The Russian 'Warrior' system: A soldier in a high-tech exoskeleton

Wars & Conflicts · Published 9 October 2026 Swipe more like this →

In short: Modern warfare is shifting toward total connectivity. Russia’s Ratnik program aims to turn individual infantry into networked nodes, blending heavy ballistic protection with real-time data links and thermal optics. It isn't just gear; it is an attempt to digitize the very nature of ground combat.

The Ratnik (Russian for 'warrior') is a comprehensive infantry combat system consisting of 10 subsystems and 59 individual items. Designed to enhance connectivity and effectiveness, it integrates modernized body armor, specialized helmets with eye monitors (thermal and night vision), and advanced communication systems. A key component is the 'Strelets' C2I system, which allows squad leaders to track soldier locations via GLONASS navigation on a book-sized computer while providing headquarters with real-time video and photos.

The physical hardware is substantial. The primary 6B45 body armor protects nearly 90% of the body against 7.62mm rounds from both assault rifles and sniper rifles, weighing between 7.5 kg and 15 kg depending on the variant. To balance protection with mobility, the system includes removable 'Granit' plates and Kevlar lining. While a full kit with shoulder and thigh shields can weigh up to 20 kg, specialized versions exist for paratroopers (6B46) and tank crews (6B48). The gear also features infrared-suppressing fabric and various environmental tools like autonomous heat sources and water filters.

Deployment of Ratnik has been gradual but significant. While prototypes appeared in 2013, serial production began in early 2015, with approximately 300,000 sets delivered by December 2020. The system saw its first reported use during the 2014 annexation of Crimea and has been tested by various international allies including China and Pakistan. Recent iterations are moving toward 'smart' integration, incorporating augmented reality glasses—costing over $6,000 USD per unit—and wearable robotic complexes to further automate the battlefield.

The strategic goal is high-precision lethality. In Syria, the Strelets system was used to send target data to Su-24M bombers, achieving nearly 100% accuracy. By combining heavy protection (the 6B47 helmet reportedly offers 40% more protection than NATO analogs) with these digital links, the Ratnik program seeks to minimize casualties while maximizing the speed of information flow from the foxhole to the command center.

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