Defence scientists went DEAP for Bushfire Assist

Defence scientists contributed to the Australian Defence Force’s response to the bushfire crisis by using a research aircraft to conduct surveillance operations.

CAPTION: The Defence Experimentation Airborne Platform (DEAP) takes off from RAAF Base Edinburgh in support of Operation Bushfire Assist 10-20 ADF photo. Story by Robert Nutbrown.

RELATED STORIES: Operation Bushfire Assist 19-20

Known as the Defence experimentation airborne platform (DEAP), the modified Beech 1900C aircraft has been operating out of RAAF Base East Sale in Victoria.

The deployment followed an initial flight as part of Operation Bushfire Assist over Kangaroo Island, South Australia.

Data collected by the DEAP is fed into the Defence intelligence, surveillance and reconnaissance (ISR) environment for processing by imagery analysts from the RAAF to ensure relevant, timely and actionable information reaches the people who need it.

Flying out of RAAF Base Edinburgh north of Adelaide on January 29, the DEAP was tasked to look for hotspots in different locations on Kangaroo Island, including around Cygnet River and Vivonne Bay.

Aboard the aircraft, five personnel from Defence Science and Technology’s (DST) Intelligence, Surveillance and Space Division (ISSD) operated the sensors and mission systems.

Industry partner Hawker Pacific, which maintains and flies the DST-owned asset, provided the two pilots and an aircraft engineer for the operation.

Group Leader Radar Sensing and Exploitation within ISSD Rod Smith said the aircraft offered a cost-effective overwatch capability for monitoring and reporting on fire activity or conducting damage assessments.

“Crucially, DEAP provides a near real-time surveillance capability while operating at a distance from any fire activity at relatively high altitudes, meaning it would not get in the way of any water-bombing activities closer to the ground,” he said.

Ahead of its first operational tasking, the aircraft was flown from its base at Bankstown Airport in Sydney to RAAF Base Edinburgh to enable DST’s mission equipment to be installed and tested.

The airborne surveillance platform’s sensor payload has been configured to include the MX-20HD electro-optic/infrared full-motion video system and a wide-area motion imagery (WAMI) system, known as Angel Fire.

It is the first time a WAMI system has been used to support firefighting efforts in Australia.

But, with an eye to future bushfire seasons, as well as other emergency-response scenarios such as cyclones and floods, Defence scientists have been investigating potential enhancements to its capability.

The possible integration of a short-wave infrared sensor, for instance, would enhance the DEAP’s ability to conduct surveillance through smoke.

The DEAP is used for a wide range of airborne ISR experimentation and sensor trials activities, including informing future upgrade options for the P-8A Poseidon maritime ISR and response aircraft, which also contributed to Operation Bushfire Assist by conducting reconnaissance flights over fire-affected areas.

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Brian Hartigan

Managing Editor Contact Publishing Pty Ltd PO Box 3091 Minnamurra NSW 2533 AUSTRALIA

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