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Australia-Japan Joint Laser Test and Missile-Range Deal Deepen Defence Ties

8/19/2026, 11:27:22 PM

Joint Laser Field Trials Mark a Milestone

On August 18, 2026, Australia and Japan completed the first field trials of Project Boobook, a high-energy laser prototype developed jointly by Australia’s Defence Science and Technology Group (DSTG), Mitsubishi Electric Australia (MEA) and Mitsubishi Electric Corporation (MELCO). Trials were conducted at the Cultana Training Area and the DSTG Edinburgh facility in South Australia. The system is designed to optically detect incoming threats on land combat platforms and littoral vessels, enhancing surveillance and platform survivability.

Background & Context

The laser trial follows a broader expansion of Australia-Japan defence cooperation. In April 2026 the two governments signed a multibillion-dollar deal for three Mogami-class frigates, Japan’s largest post-World-War defence export. That same month Japan lifted its ban on lethal weapons exports, authorising sales to 17 partners, including Australia.

Australian Defence Minister Richard Marles and Japanese Defence Minister Shinjiro Koizumi announced a ten-year arrangement that will allow Japan’s Self-Defense Forces to use Australian missile-test ranges for hypersonic and other stand-off missiles, making Australia the second foreign partner after the United States to host Japanese testing.

Data & Statistics

  • Investment: MEA is committing A$70 million (?US$49.7 million) to a new defence manufacturing facility in Rydalmere, New South Wales, to produce the Boobook system.
  • R&D History: The laser draws on more than 20 years of DSTG research.
  • Test Sites: Cultana Training Area and DSTG Edinburgh in South Australia.
  • Strategic Timeline: The missile-range arrangement is set for the next decade; the Boobook programme moves into its next development phase following the August 2026 trials.

Official Statements & Responses

Australian Defence Minister Richard Marles described the laser project as “more than a technology project” and highlighted its role in addressing real capability needs for the Australian Defence Force.

Japanese Defence Minister Shinjiro Koizumi called the prospect of Japan testing hypersonic missiles in Australia a “groundbreaking development,” noting that it would rank second only to similar cooperation with the United States.

Pat Conroy, Australia’s Minister for Defence Industry, emphasized that the Boobook project exemplifies the growing industrial partnership and will create opportunities for advanced manufacturing, technology transfer and workforce growth.

Verbatim Quotes

  • “We have spoken previously about Australia being able to provide strategic depth to Japan across a range of areas, but one of them is the use of our ranges,” — Defence Richard Marles
  • “We have never been more strategically aligned,” — Defence Richard Marles
  • “Boobook is more than a technology project. It is a practical example of the growing defence industrial partnership between Australia and Japan, as well as the opportunities that partnership creates for both nations,” — Pat Conroy

Why It Matters

The joint laser trial demonstrates the first formal co-development of a defence system between the two nations, signalling deeper technical integration beyond traditional procurement. By hosting Japanese missile tests, Australia provides strategic depth for Japan’s emerging hypersonic capabilities, while Japan supplies advanced technology and investment to Australia’s industrial base. The arrangement aligns with the May 4 2026 commitment by Prime Ministers Anthony Albanese and Sanae Takaichi to expand bilateral security cooperation.

What’s Next

  • Manufacturing Expansion: The Rydalmere facility will begin large-scale production of Boobook components.
  • Further Testing: Over the next decade, Japan will conduct test launches of hypersonic and other stand-off missiles from Australian ranges.
  • Program Development: Data from the August 2026 trials will inform the next phases of Boobook’s design, commercialisation and potential integration onto Australian naval and land platforms.