Russia Reveals Ballista Remote Weapon Station to Upgrade 30mm Firepower on Armored Vehicles.

Russia used the World Defense Show in Riyadh to promote its Ballista remote-controlled weapon station as an export-ready upgrade for armored vehicles and fixed defenses. The system highlights how Russia is targeting budget-conscious militaries seeking more firepower without replacing existing fleets.

At the World Defense Show 2026 in Riyadh, Army Recognition journalists on site examined the Ballista remote-controlled weapon station as it was promoted by official Russian defense export channels on January 30, 2026, as an export-ready lethality upgrade for wheeled armored platforms and fixed defense applications. Presented as a compact but heavily armed module, Ballista is being positioned for customers seeking a rapid modernization path for legacy fleets across the Middle East, Africa, and Asia without moving to entirely new vehicle families.
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Ballista remote-controlled weapon station pairs a 30 mm 2A42 cannon with a coaxial 7,62 mm PKTM, twin Konkurs-M anti-tank guided missiles, and 81 mm smoke launchers, delivering 360-degree remote firepower with -5 to +70 degree elevation and day-night electro-optical sights for armored vehicle upgrades and perimeter defense (Picture source: Army Recognition Group).

On the exhibition floor, Army Recognition observed Ballista in a configuration that looks less like a light remote weapon station and more like an unmanned medium-caliber turret designed to deliver a decisive increase in direct firepower. The displayed armament suite combines a 30 mm 2A42 automatic cannon with a stated ammunition load of 300 rounds, a coaxial 7.62 mm PKTM machine gun supplied with 2,000 rounds, and two Konkurs-M anti-tank guided missiles mounted ready-to-launch on either side of the turret. An integrated smoke-laying system using 81 mm grenades, with six rounds carried, provides organic self-protection and obscuration during maneuver or disengagement.

From a mechanical and integration perspective, Ballista is clearly optimized for retrofit and modular installation. The system has a reported full weight without ammunition of no more than 1,650 kg, a critical threshold for many legacy armored personnel carriers with limited roof load margins. Overall dimensions are listed as 4,035 mm in length, 2,418 mm in width, and 1,239 mm in height from the mounting surface, indicating a relatively compact vertical profile for a turret carrying both a medium-caliber cannon and anti-tank missiles. The traverse arc is a full 360 degrees, while elevation ranges from -5 degrees to +70 degrees, allowing effective engagement in urban terrain, mountainous areas, and against elevated or descending threats.

The development of Ballista reflects a broader Russian design trend that prioritizes increased lethality while keeping crews under armor. The project draws on operational experience gained from armored vehicle deployments over the past decade, where exposure of gunners in manually operated turrets proved increasingly risky in environments saturated with snipers, drones, and precision-guided munitions. By combining proven weapon systems with a remotely operated architecture, Ballista seeks to offer an incremental but practical modernization path rather than a costly leap to fully new combat vehicles.

Ballista delivers a layered engagement capability. The 30 mm 2A42 cannon provides high-rate suppressive fire against infantry, lightly armored vehicles, and field fortifications, with dual-feed flexibility supporting rapid switching between ammunition types. The coaxial machine gun supports close-range engagements and ammunition economy. The addition of Konkurs-M missiles extends the effective engagement envelope to up to 4,000 meters, enabling the host vehicle to threaten enemy armored vehicles, fortified positions, and key points from standoff ranges. The system is fitted with a modern fire-control suite integrating daylight television, thermal imaging, and range-finding channels, enabling detection, recognition, and engagement by day or night and under adverse weather conditions.

Ballista allows commanders to repurpose conventional armored personnel carriers into credible fire support platforms. In motorized infantry units, vehicles equipped with Ballista can provide overwatch during advances, secure flanks during urban operations, and reinforce checkpoints or convoy security with both direct fire and anti-armor capability. The high elevation angle also improves effectiveness in dense urban environments where threats may appear from upper floors or rooftops. Beyond mobile platforms, Ballista can be deployed in static or semi-static roles, such as border defense, base perimeter security, or protection of critical infrastructure, where remote operation reduces risk to personnel while maintaining persistent fire coverage.

In terms of users, Ballista is currently associated with Russian armored vehicle modernization programs and export offerings rather than widely documented foreign service. Its configuration and ammunition choices, however, strongly suggest it is aimed at countries already operating Russian or Soviet-origin armored fleets and logistics chains. For such operators, Ballista offers a relatively low-risk path to enhance combat capability without restructuring training, maintenance, and ammunition supply systems.

When compared to Western competitors such as medium-caliber remote turrets developed in Europe, Israel, or North America, Ballista occupies a distinct niche. While Western systems often emphasize advanced digital integration and fire-and-forget missile technology, Ballista focuses on robustness, cost efficiency, and compatibility with established weapon stocks. This trade-off may appeal to armed forces prioritizing affordability, ease of sustainment, and rapid fielding over cutting-edge networking features.