This project is a simple autonomous robot car built using Arduino. The car uses an ultrasonic sensor to detect obstacles in front of it and automatically changes its direction to avoid collisions.

int echoPin = A5; // Echo pin of HC-SR04 (Connected to A5) // Motor shield motor objects AF_DCMotor rightFront(1); // Right Front Motor (M1) AF_DCMotor rightBack(2 ...

Echolocating bats can fly through complex environments in complete darkness. Swift and apparently effortless obstacle avoidance is the most fundamental function supported by biosonar. Despite the ...

Okay, we’ve just left May and stepped into June, why are we talking about Arduino Day — traditionally a March 16 th event where makers congregate and share projects? I live in Ho Chi Minh City, and ...

A high-quality robot vacuum—one that’s proven to reliably pick up pet hair—can be a game changer for pet owners looking to cut down on daily home maintenance. After our team of pet owners put several ...

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Abstract: Dynamic obstacle avoidance (DOA) for unmanned aerial vehicles (UAVs) requires fast reaction under limited onboard resources. We introduce the distributionally robust acceleration control ...