News

5th CCG assists during wireless upgrade

  • Published
  • By Jenny Gordon
  • 78th Air Base Wing Public Affairs
When the call comes, members of the 5th Combat Communications Group stand ready to deploy within 72 hours.

That call can also be right here at home, with the assistance of the 53rd Combat Communications Squadron - one of four mission squadrons whose military members specialize in complex combat communications equipment and networks.

It's been almost a year since the squadron began supporting the base information technology network on the flight line - specifically maintenance and scheduling personnel with the 559th Aircraft Maintenance Squadron.

Normally a deployable combat unit, the prospect of helping here is a welcome opportunity.

"While they're upgrading their wireless infrastructure, we're filling the gap," said Flt. Lt. Tom Gallagher, 53rd CBCS Operations Flight commander. "It was a situation where the base needed help; we were asked and immediately supported."

Two radio frequency antennas, are temporarily mounted on top of two trailers on the flight line, and provide a network connection allowing the maintenance squadron to continue its mission.

Periodic preventive maintenance inspections on the equipment have ensured the support has been reliable and seamless.

"This equipment works the same here as it would in a deployable environment," said Staff Sgt. Travis Hood, a 53rd CBCS cyber transport craftsman.

Providing high data communications to its users, the antennas can provide services up to a three-mile range. While downrange, that means core communication can be established not only in the middle of a base, but outlying areas that need it as well.

"The 5th Mob is always happy to support our mission partners as everything we do relies on teamwork," said Col. Bill Waynick, 5th CCG commander. "The 559th AMXS mission plays a vital role in the sustainment of the Air Force air mobility mission, which is a critical component in our ability to deliver combat communications and airfield systems worldwide."