Effectors & Launcher Systems
Soft-Kill, Hard-Kill, Ammunition
HADES Defense Systems offers a broad portfolio of effectors, launcher systems, and ammunition solutions for defence and security organisations.
The portfolio includes both soft-kill and hard-kill capabilities, ranging from counter-UAS effectors and mobile launcher systems to rocket artillery, launcher tubes, and a broad spectrum of munition solutions for diverse operational applications.
The systems have been developed for deployment within modern defence environments and support protection, deterrence, and operational deployment at tactical, operational, and strategic levels.
Depending on operational requirements, systems can be deployed independently or integrated within broader air defence, counter-UAS, and security architectures.
The systems can be integrated on mobile, fixed and maritime platforms, Both the number of tubes, calibre and controls can be configured, allowing each platform to be tailored to its intended deployment profile. Users can choose lightweight and rapidly deployable configurations or larger pods with higher firing rates and capacities. This makes the MLRS solutions suitable for a wide spectrum of applications, ranging from mobile interventions to long-term fire support.
All HADES MLRS platforms support operation in Manual, Semi-Automatic and Fully-Automatic modes. This offers operators a choice between full control and maximum responsiveness. The clear interface and clear workflow make the systems suitable for both experienced artillery units and newly trained personnel, where consistency and situational awareness are key.
Ballistic Computer & Fire Control
The ballistic computer is the technological heart of our MLRS systems. This system calculates a complete firing solution within seconds based on platform orientation, ballistic characteristics, meteorological conditions and preset safety zones, among other factors. The calculations are highly accurate, reproducible and fully explainable.
The latest generation of our fire-control suite is supported by AI and machine-learning algorithms. These algorithms analyse patterns in ballistic performance, platform behaviour and environmental variables, allowing the system to automatically adapt to repeated firing or changing conditions. This results in improved stability, optimal fuse timing and a consistently accurate shot profile.
Despite this degree of automation, the operator always remains Human-in-the-Loop. The final deployment decision is confirmed manually, ensuring control, proportionality and safety in every situation.
The fire control suite is available in Manual, Semi-Automatic and Fully-Automatic modes. Operators can thus choose between maximum control or maximum processing speed, supported by a clear and user-friendly interface.