Drone Flies Human Kidney | Aviation International News

Unmanned Aerial Vehicles

Drone Flies Human Kidney

A new study concludes that drones can transport organs faster and cheaper than manned aircraft.

By Mark Huber • Contributor

November 21, 2018

Off-the-shelf commercial drones can successfully be used for human organ transport. That’s the conclusion of a new study by University of Maryland researchers published this month in the IEEE Journal of Translational Engineering in Health and Medicine. The researchers used a DJI M600 six-rotor UAS to fly a human kidney on a simulated inner-city, hospital-to-hospital transfer; a three-mile maximum route over the course of 14 test missions. Maximum speed was 42 mph.

The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background.

The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background.

The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background.

The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background. The rest of this article continues for AIN Members with the full report, analysis and background.

U.S. Navy Tests Autonomy Integration With MQ-20 Drone

Adaptive autonomy elements can modify a mission plan in real-time

Unmanned Aerial Vehicles

drone in flight above desert

Northrop Grumman Starts Flying Talon Blue Combat Drone

Autonomous vehicle could compete for U.S. Air Force collaborative combat aircraft program

Unmanned Aerial Vehicles

Uncrewed aircraft getting airborne from runway, hangar in background

Joby’s Autonomous Caravan Completes Coast-to-coast Trip

On-board safety pilot made no control inputs over 3,199 miles

Unmanned Aerial Vehicles

Joby’s autonomous Cessna Grand Caravan flies past Bodie Island Lighthouse

Bristow Triples Early-delivery Chaparral Reservations

Helicopter operator has reserved 15 of the hybrid-electric cargo drones

Unmanned Aerial Vehicles

Elroy Air’s hybrid-electric Chaparral cargo drone is parked beside a helicopter from Bristow

Beamed Power Could Keep Solar Aircraft Aloft in Winter

BAE Systems unit gets $21.2 million to test the idea with PHASA-35

Unmanned Aerial Vehicles

PHASA-35

Textron, Merlin Unveil Uncrewed SkyCourier Concept

Design study swaps the cockpit for a nose cargo door

Unmanned Aerial Vehicles

Cessna SkyCourier UX Render

Lockheed Martin Will Build Four Vectis Drone Prototypes

The U.S. defense group displayed a UAS model at the Air & Space Forces Association conference

Unmanned Aerial Vehicles

Lockheed Martin Vectis UAS

Swarm Pitches Gamera for New U.S. Drone Requirements

U.S. Air Force is seeking a more affordable replacement for MQ-9A Reapers

Unmanned Aerial Vehicles

Swarm Aero Gamera drone