I will give a perferct budget choice for you.
#acebott #ESP32 #microbit #arduino #iot
@acebott.robotics
20.5K
ELWe hit 10K! 🎉 Thank you all for being part of this.
As promised, the full documentation and code for "Seven" (my 3-DOF Robotic Arm) is now public on my GitHub. Link in bio!
#arduino #robotics #3dprint #engineering #roboticarm
@eleven.cpp
4.8K
ELSmall board. Serious embedded features!
This week we are looking at the PocketBeagle 2, a compact single board computer built for hardware-focused projects.
• Quad core ARM Cortex A53 up to 1.4 GHz
• Cortex M4F for real-time control
• Dual PRU subsystem for fast interfacing
• 52 digital IO pins
• 8 analog inputs
• 512MB LPDDR4 RAM
• MicroSD storage
• USB-C power, UART debug, and JTAG
• Only 55 x 35 mm
Why do we like it?
• Strong fit for robotics
• Useful for CNC control
• Good for IoT edge devices
• Great for developers and students who want direct hardware access
Quick example:
You could run Linux on the A53 cores, then handle precise motor or sensor timing on the real-time side. That makes it a solid board for projects where timing matters.
🎥 Watch the full review via the link in our bio!
🏆 Giveaway time
Tell us in the comments what you would build with PocketBeagle 2 for a chance to win.
#PocketBeagle2 #EmbeddedSystems #Electronics #HardwareEngineering #IoT #Robotics #CNC #BeagleBoard #Makers #ProductOfTheWeek
@electromaker_io
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