IDET

Brief characteristics of the exhibit:

GLADIUS MAX is designed for detection and elimination of enemy targets, particularly drones, but also lightly armored ground targets. It is equipped with an integrated radar, an electro-optical sight, and a 30 x 113 mm cannon using proximity-fuzed or high-explosion ammunition.

Real-time ISR data streaming with minimal latency (<100 ms) enables highly accurate target acquisition.  GLADIUS MAX is gyrostabilized. The movements of the radar, the sight and the gun carriage are completely independent, which enables the operator to keep his sights on target regardless of the ballistic correction for the weapon. Modular design allows integration of additional sensors as required.

Brief characteristics of the exhibit:

PANDUR 8×8 EVO is a modern wheeled armored vehicle developed by TATRA DEFENCE VEHICLE a.s. in cooperation with GDELS-Steyr GmbH as a universal mobile platform based on the NGVA standard, offering high innovation and modernization potential. It is designed for deployment in current and future military operations characterized by high dynamics and a wide range of threats. It meets the requirements for advanced active and passive protection, powerful firepower, excellent maneuverability and mobility, as well as the capability to operate in multi-domain operations. The modular concept of the PANDUR 8×8 EVO allows for the configuration of various wheeled armored vehicle variants to suit the needs of the armed forces. The vehicle platform is compatible with both manned and unmanned weapon systems, supports the launch of loitering munitions, and enables cooperation with UGV and UAV systems — or even their control directly from the vehicle. All vehicle variants are equipped with a modern communication system that allows integration into the C4ISTAR system.

PANDUR 8×8 EVO is designed with maximum emphasis on crew protection and features a high level of mine and ballistic resistance. The vehicle is equipped with modern active protection systems capable of identifying and effectively neutralizing various battlefield threats. It is developed and manufactured in the Czech Republic in cooperation with leading domestic and international partners, enabling the transfer of key technologies. Thanks to its domestic production, conditions are created for fully meeting the needs of the Czech Armed Forces and ensuring the vehicle's life cycle support by a local supplier.

Brief characteristics of the exhibit:

An effective AI-powered UAV designed to autonomously detect, track, and neutralize hostile drones – including Class I & II threats, both individually and in swarms. Its lightweight body combines 3D-printed components and a carbon fiber frame for rapid, scalable production. Fully autonomous from launch to impact, guided by onboard optical targeting and AI.

Main benefits of solutions:

• Cost-effective alternative to short-range missiles.
• Uses AI for precise targeting and drone neutralization.
• Detects threats within a 60 km radius.
• Includes software with data on both the interceptor and hostile units.
• Enables mission planning.

Brief characteristics of the exhibit:

Cartridge 30 x 173 mm Semi Armour Piercing High Explosive Incendiary with Tracer and Self-destruct. Modern round with multifcuntional projectile of the Czech origin, comparable with the best world manufacturers. Extremely high Czech content.

Brief characteristics of the exhibit:

Designed and manufactured in the Czech Republic, KALAN is a new generation of amphibious tracked vehicles, using advanced propulsion and control systems. It was designed as a platform for multi-purpose and special vehicles for use in both the civilian and military sectors. The digital control system of the vehicle and all its systems is adaptable and expandable for the integration of customer-requested vehicle versions, superstructures and systems.There is no comparable vehicle on the market with such capabilities and parameters, and its need is increasingly urgent and relevant. With its variability of deployment and its technical and operational parameters (payload, performance, operation and maintenance), KALAN surpasses even the still used historical machine PTS-10 of Russian origin with limited possibilities of use.

Amphibious tracked vehicle - a platform of multi-purpose or special equipment for intervention, rescue and transport operations in challenging terrain on land and water, especially:

• Evacuation of endangered people or transportation of rescue teams with equipment and material;
• Transportation of bulk and palletized cargo or containers, such as humanitarian aid or special containers for crisis situations;
• Transportation of ground vehicles or special equipment for deployment in inaccessible areas;
• Firefighting vehicle/vessel for operational interventions on land and water;
• Large-capacity pumping of flooded areas (lagoons) and
• Other multi-purpose or special missions, such as decontamination, drinking water treatment, rescue, logistical support, ...

The amphibious vehicle is fully adaptable to all missions and ready to be modified according to the needs and purpose of deployment. Its capabilities make it ideal for deployment in armies.

Brief characteristics of the exhibit:

The exhibit is a complex reconnaissance system consisting of an autonomous swarm of ground robots (3 units) and multirotor drones (10 units) designed for remote reconnaissance. The system also includes a complete system design, incorporating a communication subsystem and software integrated into a special command case for the mission leader. The presented system develops knowledge, methods, tools, and technologies supporting the operational readiness of the armed forces, particularly in the field of reconnaissance and in the activities of emergency and rescue services when addressing large-scale security incidents. The presented system is capable of fully autonomous data acquisition within a defined perimeter using various specialized sensors, including the generation of highly accurate georeferenced 3D mapping data, as well as the detection and measurement of CBRN threats. The system can also autonomously identify vehicles and personnel in the area of interest using artificial intelligence technologies, moreover, thanks to its high level of autonomy, it significantly reduces the required operator workload — typically to a single person.

To the best of our knowledge, there is currently no solution on the market that offers a universally adaptable multisensory robotic system comprising a swarm of unmanned aerial and ground vehicles together with a control station possessing the capabilities we present. The system integrates the latest sensors, communication units, and advanced control electronics. The demonstrator also features AI-based algorithms for person and object detection, trajectory planning, and coordination with ground robotic systems. Innovation is evident not only in the technical design of the individual robotic agents and the custom-developed software, but also in the wide range of tasks the system is capable of solving fully autonomously. A significant advantage of the presented system is that it has been entirely developed in-house at a Czech technical university.

https://www.fekt.vut.cz/

Brief characteristics of the exhibit:

The EGIS NG is a high performance universal computing unit with an implemented Full HD LCD display and 24 control buttons. It specializes in high scalability of applied peripherals, available computing power or integration of non-standard customer requirements. The highest version built on the 13th generation Intel i7 processor with an integrated graphics card containing 96 computing cores makes this HW one of the most powerful solutions available on the market. Passive cooling is an equally important advantage. This compact unit has been designed with maximum consideration for the requirements of Military applications.

Main benefits of solutions:

• Higher quality LCD display (resolution, viewing angles)
• Order of magnitude higher available computing power
• Available high-speed peripherals on an adequate IO connector base
• Compliance with prescribed MIL-STD standards for ground combat equipment
• Device design implemented with the end user in mind