Development of Combat UAVs in Japan Through Strategic Partnership with Boeing
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Boeing Japan, a subsidiary of the American aerospace multinational Boeing, secured a contract on December 10, 2024, with Japan’s Acquisition, Technology & Logistics Agency (ATLA) to conduct research and simulation testing on unmanned aerial vehicles (UAVs) designed to operate alongside manned aircraft. This initiative aligns with Japan’s strategy to develop advanced technologies aimed at enhancing its military capabilities in autonomous systems and collaborative combat.
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The XQ-58A Valkyrie is an unmanned combat aerial vehicle designed by Kratos Defense & Security Solutions for the U.S. Air Force’s unmanned combat air vehicle program (Picture source: US DoD)
Signed on October 18, 2024, for an amount of 155,177,000 JPY, approximately 1 million USD, this contract represents a significant step in Japan’s efforts to integrate UAVs into its military operations. ATLA explained that Boeing Japan was uniquely positioned to carry out this project due to its exclusive access to the required simulation software, along with the necessary technical resources and expertise.
Japan’s interest in combat UAVs is not a recent development. As early as December 2022, the Ministry of Defense (JMOD) announced plans to develop “combat support UAVs” capable of collaborating with manned aircraft. These efforts are also part of the Global Combat Air Programme (GCAP), a joint initiative between Japan, Italy, and the United Kingdom to develop a next-generation fighter aircraft. In December 2023, JMOD also signed an agreement with the U.S. Department of Defense to conduct research on artificial intelligence for UAVs to ensure seamless integration with Japan’s future fighter jets.
The concept of collaborative UAVs, often referred to as “loyal wingman” or “collaborative combat aircraft” (CCA), aims to create autonomous drones capable of supporting manned aircraft in a range of missions, including intelligence, surveillance, and reconnaissance (ISR), electronic warfare, and combat operations. One prominent example is Boeing Australia’s MQ-28 Ghost Bat, a multi-role UAV developed for the Royal Australian Air Force. Designed as a “force multiplier,” the Ghost Bat features advanced artificial intelligence and a modular nose section that can be customized to meet specific operational requirements.
In July 2024, it was announced that Australia’s Ghost Bats would prioritize ISR capabilities over weapon systems, partially due to Boeing’s unsuccessful bid for an autonomous combat jet program in the United States. Nevertheless, the Ghost Bat remains a viable candidate for Japan’s combat support UAV program, given its adaptability and role in multi-domain missions.
Japan is also pursuing additional UAV development independently. Mitsubishi Heavy Industries (MHI) is working on two collaborative UAV concepts: one focused on tactical combat and another aimed at supporting manned aircraft operations. Both are being designed to integrate with the GCAP next-generation fighter, underscoring Japan’s commitment to incorporating cutting-edge technologies into its defense systems.
In parallel with Boeing Japan’s research, ATLA continues to explore other initiatives to advance autonomous capabilities. This month, the agency issued public bids for the development of stealth UAVs for aerial refueling and unmanned surface vehicles (USVs) designed for explosive handling and mine countermeasures.
The outcomes of Boeing Japan’s simulation tests will play a crucial role in shaping ATLA and JMOD’s decisions on selecting UAVs that best align with Japan’s defense requirements. These efforts reflect the country’s focus on modernizing its military through international partnerships and autonomous technological advancements.
This contract between Boeing Japan and ATLA highlights a pivotal moment in Japan’s development of autonomous military capabilities. As the country invests in collaborative technologies for its future aircraft, partnerships with nations like the United States emphasize the importance of a strategic approach to addressing evolving defense challenges.
{loadposition bannertop}
{loadposition sidebarpub}
Boeing Japan, a subsidiary of the American aerospace multinational Boeing, secured a contract on December 10, 2024, with Japan’s Acquisition, Technology & Logistics Agency (ATLA) to conduct research and simulation testing on unmanned aerial vehicles (UAVs) designed to operate alongside manned aircraft. This initiative aligns with Japan’s strategy to develop advanced technologies aimed at enhancing its military capabilities in autonomous systems and collaborative combat.
The XQ-58A Valkyrie is an unmanned combat aerial vehicle designed by Kratos Defense & Security Solutions for the U.S. Air Force’s unmanned combat air vehicle program (Picture source: US DoD)
Signed on October 18, 2024, for an amount of 155,177,000 JPY, approximately 1 million USD, this contract represents a significant step in Japan’s efforts to integrate UAVs into its military operations. ATLA explained that Boeing Japan was uniquely positioned to carry out this project due to its exclusive access to the required simulation software, along with the necessary technical resources and expertise.
Japan’s interest in combat UAVs is not a recent development. As early as December 2022, the Ministry of Defense (JMOD) announced plans to develop “combat support UAVs” capable of collaborating with manned aircraft. These efforts are also part of the Global Combat Air Programme (GCAP), a joint initiative between Japan, Italy, and the United Kingdom to develop a next-generation fighter aircraft. In December 2023, JMOD also signed an agreement with the U.S. Department of Defense to conduct research on artificial intelligence for UAVs to ensure seamless integration with Japan’s future fighter jets.
The concept of collaborative UAVs, often referred to as “loyal wingman” or “collaborative combat aircraft” (CCA), aims to create autonomous drones capable of supporting manned aircraft in a range of missions, including intelligence, surveillance, and reconnaissance (ISR), electronic warfare, and combat operations. One prominent example is Boeing Australia’s MQ-28 Ghost Bat, a multi-role UAV developed for the Royal Australian Air Force. Designed as a “force multiplier,” the Ghost Bat features advanced artificial intelligence and a modular nose section that can be customized to meet specific operational requirements.
In July 2024, it was announced that Australia’s Ghost Bats would prioritize ISR capabilities over weapon systems, partially due to Boeing’s unsuccessful bid for an autonomous combat jet program in the United States. Nevertheless, the Ghost Bat remains a viable candidate for Japan’s combat support UAV program, given its adaptability and role in multi-domain missions.
Japan is also pursuing additional UAV development independently. Mitsubishi Heavy Industries (MHI) is working on two collaborative UAV concepts: one focused on tactical combat and another aimed at supporting manned aircraft operations. Both are being designed to integrate with the GCAP next-generation fighter, underscoring Japan’s commitment to incorporating cutting-edge technologies into its defense systems.
In parallel with Boeing Japan’s research, ATLA continues to explore other initiatives to advance autonomous capabilities. This month, the agency issued public bids for the development of stealth UAVs for aerial refueling and unmanned surface vehicles (USVs) designed for explosive handling and mine countermeasures.
The outcomes of Boeing Japan’s simulation tests will play a crucial role in shaping ATLA and JMOD’s decisions on selecting UAVs that best align with Japan’s defense requirements. These efforts reflect the country’s focus on modernizing its military through international partnerships and autonomous technological advancements.
This contract between Boeing Japan and ATLA highlights a pivotal moment in Japan’s development of autonomous military capabilities. As the country invests in collaborative technologies for its future aircraft, partnerships with nations like the United States emphasize the importance of a strategic approach to addressing evolving defense challenges.
