Greek-Made Centauros Offers Cheap Solution to Drone Threat Greek City Times
AI Analysis
The Greek-developed Centauros anti-drone system offers a cost-effective solution by jamming UAV communication and navigation signals, proving effective in real-world operations. It has demonstrated success in intercepting drones during EU Operation Aspides and is attracting international interest.
Key Takeaways
- Centauros neutralizes drones via electronic jamming, avoiding costly missile use.
- The system has a range of 25–40 km and can engage multiple drones simultaneously.
- Proven effective in combat, notably during EU Operation Aspides in 2024.
- Interest from countries such as Armenia and Gulf states is growing.
- Part of Greece's broader defense strategy with significant investment in innovation.
Why It Matters
The Centauros system represents a strategic shift towards more sustainable and cost-effective drone defense solutions, crucial in an era where drone warfare is increasingly prevalent. Its adoption could influence military procurement decisions globally, emphasizing electronic warfare capabilities over traditional missile-based systems.
Greek-Made Centauros Offers Cheap Solution to Drone Threat Greek City Times
Greece is drawing growing international attention for its Centauros anti-drone system, a cost-effective electronic warfare platform that is redefining how militaries counter the rising threat of unmanned aerial vehicles.
Centauros EAV Greece
Developed by Hellenic Aerospace Industry, the system has already proven its effectiveness in real-world operations, particularly against Houthi drone threats in the Red Sea.
A new approach to drone defence
Unlike traditional air defence systems that rely on costly missiles, Centauros neutralises drones by jamming their communication and navigation signals.
According to Kyriakos Enotiadis, head of the electronics division at EAV, the system detects UAV radio signals from long distances—giving operators critical time to respond.
“It has the ability to pick up radio waves of a UAV from very long distances, giving reaction time to neutralise it without consuming ammunition,” he said.
The key advantage is cost: the system operates using electrical power only, dramatically reducing operational expenses compared to missile-based interception systems.
Proven in combat operations
Centauros has already been tested in active missions. The HS Psara deployed the system during EU Operation Aspides in 2024.
During one engagement in the Gulf of Aden:
- Terms and Conditions
- Four hostile drones were intercepted
- Two were shot down
- Two were forced to retreat
- Some neutralisations were achieved solely through electronic jamming
This demonstrated the system’s ability to counter low-cost drone swarms without expensive missile use, a growing challenge in modern warfare.
Wide coverage, scalable defence
The Centauros system offers:
- Range: 25–40 km
- Multi-target capability: Engage multiple drones simultaneously
- Flexible deployment: Naval, vehicle-mounted, or fixed installations
Enotiadis described it as creating a “large umbrella of protection”, with virtually no limit to the number of drones it can disrupt within its operational range.
Global interest growing
Interest in the system is expanding beyond Greece and Cyprus, with countries such as Armenia and several Gulf states closely monitoring its development.
With drones evolving rapidly—often within six-month cycles—Centauros is part of a broader Greek electronic warfare ecosystem that includes programmes like Hyperion and Telemachus.
A cost-effective future for defence
At an estimated €2 million per unit, Centauros is significantly cheaper than conventional air defence systems.
Its development aligns with Greece’s wider defence strategy, which includes:
- €800 million investment in defence innovation
- A €30 billion military modernisation programme running through 2036
As drone warfare continues to dominate modern battlefields, systems like Centauros highlight a shift toward sustainable, scalable, and cost-efficient defence solutions.
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