RP-24 MLRS
Surface-to-Air Hard-Kill
The RP-24 Multiple Launch Rocket System (MLRS) a surface-to-air missile launch system designed for the engagement of low-altitude aerial threats, including Unmanned Aerial Systems (UAS). It forms the primary hard-kill elimination component within the HADES Counter-UAS systems.
HADES MLRS platforms have been developed based on years of rocket artillery experience and represent a modern, modular generation of launch systems. The systems are designed for precision, reliability and operational flexibility within diverse deployment environments.
MLRS platforms can be integrated on mobile, fixed and maritime platforms. Both the number of tubes, calibre and configuration of the launch system are customisable, allowing each platform to be fine-tuned to its intended deployment profile. Depending on operational needs, configurations can be put together for rapid, mobile deployment or for higher firing rates and capacities.
The systems support operation in Manual, Semi-Automatic and Fully-Automatic modes. This allows operators to choose between maximum control or increased responsiveness, depending on the situation. The standardised interface and structured workflow make the MLRS platforms suitable for deployment by both experienced artillery units and newly trained personnel.
Ammunition & precision technology
The system uses a modified 57mm S-5 rocket, equipped with an air-burst fragmentation warhead with a lethal radius of over 20 metres per shot, and a capacity of 24 shots per launch tube module or more.
The launch tubes are equipped with the patented “Sandwich” technology with rifling, which stabilises the projectile and significantly increases both the effective range and accuracy.
Sensor-driven interception
Although the ammunition is essentially unguided, the system uses radar and other sensor data to detect, track, and predict the movements of incoming targets. This process is driven by proprietary software and Machine Learning (ML) algorithms.
In combination with the warhead's time-programming fuse, the system can very accurately intercept individual UAVs or complete drone swarms to protect critical infrastructure.
Cost-effectiveness
Thanks to its relatively low ammunition costs, the RP-24 offers a particularly cost-effective solution against cheap but potentially lethal threats.
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.
