Quantum Systems debuts MANDRILL autonomous ground vehicle

German defense technology company Quantum Systems unveiled its first unmanned ground vehicle, known as MANDRILL, during the Enforce Tac 2026 exhibition, formally launching a new ground robotics domain within the company’s expanding autonomous systems portfolio.

The debut marks Quantum Systems’ entry into land-based robotics, extending a business previously focused on unmanned aerial systems into multi-domain operations. The company presented the platform as part of a broader effort to integrate air and ground autonomous systems within a shared operational architecture designed for networked military environments.

The introduction of MANDRILL addresses a growing operational requirement among armed forces and law enforcement agencies for interoperable unmanned platforms capable of performing multiple missions without relying on standalone systems. Modern operations increasingly require coordination between aerial reconnaissance, logistics support, and ground maneuver assets, prompting industry efforts to develop unified robotic ecosystems rather than single-purpose vehicles.

With MANDRILL, Quantum Systems is expanding its autonomous systems portfolio into the land domain through integration with its existing MOSAIC UXS open software suite. According to the company, the vehicle is designed not as an independent platform but as a component of a broader multidimensional robotics ecosystem linking unmanned air and ground assets.

The system is built on a modular architecture that allows rapid configuration for different mission profiles. As outlined by Quantum Systems, intended roles include intelligence, surveillance, and reconnaissance missions using electro-optical and infrared sensor payloads, logistics and engineering support, medical evacuation tasks, towing and recovery operations, electronic warfare applications, and the integration of robotic drone launch and landing devices.

Thanks to its open system architecture, the vehicle can be expanded with additional sensors, effectors, and subsystems depending on mission requirements. Native integration into the MOSAIC UXS environment enables the platform to operate alongside existing and future unmanned systems across multiple domains, with maritime integration planned for later development stages.

Quantum Systems described the unveiling as the operational launch of a dedicated Ground Robotics domain focused on industrial manufacturing and system interoperability. Hendrik Kramer, Head of the Ground Robotics Domain at Quantum Systems, said in a statement: “With MANDRILL, we are laying the foundation for a powerful and scalable family of systems in the ground-based sector.”

Kramer added: “Our aim is not to develop a single vehicle, but to create a modular, networked ecosystem that can be flexibly adapted to the requirements of modern deployment scenarios. The MANDRILL is a robust, modular platform that is consistently designed for further development.”

He further emphasized the strategic rationale behind entering the sector, stating: “With the operational launch of the Ground Robotics domain, we are combining expertise in mechanics, autonomy, software integration and mission systems. Our goal is to offer customers an interoperable solution that integrates seamlessly into existing structures while anticipating future technological developments.”

At the core of the system is the MOSAIC UXS software suite, which Quantum Systems describes as an open architecture enabling cross-domain networking among manufacturer-independent unmanned systems. The company positions this software layer as the central element connecting aerial drones and ground robotics within a shared operational framework.

Martin Karkour, Chief Revenue Officer at Quantum Systems, said: “The future of unmanned systems lies not in isolated platforms, but in intelligently networked alliances.” He added, “With MOSAIC UXS, we are creating an open, scalable architecture that connects air and land systems in a shared digital battlefield. MANDRILL is a crucial building block in our multi-domain vision.”

Karkour further stated: “Our customers need integrated solutions that combine reconnaissance, impact, logistics and command capabilities in a single system network. The combination of proven UAV technologies and new ground robotics platforms opens up completely new operational possibilities – from sensor-based aerial target reconnaissance to autonomous ground support.”

Technically, unmanned ground vehicles such as MANDRILL are designed to reduce risk to personnel by performing hazardous or repetitive tasks remotely or autonomously. Modular payload bays allow operators to adapt the same base vehicle for surveillance, cargo transport, casualty evacuation, or electronic warfare roles, reducing logistical complexity compared with fielding multiple specialized platforms.

The concept aligns with a broader trend across NATO and partner militaries toward multi-domain operations, where unmanned systems share data across air, land, and digital networks in near real time. Interoperability and open architecture designs have become central requirements as militaries seek to avoid vendor lock-in while maintaining compatibility between different robotic platforms.