PSA: Lidar and high-powered lasers, increasingly common in cars and at entertainment venues, can cause permanent damage to smartphone cameras – even those built to withstand everyday wear. Users ...

LIDAR systems are quickly becoming a dominant player for anything needing to map out or navigate a complex 3D space, from self-driving cars to small Arduino-powered robots.

In May, the Addison Street bridge was reduced from two lanes in each direction to one lane in each direction, as work began ...

The Maker’s Pet Robotics Kit, a DIY ESP32-powered robot supporting Arduino and ROS2. With LiDAR-based navigation, obstacle detection, and autonomous movement, it's perfect for learning robotics and ...

Lidar plays a key role in cartography, mapping, localisation, ADAS, environment scanning, and more. It is widely used in robots, autonomous vehicles, and for intruder monitoring. However, many systems ...

The trolley utilises a LiDAR for mapping as well as obstacle detection and raspberry pi for processing information obtained from LiDAR, Arduino Mega for controlling the movement of wheels and a motor ...

Dive into the world of robotics with these 10 open-source projects, perfect for beginners eager to explore and learn robot programming.

Contribute to CO3-UPV/Modular_Lidar_ROS_Arduino development by creating an account on GitHub.

Green lasers have undeniably elevated the capabilities of LiDAR technology, enabling precise and efficient 3D mapping of our surroundings. Their enhanced visibility, compatibility with silicon ...

In the work, a software model based on the graph-based SLAM methodology is developed using the LIDAR technology, which allows direct and automatic control of the mobile robot in real-time. The ...