Australian Target Systems (ATS) is Australia’s most experienced live fire target systems business, with a history that dates back to the 1950’s. Today, ATS is the dominant provider of live fire target systems to the Australian Defence Force and delivers its proven expertise to a wider international customer base including military, police, and other government organisations.  This sense of operational purpose, a commitment to those who put others before self and a relentless pursuit of

Majura Training Area’s, Marksman Training Range was first commissioned by ATS in 1987 as the Super DART range. The Super DART was the first of its kind in the world with a Projectile Locating System that provided the firer immediate feedback to their fall of shot.  Since 1987, the MTR has undergone several technical upgrades by ATS with its most recent in 2021 and has been a critical element in training the future leaders of the ADF for over 30 years.  The Majura

ATS continues to partner and support the ADF through range configurations and design, maintenance and repair, training, system engineering, training support equipment and range design. The Majura MTR is the most recent incarnation of ATS commitment to the men and women of the ADF. Stand by for the full video which will be released soon. CLICK HERE to view the teaser trailer

A partnership where we collaborate to rethink and develop a fit-for-purpose solution for the Defence industry.  ATS has proved the benefits of developing Australian solutions for Australian conditions that are made in Australia.  This innovation has resulted in ATS being a global leader in target systems. LINK to story

The Deployable Bullet Trap (DBT) system comprises a rectangular steel design, enclosed on three sides optimised to contain the danger to firers from Projectile Splash, Fragmentation and Spall at standard engagement distances. It will also contain much of the harmful or hazardous material that can be a byproduct of using lead-based and or frangible projectiles at a firing range. The DBT design enables the system to be employed in remote, austere field environment in any