Low cost, high damage
Current defense systems are too large, expensive, and inefficient. The risk is growing faster than the available technologies.
Drones attack faster than humans can react
The rapid proliferation of drones has introduced a new dimension to modern warfare, with low-cost platforms capable of delivering significant damage.
Multidirectional & precise
Jamming is often ineffective — fibre-optic guidance, mass attacks, and multi-directional strikes bypass traditional electronic countermeasures.
Micro & nano drones
Neutralisation of micro and nano drones is one of the biggest challenges of the modern battlefield and civil protection.
Faster than human reaction
Drones are currently most often neutralised by being shot with personal weapons — a slow, inaccurate, and dangerous approach.
Why Rattlesnake?
A major challenge in modern military operations is the high cost of neutralizing incoming threats.
Mass drone attacks using low-cost platforms are designed not only to strike targets, but also to drain expensive defensive assets, impose economic pressure, and escalate the overall cost of sustaining operations.
By minimizing the cost per interception, Rattlesnake is a defense strategy mirroring the offense, enabling long-term readiness without exhausting critical resources.
Affordable
Operational cost per downed drone under €10.
Effective
Tracks and eliminates several targets at once — advanced decision algorithms and rapid-fire functionality.
Precise
Adjustable shooting range based on 0-50 m effective zone.
Standalone
Integrated system that is easy to deploy. Compact design enhances versatility and application options.
Portable
Can be mounted on any vehicle, building, or field position. High mobility, flexible use.
Fast
Capable of acquiring and neutralising targets under 1 second.
Reliable
Simple design and maintenance.
Architecture
A fully integrated, standalone system combining sensing, decision-making, and kinetic engagement in a single compact assembly.
Multispectral Sensor Package
Integrated sensor system for robust detection up to 200 m.
ML-Driven Detection & Decision
Advanced machine-learning model for real-time drone detection, multi-object tracking, and autonomous threat-neutralisation decisions.
Kinetic Effector
Reliable, high-rate-of-fire mechanism delivering controlled neutralisation within a 0-50 m effective zone.