RAIDER Targetry designs and manufactures live fire training systems for Defence globally. Our innovative range of scalable and deployable autonomous robotic platforms are designed to meet the unique training and evaluation needs of Defence.
Versatile, realistic, and reliable, our products and services augment training programs, improve combat readiness, and enhance effectiveness in contested environments.
Our capabilities have been tried and tested by allied defence forces and defence industry partners in the US, UK, Europe and are currently in use across the Australian Defence Force (ADF).
Using a variety of technologies our products and services incorporate autonomous systems, robotics, and advanced engineering. RAIDER Targetry provides an end-to-end service from R&D, concept and design right through to full product deployment and ongoing support.
Whether you’re upgrading existing training assets or seeking next-generation capabilities, RAIDER Targetry is ready to collaborate on solutions that deliver genuine impact on the battlefield.
ATTLASTM, an integrated, autonomous mobile targetry system that redefines realism in combat training. Harnessing advanced UGV technology, ATTLAS replicates OPFOR vehicle movement patterns and detection with visual, thermal, and electromagnetic signatures, offering a truly immersive and threat-representative live-fire experience.
Setup in under 2 hours.
Full scale flat-packed ultralight target payloads with configurable high-fidelity, visual signatures, and tailored designs. Available as free standing static static targets and decoys, and mobile targets mounted on the ATTLAS system.
Customisable high fidelity visual, thermal, RADAR, Electronic Warfare (EW) signatures and battlefield effects, perfectly suited to anti-armour, RAS/Counter-RAS, crew-served Weapons Systems, loitering munitions, drone operations, ISTAR and many more.
Integrated digital scoring for all targets, delivering real-time and after-action performance feedback via RAIDER’s target and data management utilities.
• Scalable — From Single to Swarm to OPFOR Battlegroup, our networked solutions scale and reconfigure as your needs do
• Deployable — Turnkey solutions supplied in 1C ISO Containers. Lightweight hand assembled components, moved into location using light B class vehicles
• Configurable — Select from a wide range of target styles and enhancements including active thermal and EW signatures, radar cross sections, integrated real-time projectile locating and simulated battlefield effects
• Survivable — Rugged and optimised for the field environment, our all-weather solutions remain serviceable and reusable after 1000s of impacts, with near-perfect availability to date
• Sustainable — Low ground pressure and sustainable or bio-consumable material selections minimally impact operating locations, often eliminating the need for ground preparation and site remediation
• Trusted — In Service and depended on by an international customer base
• Targetry-as-a-Service (TaaS), leasing, purchase and package options
• Australian and International manufacturing options
• Short lead times for all products
• Available to all approved countries
• Full service support provided locally by RAIDER Targetry representatives or locally trained experts
• Government Defence Organisations
• Defence Infrastructure/Range Designers
• Defence Forces
• Miltech original equipment manufacturer (OEMs)
• Defence research organisations
• Australian Defence Force
• Electro Optic Systems (EOS)
• Singapore Armed Forces
• Rheinmetall Defence Australia (RDA)
• ISO 9001 Quality Management Accredited
• ISO 14001 Environmental Management Accredited
• ISO 45001 Occupational Health and Safety Management Accredited
• Australian Defence Industry Awards 2024 and 2025 WINNER - SME of the Year
• Australian Defence Industry Awards 2023, 2024 & 2025 Finalist - Defence Innovator of the Year (Company)
• Member of the Veterans’ Employment Program (Australia)
• Young Entrepreneur of the Year (Business News Australia, Finalist 2022 and 2020)
• Startup of the Year (Defence Connect, Finalist 2021)