Collection of libraries and helpers for Micropython + Raspberry Pi Pico
Inspired by the wonderful Horizon card for HACS, and Alt-Azimuth telescope mounts, this project builds a real-life 3D Horizon Card to track the Sun using ESPHome, SG90 servo motors and an Altitude-Azimuth mount.
Hexapod breadboard-on-legs toy project based on ESP32-S3 with a voice, camera vision, autonomous basic movement and seeing. Uses OpenAI Realtime API and Structured Output API to process visual data and talk to the user in (delayed, due to processing power constraints) real time with a realistic voice.
This Moon Clock shows the Moon Phase using a globe
An Azimuth Tracker for the Sun and Moon
IoT Perception layer for smart parking system to streamline parking registration by detecting vehicle, read plat number, and handling the gate
Autonomous driving for Ferrari FXX K Lego Technic model.
A 4WD autonomous robot car built with an Arduino Uno R3 that uses an ultrasonic sensor mounted on a servo motor to detect and avoid obstacles in real time.
STM32 Nucleo-F401RE based smart car wiper and lighting system simulation. Features automatic/manual modes using water sensors, LDRs, and DHT11. Developed with ADC, PWM, and EXTI peripherals.
GY_61 3 axis acceleromter module example using rpi pico for aircraft roll stabilization
Bu proje, bir anahtarΔ± aΓ§tΔ±ΔΔ±nΔ±zda kutunun iΓ§inden bir kolun Γ§Δ±karak anahtarΔ± tekrar kapattΔ±ΔΔ± klasik bir "Gereksiz Kutu" (Useless Box) projesidir. Ancak bu kutunun gizli bir ΓΆzelliΔi var: **Sinir Bozucu Mod!**
An ESP32 based clock.
Automated Smart Faucet System powered by Arduino Nano. Features touchless water control using an HC-SR04 ultrasonic sensor and SG90 servo actuation to optimize hygiene and water conservation through real-time proximity detection.
Arduino project to control servo angle using rotary encoder. Beginner friendly tutorial with wiring diagram and source code.
I built a mini radar system using Arduino UNO, HC-SR04 Ultrasonic Sensor, and SG90 Servo Motor, paired with a JavaScript-based visualization dashboard π₯οΈ. The servo sweeps from 0Β° to 180Β°, collecting distance data thatβs displayed live as a radar scanπ‘ β just like a real motion tracker! β‘
Add a description, image, and links to the sg90-servo topic page so that developers can more easily learn about it.
To associate your repository with the sg90-servo topic, visit your repo's landing page and select "manage topics."