Advanced technologies for Unmanned Air Vehicles (UAVs) such as KZO and TARES enable precise and rapid reconnaissance at day and night, electronic countermeasures and effective results, including over large distances.
SURVEILLANCE, RECONNAISSANCE, OBJECT LOCALIzATION,
COMBAT SUPPORT AND ATTACK
Autonomy, modularity, interoperability, and networkability are key factors in the successful global and multitask deployability of modern UAV systems. Due to the modular design, the systems can be adapted to perform various tasks and integrated in 'system-of-systems' solutions.
UAV-solutions combine design quality with robustness, operational efficiency, high rates of availability and state-of-the-art technology for:
- Surveillance, reconnaissance and target localization supported by future-oriented technology
- Electronic warfare by means of signal-detection-based reconnaissance and jamming
- Highly precise stand-off operation
Although each of those systems has to perform a particular set of tasks, components of the same type are used in several of our products. Significant cost savings can be achieved by means of highly modular design, for modularity increases the useful life of technical systems. In addition, expenditure on repairs and maintenance is reduced, since spare parts are obtainable at favourable prices, and labour costs are minimized.
Predator B on runway
KZO UAV - ADVANCED SURVEILLANCE,
RECONNAISSANCE AND TARGET LOCALIZATION UAV SYSTEM
With the KZO UAV RDE possesses a highly advanced surveillance, reconnaissance and target localisation system. Transmitted in real time, the data supports the virtually instantaneous adoption of countermeasures, as well as the onward transmission of the information required for situation assessments and poststrike-damage analysis.
The payload used for this specific task is an imaging infrared sensor capable of acquiring highly accurate data on fixed and moving targets at any time of the day or night, and in just about any kind of weather.
COMBAT UAV - TARES
In today's and future combat scenarios, targets in hostile areas have to be destroyed without endangering friendly forces and civilians and without exposing own troops to enemy fire. The combat UAV TARES is a system especially designed for such missions. The container launched air vehicle is a cross-wing type with pusher propeller, designed for high point precision target engagement in steep dive.
TARES can search, identify and destroy armoured and unarmoured targets.