A Step forward for tarmac safety and efficiency

A Step forward for tarmac safety and efficiency:
A Step forward for tarmac safety and efficiency

13 December 2019 - Almost two decades into providing the aviation industry with crisp, clear communication between flight and ground crews across the globe, Collins Aerospace, Aviation Data Communication Corporation (ADCC) and Aeronautical Radio of Thailand Limited (AEROTHAI) have now signed a MoU to further enhance safety and tarmac operations in Asia.

The three companies will leverage each other's existing technology to provide communication solutions to stakeholders on the tarmac. By providing data-centric solutions for the tarmac, they aim to revolutionise the efficiency of airports, airlines, ground handlers and air traffic controllers.

"We recognized an opportunity to utilize sensors on tarmac ground service equipment for usage tracking, predictive maintenance and even monitoring speed and safety in critical areas where airplanes may be parked," explains Clotilde Enel-Rehel, general manager for Commercial Aviation & Network Services for Collins Aerospace. "That's just one example of how this collaboration will create a connected tarmac, and, in turn, enable true schedule optimization."

Another example is enabling ground communications to help guide an aircraft to its gate during foggy weather when air traffic control tower personnel aren't able to assist.

"Communication is critical in the aviation industry, and not just for those in the air or in the tower," explained Mr. Somnuk Rongthong, president of AEROTHAI. "By creating a more connected environment we help airports digitally transform through technology and automation - future-proofing their operations for years to come."

Dr. Zhu Yanbo, vice president of ADCC, added, "Together we are able to do something no single company can do. By connecting the entire airport ecosystem, we are able to help our customers achieve a safer and more efficient process that air traffic management, airports, airlines and ground handlers want and need."