Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.

Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.

Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.

Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.

Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.

Hanwha Systems announced on 9 July that it has signed a contract with South Korea’s Agency for Defense Development (ADD) to support the initial operational testing of a locally developed directional infrared countermeasure (DIRCM) system designed for use by military aircraft.

The company, which itself has participated since 2014 in the development of a DIRCM prototype and helped reduce the size and weight of key components, said in a statement that it has been tasked with carrying out “initial operational testing and evaluation” of the DIRCM against “an actual weapon system”.

Hanwha Systems announced on 9 July it secured a contract to support the initial operational testing and evaluation of South Korea’s locally developed DIRCM (seen here) against an ‘actual weapon system’. (Hanwha Systems)

The move is intended to demonstrate whether the DIRCM, which passed initial development tests in 2018, meets the requirements set out by the South Korean military. If successful, South Korea is also looking at potentially exporting the new system.