Canada Secures $2.5 Billion Long-Range Radar Deal to Detect Far North Arctic Threats

Canada and Australia formalized a 2.5 billion dollar government-to-government procurement agreement to deliver a long-range radar system designed to monitor the far north. The deal stands as the largest defense export in the history of Australia.

Under the signed terms, BAE Systems Australia will supply Canada with its advanced Over-the-Horizon Radar (OTHR) technology. This system will allow the Canadian military to detect airborne and seaborne threats from up to 1,864 miles away.

The multi-billion dollar acquisition directly supports the modernization of the North American Aerospace Defence Command (NORAD). It specifically targets capability gaps in the aging North Warning System, which cannot reliably track low-flying cruise missiles or hypersonic weapons.

Australian Defense Minister Richard Marles and Canadian Secretary of State for Defense Procurement Stephen Fuhr signed the agreement during an official meeting in Canberra. The pact establishes a strategic partnership for future long-range aerospace surveillance development.

The core technology is based on Australia's local Jindalee Operational Radar Network (JORN). JORN operates by refracting high-frequency electromagnetic radio waves off the ionosphere, allowing operators to see well past the physical curvature of the Earth.

Engineering work by BAE Systems Australia is scheduled to begin on July 1, 2026. The Department of National Defence expects the initial southern portion of the system to reach operational capability by December 2029.

The initial phase focuses on infrastructure in southern Ontario, where transmitter and receiver sites will be built. The government previously secured land parcels near Barrie and Kawartha Lakes to host these transmission networks.

This 2.5 billion dollar hardware and software transaction represents the first phase of a broader program. The entire Arctic Over-the-Horizon Radar project is projected to cost more than 6 billion dollars when including installation and integration.

A second radar installation is planned for the Canadian Far North, with a completion date targeted for 2032. This sequential rollout aims to secure continuous, wide-area surveillance covering the entire northern approach to the continent.

Canadian officials stated the domestic construction and engineering phase will support local industries. The infrastructure spending is estimated to contribute roughly 290 million dollars annually to the gross domestic product of Canada.

The project will also sustain about 2,270 jobs annually in Canada between 2026 and 2033. In Australia, the manufacturing and technology transfer contract will support approximately 300 high-value technical positions.

Security analysts note that the procurement signals a strong commitment to Arctic sovereignty. The long-range capability gives Canada the independent tools needed to track potential Russian threats and emerging hypersonic weapons in the polar region.

Prime Minister Mark Carney selected the Australian system over competing American alternatives earlier this year. The choice followed a bilateral agreement with Australian Prime Minister Anthony Albanese to increase defense technology cooperation.

The technology transfer bypasses traditional development bottlenecks by using a mature, field-tested baseline. BAE Systems Australia has maintained and upgraded the Australian radar network since being selected for that role in 2018.

National defense representatives confirmed that the strict technical requirements for the radar sites left little room for geographical flexibility. Hundreds of prospective locations were evaluated before the southern Ontario properties were selected.

The finalized deal marks a substantial expansion of the industrial relationship between the two nations. Both countries belong to the Five Eyes intelligence alliance, which includes the United States, Great Britain, and New Zealand.

Further collaborations on defense technologies, artificial intelligence, and critical minerals are being planned. The radar deal establishes a long-term framework for joint research to advance global aerospace monitoring capabilities.