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BAE Systems Australia establishes JORN development lab

written by australianaviation.com.au | May 22, 2019
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)

BAE Systems Australia has announced the establishment of a new laboratory to develop high frequency (HF) radar technologies to support Australia’s Jindalee Over the Horizon Radar (JORN) system and future developments.

Under the $1.2 billion Project AIR 2025 Phase 6, BAE Systems has been engaged to modernise JORN by changing the software architecture to an app-based system and add a digital hardware backbone, which will significantly enhance the system’s range capability and the fidelity of the data it gathers.

BAE Systems says the new purpose-built lab at Edinburgh parks in Adelaide will have up to 80 specialist and graduate engineers to evolve the “DNA” of JORN and the new HF technologies to be integrated in the upgrade.

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JORN was developed in the 1980s and, after a protracted and troubled development, has become a world-leading capability that provides a “tripwire” early warning of airborne and marine surface threats to the Australian Defence Force at ranges exceeding 3,000km from Australia’s north coast.

The system, which achieved final operational capability (FOC) in 2014, has three HF transmit-and-receive arrays at Alice Springs in the NT, Laverton in Western Australia, and Longreach in Queensland which bounce HF energy off the ionosphere to “see” over the horizon, and a control centre at RAAF Edinburgh near Adelaide.

The JORN hardware integration facility. (BAE Systems Australia)
The JORN hardware integration facility. (BAE Systems Australia)

“Our investment in this laboratory will ensure that we can significantly improve the radar’s capability and better support this critically important defence asset,” BAE Systems Australia chief executive Gabby Costigan said in a statement on May 17.

“This is a unique facility that will allow the development and testing of specialist equipment to ensure that the decade-long upgrade realises the full potential of JORN beyond 2042.

PROMOTED CONTENT

“The next generation of engineers working on this program have the opportunity to bring new insight and innovation to JORN that will ensure it continue to play a key role in protecting the nation.”

A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)
A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)

Fly into Spring with Australian Aviation’s latest print edition. Starting from $49.95 a year, you can read comprehensive coverage on all sectors of the industry to keep you in the loop. Get your hands on the subscription today. Subscribe now at australianaviation.com.au.

BAE Systems Australia establishes JORN development lab Comment

  • It’s amazing to read the development of “Over the Horizon” radar.
    In 1972 i joined the Australian Army to become a Radar Technician – OTHR was just an emerging technology then, as we learnt about the new “Transistor Chips” replacing valve technology.
    I went on a very different career path, however now working with the Aerospace Maritime Defence & Security Foundation of Australia working on amazing events such as the Avalon Airshow and others.
    Well done BAE Systems and to Australian Aviation for keeping all of us, up to date with new developments.

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Your email address will not be published. Required fields are marked *

BAE Systems Australia establishes JORN development lab

written by australianaviation.com.au | May 22, 2019
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)

BAE Systems Australia has announced the establishment of a new laboratory to develop high frequency (HF) radar technologies to support Australia’s Jindalee Over the Horizon Radar (JORN) system and future developments.

Under the $1.2 billion Project AIR 2025 Phase 6, BAE Systems has been engaged to modernise JORN by changing the software architecture to an app-based system and add a digital hardware backbone, which will significantly enhance the system’s range capability and the fidelity of the data it gathers.

BAE Systems says the new purpose-built lab at Edinburgh parks in Adelaide will have up to 80 specialist and graduate engineers to evolve the “DNA” of JORN and the new HF technologies to be integrated in the upgrade.

Advertisement
Advertisement

JORN was developed in the 1980s and, after a protracted and troubled development, has become a world-leading capability that provides a “tripwire” early warning of airborne and marine surface threats to the Australian Defence Force at ranges exceeding 3,000km from Australia’s north coast.

The system, which achieved final operational capability (FOC) in 2014, has three HF transmit-and-receive arrays at Alice Springs in the NT, Laverton in Western Australia, and Longreach in Queensland which bounce HF energy off the ionosphere to “see” over the horizon, and a control centre at RAAF Edinburgh near Adelaide.

The JORN hardware integration facility. (BAE Systems Australia)
The JORN hardware integration facility. (BAE Systems Australia)

“Our investment in this laboratory will ensure that we can significantly improve the radar’s capability and better support this critically important defence asset,” BAE Systems Australia chief executive Gabby Costigan said in a statement on May 17.

“This is a unique facility that will allow the development and testing of specialist equipment to ensure that the decade-long upgrade realises the full potential of JORN beyond 2042.

PROMOTED CONTENT

“The next generation of engineers working on this program have the opportunity to bring new insight and innovation to JORN that will ensure it continue to play a key role in protecting the nation.”

A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)
A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)

Fly into Spring with Australian Aviation’s latest print edition. Starting from $49.95 a year, you can read comprehensive coverage on all sectors of the industry to keep you in the loop. Get your hands on the subscription today. Subscribe now at australianaviation.com.au.

BAE Systems Australia establishes JORN development lab Comment

  • It’s amazing to read the development of “Over the Horizon” radar.
    In 1972 i joined the Australian Army to become a Radar Technician – OTHR was just an emerging technology then, as we learnt about the new “Transistor Chips” replacing valve technology.
    I went on a very different career path, however now working with the Aerospace Maritime Defence & Security Foundation of Australia working on amazing events such as the Avalon Airshow and others.
    Well done BAE Systems and to Australian Aviation for keeping all of us, up to date with new developments.

Leave a Comment

Your email address will not be published. Required fields are marked *

BAE Systems Australia establishes JORN development lab

written by australianaviation.com.au | May 22, 2019
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)
An aerial view of a JORN transmitter site at Laverton, WA. (Defence)

BAE Systems Australia has announced the establishment of a new laboratory to develop high frequency (HF) radar technologies to support Australia’s Jindalee Over the Horizon Radar (JORN) system and future developments.

Under the $1.2 billion Project AIR 2025 Phase 6, BAE Systems has been engaged to modernise JORN by changing the software architecture to an app-based system and add a digital hardware backbone, which will significantly enhance the system’s range capability and the fidelity of the data it gathers.

BAE Systems says the new purpose-built lab at Edinburgh parks in Adelaide will have up to 80 specialist and graduate engineers to evolve the “DNA” of JORN and the new HF technologies to be integrated in the upgrade.

Advertisement
Advertisement

JORN was developed in the 1980s and, after a protracted and troubled development, has become a world-leading capability that provides a “tripwire” early warning of airborne and marine surface threats to the Australian Defence Force at ranges exceeding 3,000km from Australia’s north coast.

The system, which achieved final operational capability (FOC) in 2014, has three HF transmit-and-receive arrays at Alice Springs in the NT, Laverton in Western Australia, and Longreach in Queensland which bounce HF energy off the ionosphere to “see” over the horizon, and a control centre at RAAF Edinburgh near Adelaide.

The JORN hardware integration facility. (BAE Systems Australia)
The JORN hardware integration facility. (BAE Systems Australia)

“Our investment in this laboratory will ensure that we can significantly improve the radar’s capability and better support this critically important defence asset,” BAE Systems Australia chief executive Gabby Costigan said in a statement on May 17.

“This is a unique facility that will allow the development and testing of specialist equipment to ensure that the decade-long upgrade realises the full potential of JORN beyond 2042.

PROMOTED CONTENT

“The next generation of engineers working on this program have the opportunity to bring new insight and innovation to JORN that will ensure it continue to play a key role in protecting the nation.”

A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)
A map showing JORN’s three transmit and receive stations and their fields of view. (ADBR/Daniel Frawley)

Fly into Spring with Australian Aviation’s latest print edition. Starting from $49.95 a year, you can read comprehensive coverage on all sectors of the industry to keep you in the loop. Get your hands on the subscription today. Subscribe now at australianaviation.com.au.

BAE Systems Australia establishes JORN development lab Comment

  • It’s amazing to read the development of “Over the Horizon” radar.
    In 1972 i joined the Australian Army to become a Radar Technician – OTHR was just an emerging technology then, as we learnt about the new “Transistor Chips” replacing valve technology.
    I went on a very different career path, however now working with the Aerospace Maritime Defence & Security Foundation of Australia working on amazing events such as the Avalon Airshow and others.
    Well done BAE Systems and to Australian Aviation for keeping all of us, up to date with new developments.

Leave a Comment

Your email address will not be published. Required fields are marked *

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