Micro Nav Contracted from Indra for Remote Tower

Micro Nav Limited has signed a contract with Indra, through their Norwegian branch office Indra Navia AS, to support their project of delivering a complete tower system for remote control of Budapest airport to HungaroControl.

Indra recently announced their contract win with HungaroControl to deliver a complete and integrated remote tower solution to enable the Hungarian ANSP to remotely manage Budapest Ferenc Liszt International Airport. To support this project, Indra has contracted Micro Nav to supply a simulation platform to enable HungaroControl to utilize their contingency environment as a simulator for training and familiarization purposes.

Micro Nav’s single-solution BEST (Beginning to End for Simulation and Training) simulation software will be used to stimulate the InNOVA Tower systems, providing an integrated simulation with bespoke interfaces linked to the operational workstation. The system will also provide video streams for the panoramic 3D tower simulator, feeding video streams to IRTOS, Indra’s remote tower optical system.

“Micro Nav will be an important contributor to a project that will make Budapest Ferenc Liszt the largest airport in Europe to be remotely controlled”, says Tom André Tarlebø, Chief Technology Officer at Indra.

The BEST system will provide the stimulating engine of the operational equipment, providing a high-fidelity training environment, including surveillance data, flight plans, MET data and video streams for the 3D visuals for the controllers who will transition to operate on identical equipment in the live environment. This ensures controllers are fully familiar with the human factors aspects of this new system, plus the operational procedures and processes ahead of going into the live remote tower environment. This stimulator system will also be a contingency system, part of the overall safety set up for remote towers.

Micro Nav has taken part in the SESAR PJ05 Wave 2 programme with Indra to support research into digital technologies, in particular multiple remote tower and remote tower centres, plus HMI interaction modes, with another SESAR trial planned for early next year.