Digital Twinning and the Loyal Wingman Program

By the Australian Defense Business Review

Boeing Australia has revealed that in collaboration with the Royal Australian Air Force, it has advanced the operational readiness of its Air Power Team (ATS) system under development for the RAAF Loyal Wingman program in a digital environment. .

Using a ‘digital twin’ of the current air vehicle system, the company has successfully demonstrated multiple payloads, semi-autonomous behaviors, and a crewed and unmanned team in the digital environment. In a multi-day exercise that spanned a similar activity, RAAF operators worked with the digital twin to develop and test autonomous behaviors in operational scenarios and against threats provided by Defense.

“We are working closely with Boeing Australia on the integration of advanced payloads and operational requirements to ensure that the Airpower team system capability will be mission-ready to support air combat operations,” said the RAAF Air Force Capability Chief AVM Robert Denney in a December statement. 8 Boeing press release. “The state-of-the-art digital twin concept allows us to assess and integrate intelligent human-machine team systems into our force structure. “

The tests included validating the integration of team aircraft and payloads when operating alongside the Defense manned platforms, as well as the effectiveness of the sensors distributed throughout the system’s unmanned team. Airpower team. The test scenario involved multiple aircraft operating in a threatening environment, executing mission objectives in coordination with manned aircraft operated by RAAF personnel, and building on work to develop the crew-unmanned interface during previous activities.

This work also contributed to the development of the Boeing ATS offered to global customers.

“Our digital engineering expertise has enabled us to accelerate the development of the Airpower Teaming System product lifecycle, from aircraft design to production,” added Brad Thompson, Chief Capability Architect at Airpower Teaming System. “The creation of the digital environment also allowed us to test mission systems code in a realistic operational environment so that we could quickly iterate our crewed and unmanned team concepts and payload implementation for respond to the threat environment.

“Taking a digital twin approach provides an agile and cost-effective testing program to keep pace with the future battlespace, and we are on track to achieve initial operational capability,” he added.

Progress in the development of the Airpower Teaming System mission and payload system has included loop testing of ground hardware and software, followed by substitute flight tests of on-board systems to support the verification of digital models.

“We are delighted to test payload elements against appropriately spectrally representative targets in field trials,” said Thompson. “This allows us to quickly integrate lessons learned into our digital environment to accelerate development towards operational capability. “

A digital twin of the entire aircraft has been “flown” thousands of times under different battlespace effects to test the aircraft’s performance and maximize its ability to deploy independently and in support of the aircraft. ‘other planes.

This article was published by ADBR on December 9, 2021.

Featured Photo: Credit: ADF

Source link

Previous Aircraft Hydraulic Systems Market Outlook and Forecast by Applications, Regions and Trends 2028 - Industrial IT
Next Children flee water as tiger shark stalks bustling Perth beach