Introduction

The Russian Navy has been undergoing a significant modernization process in recent years, with the development and deployment of new warships being at the forefront. One such class of ships that has garnered significant attention is the Admiral Gorshkov-class frigate, also known as Project 22350. These frigates are designed to be versatile multi-role vessels capable of performing a variety of tasks, from anti-submarine warfare to surface combat operations.

Design and Capabilities

The Admiral Gorshkov-class frigate measures approximately 135 meters in length and displaces around 4,500 tons when fully loaded. It features an innovative design that incorporates advanced stealth technology to reduce its radar cross-section and make it more difficult for enemy defenses to detect.

Propulsion System

The propulsion system consists of two gas turbines providing a combined power output of over 21 megawatts, driving two propeller shafts connected via a gearbox system for increased efficiency during both high-speed operation and maneuverability exercises.

Armament

The primary armament consists mainly of Kalibr land-attack missiles (with ranges up to 2,000 kilometers), Onyx anti-ship missiles (range up to 300 km), P-800 Yakhont supersonic cruise missiles (range up to 290 km) along with Tor air defense missile systems for close-range protection against airborne threats.

Electronic Warfare Systems

To counter emerging electronic warfare threats on the battlefield, these frigates feature cutting-edge electronic warfare systems integrated into their design including passive phased array radar antennas which can identify various signals emitted by hostile aircraft or ships without transmitting any signal themselves thus keeping them undetected from potential adversaries' sensors.

Command & Control Systems

These warships incorporate advanced command & control systems allowing real-time monitoring across all onboard systems while enabling seamless communication between crew members through secure digital networks reducing human error during critical decision-making processes under intense pressure situations like naval battles or crisis management scenarios where speed is crucial in making tactical decisions quickly accurately executing orders effectively coordinating responses amongst different units within fleet formations maintaining situational awareness at all times even amidst heavy interference from jamming devices used by adversaries seeking advantage over our forces thereby enhancing overall operational effectiveness under challenging conditions

7 Conclusion