Combat-Proven 9K333 Verba MANPADS Destroys Thousands of UAVs, Showcased at World Defense Show 2026

(DEFENCE SECURITY ASIA) — The 9K333 Verba man-portable air defense system (MANPADS) has reportedly destroyed thousands of unmanned aerial vehicles (UAVs) during combat operations in the zone of the Special Military Operation (SMO) in Ukraine,  underscoring the expanding battlefield role of short-range, shoulder-fired air defense systems in countering the proliferation of drones.

The system is currently being presented to international delegations and defense industry representatives at World Defense Show 2026 in Riyadh, Saudi Arabia as part of the exhibition stand of High-Precision Systems Holding, a subsidiary of Rostec State Corporation.

Designed to engage fixed-wing aircraft, helicopters, unmanned aerial systems, and cruise missiles, Verba represents Russia’s latest-generation infrared-guided MANPADS, developed to succeed earlier systems such as Igla-S while introducing enhanced seeker discrimination and countermeasure resistance.

 

According to its developers, the system retains operational effectiveness even in environments saturated with intense optical countermeasures, a capability considered critical in contemporary conflicts where flares, infrared jamming, and electronic warfare are routinely deployed to degrade missile guidance performance.

During ongoing combat operations, Verba has been employed not only against conventional aerial targets such as aircraft and rotary-wing platforms, but increasingly against a broad spectrum of unmanned systems operating at low and medium altitudes along the line of contact.

Operationally, the system has been used to intercept reconnaissance drones tasked with battlefield surveillance, as well as to repel coordinated attacks by strike UAVs targeting frontline positions and logistical infrastructure.

There have also been recorded instances of successful engagements against cruise missiles, highlighting the system’s potential role in layered short-range air defense architectures designed to protect maneuver units and critical nodes from precision-guided threats.

Heavy unmanned aerial vehicles—typically characterized by larger radar and infrared signatures—are described as standard targets for MANPADS-class systems, and are reportedly being regularly intercepted by Verba units deployed in forward positions.

Notably, the system has also demonstrated effectiveness against smaller UAVs powered by electric propulsion systems, which traditionally present reduced thermal signatures and can complicate engagement envelopes for infrared-guided interceptors.

Such capabilities reflect the growing doctrinal emphasis on distributed, mobile air defense elements capable of responding rapidly to low-cost, high-volume drone threats that have become a defining feature of modern warfare.

From a technical standpoint, Verba incorporates a passive thermal three-spectral homing head, enabling improved target discrimination against background clutter and countermeasures, while maintaining portability and rapid deployment by individual operators.

The system’s engagement envelope—ranging from very low altitudes to several thousand meters—positions it as a frontline air defense asset intended to provide immediate protection to ground forces without reliance on larger radar-guided systems.

Its presence at World Defense Show 2026 signals Moscow’s intent to highlight combat-proven capabilities to potential export customers, particularly amid rising global demand for counter-UAV solutions driven by lessons observed in recent conflicts.

As drone warfare continues to reshape tactical and operational dynamics across multiple theaters, systems such as Verba illustrate how traditional MANPADS platforms are evolving beyond their historical anti-aircraft role to become central instruments in countering unmanned and cruise missile threats on the modern battlefield.

Verba MANPADS – Technical Specifications

 

— DEFENCE SECURITY ASIA