Autonomous Drone
3 reportsAutonomous Drone is a robotic system that combines sensing, control, actuation, planning, and interaction with a physical environment. Evaluation relies on safety validation, actuator system, and human interaction, including the costs, limitations, and tradeoffs hidden by a single headline metric.
For readers assessing Autonomous Drone, the relevant threads are sensing and perception; planning and control; and safety testing. Conclusions concerning sensing and perception remain tied to real-world trials, safety and failure data, and transparent methods; laboratory demonstrations may not generalize to cluttered or unpredictable environments.
For readers assessing Autonomous Drone, the relevant threads are sensing and perception; planning and control; and safety testing. Conclusions concerning sensing and perception remain tied to real-world trials, safety and failure data, and transparent methods; laboratory demonstrations may not generalize to cluttered or unpredictable environments.
Drone Uses Tactile Sensing to Perch on Branches and Save Power
Researchers at TU Delft have built a drone that uses tactile sensors to locate and grip branches, allowing it to perch in cluttered environments and conserve battery by shutting down its motors once attached
Royal Navy Tests Robotic Boat for Autonomous Drone Launch at Sea
A UK-led demonstration has tested a robotic surface vessel that autonomously launches and recovers a tethered drone at sea, aiming to extend maritime surveillance without direct human intervention
AI-Driven Drone Swarms Advance, Raising New Military and Safety Questions
Recent demonstrations show how AI enables military drone swarms to coordinate, navigate without GPS, and share sensor data. These advances highlight both technical progress and unresolved risks in autonomous battlefield systems