Researchers at Northern Arizona University have created Glasswing, an autonomous drone system designed to operate beneath dense forest canopies. Unlike traditional drones, Glasswing can navigate areas with thick vegetation and limited GPS signals, making it effective in environments where conventional unmanned aircraft struggle.
The drone’s capabilities offer potential benefits for both wildfire management and military operations, including search and rescue missions for prisoners of war. By providing detailed aerial views in challenging forested terrain, Glasswing aims to enhance situational awareness and response efforts.
**Why this matters**
Dense forests pose significant challenges for monitoring and emergency response due to limited visibility and unreliable GPS. Glasswing’s ability to fly under the canopy and maneuver through complex obstacles can improve detection of wildfires at early stages and support critical rescue operations, ultimately contributing to public safety and defense readiness.
Source: NewsData