Researchers have created an ultrasensitive laser the size of a penny that could improve lidar technology, boosting autonomous ...

The Armed Forces Medical Services (AFMS) is exploring the use of drone technology to deliver medical supplies in remote areas. Director General Surgeon Vice Admiral Arti Sarin announced the ...

"BCC Research Report Highlights Key Trends, Innovations, and Strategic Insights Driving the $30.4 Billion Global Laser Systems Market Across Industrial, Medical, Semiconductor, and Automotive Sectors ...

Nanodrones—very small unmanned aerial vehicles—are being explored for use in healthcare, environmental monitoring, industrial ...

Forty-two teams, twenty nations, 29 universities and more than one thousand students involved. These are the numbers of the ...

DJI officially launched the FlyCart 100 (FC100), the most advanced civilian cargo drone in its lineup. With a coaxial rotor ...

Explore the latest innovations in camera technology and CMOS sensors that are revolutionizing photography and videography ...

Wingcopter secures new funding from Nordic Secondary Fund and existing investors, strengthens leadership team to boost global ...

A new remote-controlled robotic saw capable of cutting rock and concrete has been developed by KUKA Robotics. The Catonator ...

Adding weight to this accomplishment is the fact that OS1 is now the first high-resolution 3D lidar sensor approved under Blue UAS. The DoD has previously approved 2D lidar sensors.

Wingcopter uses Ansys simulation tools to improve drone design, boosting flight range and speed for critical healthcare deliveries.

The City of Crisfield launched a survey to gauge community interest in a drone medical delivery project operated by the University of Maryland.