Ukrainian company "General Chereshnya" is integrating the Bullet drone interception system onto marine unmanned vehicles. The goal is to intercept Russian Shaheds directly over the water before they reach the coast.
The logic of the solution is straightforward: the farther from shore a target is destroyed, the less chance that debris or an unexploded warhead will damage civilian infrastructure. Ground-based air defense systems operate over land — a maritime interceptor moves the engagement line dozens of kilometers out to sea.
Bullet is a system that uses its own interceptor drone to physically destroy targets through collision or detonation nearby. Unlike missile systems, it does not require expensive ammunition and can be scaled: one marine carrier drone can carry several interceptors.
The Black Sea has already become a zone of active use of Ukrainian marine unmanned vehicles — "Magura," "Sea Baby," and other platforms have pushed the Russian fleet away from Snake Island and regularly attack ships in Sevastopol. Adding air defense capability to these platforms is a qualitative leap: the vessel ceases to be only a strike asset and becomes a mobile point of air defense.
The problem that this solution does not automatically resolve is coordination. A marine drone operates in a zone where friendly aviation, missiles, and other unmanned vehicles may be working. Without a reliable friendly-fire identification system adapted to the marine environment, the risk of friendly fire increases proportionally to the number of platforms in the air and water simultaneously.
The integration is announced as a plan — there is no public data on completed tests on marine carriers yet.
If the system passes testing and goes on duty, a question will arise about priorities: a maritime interceptor is effective against low-flying targets over water, but will its range and autonomy be sufficient to block the routes of Shaheds that skirt the coast at low altitude — precisely where ground-based radar sees them worst?
