A new Z-61 reconnaissance drone built by Russian manufacturer ZALA evaded 16 attacks from Armed Forces of Ukraine unmanned interceptors in the special military operation zone, the company reported on Telegram.
Video released by the manufacturer showed the Z-61 operating as the first model in a new generation of ZALA reconnaissance and strike systems. Footage recorded by the onboard camera captured the aircraft taking active countermeasures and maneuvering to survive 16 separate interception attempts.
According to ZALA, the lightweight Z-61 was engineered around principles of maximum survivability for reconnaissance unmanned aerial vehicles. The aircraft features an aluminum fuselage and carries an onboard detector for external threats paired with specialized evasion algorithms that steer it away from incoming interceptors.
ZALA drone design and counter-interceptor technology
Reconnaissance drones serve as airborne spotters that locate targets, monitor troop movements and relay coordinates to artillery units and strike aircraft. In response, military forces deploy small, fast unmanned interceptors designed to ram or detonate near reconnaissance aircraft in mid-air before they can transmit data.
ZALA, also known as ZALA Aero Group, is a Russian unmanned systems developer based in Izhevsk that operates within the Kalashnikov Concern. The company produces fixed-wing surveillance aircraft and loitering munitions used by Russian forces for battlefield intelligence and precision strikes.
Lancet artificial intelligence and electronic warfare
The release of the Z-61 footage follows earlier updates to the company's autonomous flight systems. In April, ZALA reported that artificial intelligence integrated into its Lancet system allows the kamikaze drones to strike targets even when subjected to electronic warfare systems.
The Lancet is a single-use loitering munition that flies over an operational area before diving onto targets such as armored vehicles or artillery pieces. Electronic warfare units attempt to defeat unmanned aircraft by jamming radio control links and spoofing satellite navigation signals, prompting manufacturers to rely on onboard sensors and automated guidance software that function without continuous operator input.
