Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”

Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”

Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”

Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”

Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”

Israel Aerospace Industries’ Elta Systems subsidiary on 27 October unveiled a new Passive Coherent Location (PCL) system that creates an air situation picture using non-emitting target detection.

According to a company statement, the PCL system uses non-co-operative transmitters – FM radio stations or Digital Audio Broadcasting (DAB) towers – whose emissions reflect off aircraft overhead.

Elta Systems’ new PCL system uses radio and broadcast emissions reflected off aircraft to locate and track targets. (IAI Elta )

“The reflections are received by one, or a network of, antennas, providing 3D real-time omnidirectional coverage for tracking of multiple targets in congested airborne traffic,” Elta Systems said. “The PCL system is simple to deploy and can be located on remote borders, as well as in urban areas. Installation can include one sensor or a cluster of sensors for redundancy and improved coverage of specific problematic areas. The sites are connected to the central PCL command-and-control processing unit via a dedicated data link.”