Colorado Airport Hopes To Retain Remote Tower Capabilities

Gemini Sparkle

Key Takeaways:

  • The Colorado Department of Transportation (DOT) is pushing to keep its $8.8 million remote air traffic control tower at Loveland's KFNL airport operational, pending FAA certification.
  • Certification for the Searidge Technologies-designed system faces challenges due to evolving FAA requirements, including demands for higher-definition cameras and a new mandate for evaluation at the FAA Technical Center.
  • This pioneering project aims to enhance airport safety and efficiency while reducing construction and operating costs by combining visual/camera and radar/track-based input for remote air traffic control.
See a mistake? Contact us.

According to a story published today by Aviation International News, the Colorado Department of Transportation wants to keep the remote-control tower at Loveland’s Northern Colorado Regional Airport (KFNL) open. The agency is hoping the FAA can find a way to coordinate with the system’s equipment designer, Ottawa, Ontario-based Searidge Technologies, to get the tower certified. The FAA said the Searidge system at KFNL is “under evaluation.”

Bill Payne, who is managing the project for the Colorado DOT, said, “We will be able to save it if Searidge can provide the required system design approval documents and the FAA supports the KFNL system.” He added, “It will be a shame if the system does not complete the certification process after the state invested $8.8 million and the FAA did four years of testing.”

The FAA initially approved Searidge’s hardware and installation, but later revised the requirements to include higher-definition cameras. Searidge replaced some of the cameras with updated higher-resolution versions, but news reports indicate the FAA is now asking for all remote tower systems to be evaluated at the FAA Technical Center in Atlantic City, New Jersey, before approval.

According to the Colorado DOT, the project “pioneers the next generation of air traffic control technology. This test project is the first to combine visual/camera input and radar/track-based input, allowing for control of air traffic at airports from a remote location. The result of this project will enhance safety and efficiency at airports, while also reducing the construction and operating costs of a traditional air traffic control tower.”

According to the Searidge Technologies website, “A digital tower can be whatever an airport needs it to be—from a turnkey solution that replicates operations more cost-efficiently, to something underpinned by industry-leading [artificial intelligence] that addresses complex and specific operational challenges.”

Mark Phelps

Mark Phelps is a senior editor at AVweb. He is an instrument rated private pilot and former owner of a Grumman American AA1B and a V-tail Bonanza.
Sign-up for newsletters & special offers!

Get the latest stories & special offers delivered directly to your inbox

SUBSCRIBE