USAF Deploys sUAS for Runway Damage Assesment

The Air Force is taking airfield defense and repair to new heights by implementing the Rapid Airfield Damage Assessment System, a method of using small, unmanned aircraft to scan for airfield damage under wartime conditions, and even provide roof and electrical wire monitoring in peacetime.
Two engineering technicians assigned to the 51st Civil Engineer Squadron at Osan Air Base, Republic of Korea, were sent to Tyndall Air Force Base, Florida, to receive training and become certified RADAS operators.

“In our (Air Force specialty code), we go over the airfield and mark damage,” said Senior Airman Herman Stribling, 51st CES engineering technician. “It takes more time and is dangerous to be on the airfield in pitch darkness looking for a crater or (unexploded ordnance). This way, it’s quicker and safer.”

By the end of two weeks of training, Stribling and his partner, Staff Sgt. Jason Holmes, 51st CES requirements and optimization technician, had flown multiple aircraft simultaneously, conducted day and night operations, and learned to track moving objects.

“This will be the standard for the Air Force,” Holmes said. “Even in the private sector, drones are being used to survey oil rigs, migration patterns of wildlife, and checking infrastructure.”

Currently, the operators are capable of flying two drones at once, but look forward to being able to fly multiple drones as a swarm in the future.

At this time, the use of small unmanned aerial systems, or drones, are only to be used by authorized military personnel, and Airmen and their families are reminded that personally owned drones are not permitted to be flown on Osan Air Base.

Photo: Staff Sgt. Jason Holmes, 51st Civil Engineer Squadron requirements and optimization technician, left, and Senior Airman Herman Stribling, 51st CES Engineer Technician, pose for a photo with a small unmanned aircraft system on Osan Air Base, Republic of Korea, Oct. 3, 2018. – U.S. Air Force photo by Staff Sgt. Benjamin Raughton

Source: DIVDS

 

 

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