Poland and Romania Strengthen Defense Against Russian Drones
Poland and Romania are rolling out new defense systems to counter Russian drone threats following a series of incursions into NATO airspace in recent months. These incidents have highlighted vulnerabilities within the alliance and posed risks to European security.
One of the key systems being deployed is the U.S. Merops, which is compact enough to fit in a mid-sized pickup truck. It employs artificial intelligence to locate, approach, and navigate drones, even when satellite and electronic communications are compromised.
The Merops system is not only utilized in Poland and Romania but has also been integrated in Denmark, as reported by a NATO military official. This initiative aims to reinforce the eastern flank of the NATO alliance.
Officials are focused on ensuring a robust defense along Russia’s border, instilling enough deterrence that Russian forces think twice before attempting incursions from Norway to Turkey.
The urgency for enhanced technology arose after about 20 Russian drones entered Polish airspace in early September. In response, multi-million dollar jets were dispatched to address a threat that involved drones valued at only tens of thousands of dollars.
Subsequently, Romania also experienced drone incursions, which momentarily disrupted airports in Copenhagen, Munich, Berlin, and Brussels. Additional reports indicated drone sightings near military installations in both Belgium and Denmark.
While the source of these drones isn’t definitively traced to Russia or the Ukraine conflict, it’s clear that there’s an immediate need to bolster defenses. Prolonged drone warfare or another large-scale conflict like the one in Ukraine could stretch Western resources thin and deplete missile stockpiles.
Col. Mark McClellan, NATO’s deputy chief of staff for Allied Land Operations, noted, “This system allows for very accurate detection.” He emphasized that targeting drones is considerably more cost-effective compared to deploying advanced jets like the F-35 to deal with them.
Drones typically fly at low altitudes and slow speeds, complicating their detection for radar systems that are designed for faster missiles. They can often be mistaken for birds or other aircraft. According to NATO officials, the Merops system is designed to bridge these detection gaps.
McClellan explained that the Merops “essentially flies at the enemy drone,” providing the option to either shoot them down directly or relay information to ground or air units for action.
Gen. Thomas Lowin, NATO Deputy Chief of Staff for Operations, elaborated that commanders receive time to evaluate potential threats before taking action. He added that the system could protect critical infrastructure, such as airports, along with military units in active combat.
Currently, NATO is positioning its initial systems along the Polish-Romanian border, while Denmark has decided to adopt Merops technology as well.
Interestingly, former Google CEO Eric Schmidt is an investor in Merops, though both he and the company prefer to maintain a low profile and have not engaged in public conversations about the matter. Polish and Romanian defense officials have also been reticent to discuss details publicly.
The ongoing Russian invasion has underscored the necessity for new protective measures against evolving warfare tactics in Europe. The Merops system is just one of several technologies that European militaries see as essential for gaining an upper hand in drone warfare.
European firms are now focused on developing anti-drone systems like Merops and specialized missiles, while EU nations have committed to collaborate on constructing a “drone wall” along the eastern borders of the EU.
In addition, U.S. military leaders in Europe are advocating for the establishment of the Eastern Flank Line of Deterrence, which would create a layered defense surrounding NATO territories.
Gen. Chris Donahue, leading U.S. forces in Europe and Africa, highlighted the importance of creating a network of sensors and command systems that function across various hardware and can evolve as technology progresses.
Donahue pointed out that Russia’s conscription and sizeable military can mobilize more troops quickly than NATO. He’s emphasized the need for the alliance to leverage its technological strengths to counterbalance this manpower advantage.
Lowin indicated that implementing systems like Merops is just the initial step in reinforcing defenses, with the process projected to unfold over the next two to five years.
The incidents of drone incursions, rooted in the ongoing conflict in Ukraine—the war now entering its fourth year—highlight a significant concern for NATO’s eastern borders. The battlefield in Ukraine has become a proving ground for new drone technologies that are finding applications across Europe.
The choice of the Merops system stems from its successful deployment in Ukraine; as Lowin stated, if it isn’t effective there, it probably isn’t worth acquiring.
As drones continue to evolve, responding to each new variant presents a significant challenge. Brig. Gen. Zacharias Hernandez remarked that swift identification and assessment of threats is critical, and it necessitates rapid production cycles from development to battlefield readiness.
Meanwhile, Russia is concurrently ramping up its production of attack drones, which feature advanced technology like cameras, jet propulsion engines, and anti-jamming systems.
Even Russia has had to adapt, as President Vladimir Putin acknowledged earlier in October, admitting that the military initially faced significant shortcomings in Ukraine but assured improvements were made quickly.
NATO officials suggested that Ukraine, NATO, and Russia are engaged in a dynamic technological competition. “We’re closely monitoring what Russia is doing in Ukraine,” Hernandez said. “Preparation is crucial.”
