- BAE Systems completed autonomous trials of the ATLAS uncrewed ground vehicle designed to support tanks and reconnaissance units.
- The ATLAS prototype demonstrated multiple autonomy modes and integrated the VANTAGE turret with automated target detection and tracking capabilities.
BAE Systems announced successful trials of its Autonomous Tactical Light Armour System (ATLAS) uncrewed ground vehicle, confirming testing of a combat-capable autonomous platform designed to support main battle tank and combat reconnaissance operations.
The trials evaluated the ATLAS Collaborative Combat Variant (CCV), a fully functional prototype demonstrator first introduced at the Land Forces exhibition in September 2024.
According to BAE Systems, testing covered multiple autonomy levels, including teleoperation, waypoint-based navigation, and full “sense and avoid autonomy,” validating the vehicle’s ability to operate alongside crewed combat platforms.
The ATLAS system is designed as a modular autonomous land vehicle intended to perform combat and support roles while reducing exposure of soldiers to battlefield risk. The company said the prototype demonstrated maneuverability and mobility across difficult terrain and varied environmental conditions during testing activities.
As noted by BAE Systems, the ATLAS CCV can be configured with different payloads depending on mission requirements. In its assault configuration, the vehicle is equipped with the VANTAGE turret, a lightweight automated medium-caliber weapon system developed specifically for uncrewed platforms.
The VANTAGE turret integrates the company’s passive Multi-Spectral Automatic Target Detection, Tracking and Classification System (ATTCS), enabling automated target identification and engagement processes. According to the company, the system supports reduced operator workload and allows one operator to manage multiple autonomous platforms simultaneously while lowering detection risk during operations.
“In just sixteen months, we have gone from launching ATLAS at Land Forces to operating a fully functional prototype demonstrator,” said Andrew Gresham, managing director of defence delivery at BAE Systems Australia. “ATLAS has been developed to give soldiers the advantage on the modern battlefield. This has resulted in an autonomous platform that will deliver the dull, dirty and dangerous tasks expected in a combat environment. We are currently engaged in significant marketing and customer engagement activities in international markets.”
The trials form part of ongoing development of a next-generation autonomous land capability aimed at integrating uncrewed systems into armored formations. BAE Systems said the vehicle is intended to operate as a collaborative combat asset supporting tracked and wheeled crewed vehicles, expanding combat mass while allowing personnel to remain outside high-risk areas.
ATLAS was designed with modular architecture enabling adaptation for multiple mission roles and upgrades throughout its operational life. The company stated that this approach allows payload changes and capability enhancements without redesigning the base vehicle platform.
Uncrewed ground vehicles are increasingly being explored by military forces seeking autonomous systems capable of reconnaissance, fire support, logistics, and high-risk battlefield tasks. Programs such as ATLAS focus on combining autonomy with existing armored force structures rather than replacing crewed vehicles.
The successful trials represent a development milestone demonstrating integration of autonomous navigation, automated targeting, and modular weapon configurations within a single prototype platform. BAE Systems did not disclose specific customers or procurement decisions connected to the trials.