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The lead ship of Project 11711M for the Russian Navy. It features increased displacement and dimensions, along with more powerful propulsion systems. The use of modern stealth technologies and high equipment modularity fully aligns with contemporary standards for versatile fleet operations.
HMS Hood — a legend of the Royal Navy that remained the world’s largest warship for two decades after commissioning. A comprehensive modern upgrade has equipped it to counter any contemporary threat: its armament now includes missile systems, grenade launchers, and upgraded air-defense suites that fully meet modern combat standards.
RF Admiral Chabanenko — a Project 1155.1 destroyer of the Russian Navy. This is a deeply modernized version with significantly enhanced missile armament: outdated launchers have been replaced by contemporary systems, including a universal vertical launch system. The destroyer’s arsenal provides effective countermeasures against all major types of naval threats.
A Ticonderoga-class guided-missile cruiser that participated in Operation Desert Strike, Operation Southern Watch, and numerous other combat missions. Equipped with highly modular systems that allow easy replacement of key armament and equipment as needed. The cruiser also boasts excellent maneuverability and speed for reliable operation in any sea conditions.
A Soviet third-generation supersonic strike aircraft with variable-sweep wings and a single-engine configuration. Designed primarily for attacking surface targets but also capable of engaging enemy aircraft.
A multinational next-generation fighter developed under the Global Combat Air Programme, led by the United Kingdom with participation from Japan and Italy. This twin-engine aircraft features distinctive curved delta wings and is capable of engaging both surface and air targets.
An experimental Soviet combat helicopter project from the early 1980s. Distinguished by high speed and durability, stealth technologies, and a NOTAR tail system. Capable of engaging all types of targets.
A Russian unmanned surface vessel developed for modern naval tasks. Suitable for both reconnaissance and striking surface targets using a powerful self-detonating warhead. The platform is also equipped with a laser-based air-defense system for protection against aerial threats.
A Russian multi-role shipborne missile suitable for both air defense and surface target engagement. Effective at medium ranges with fast reload times.
The unique “Komar” automated missile system. Fires Igla-S missiles against surface and air targets at close range. Highly effective as additional automated ship protection.
A British naval air-defense missile system introduced in the 1970s. Fires multiple fast missiles in a single salvo, delivering area damage.
An Iranian hypersonic missile with exceptional speed and reinforced structure. Designed for effective long-range strikes against surface targets.
One of India’s first advanced lightweight medium-range torpedoes. Ignores decoys and travels at high speed.
ROKS Jang Yeong-sil is a modern diesel-electric submarine that uses lithium-ion batteries, allowing it to remain submerged longer and maintain high speed without surfacing. As a result, it operates more quietly and is harder to detect. The submarine is equipped with ten vertical launch cells designed to carry either cruise missiles or submarine-launched ballistic missiles.
KRI Nusantara is a concept for a modern low-observable battleship for the Indonesian Navy, designed to confidently project power in the Indo-Pacific region. The ship features a powerful missile and artillery armament, enabling it to perform a wide range of naval missions. Its advanced, multi-layered defense system effectively counters all types of threats, allowing the crew to focus on sustained firepower and successful mission execution. 
JS 30DX represents an evolution of Japan’s multirole frigate program, aimed at increasing export appeal. The ship is equipped with a modern diesel-gas turbine propulsion system and features relatively low displacement, granting it impressive speed. Compact dimensions, the use of stealth technologies, and a flexible modular weapons architecture make this frigate an effective asset for forward-area operations.
The third and final representative of the Zumwalt-class guided missile destroyers. The ship’s offensive power is traditionally concentrated in its missile and artillery systems, while its defensive components have undergone significant redesign. New air defense systems include advanced laser and missile solutions, complemented by an anti-torpedo system to counter underwater threats.
A Russian concept for a new trimaran frigate capable of operating effectively even in heavy seas. Its electric propulsion systems with battery-based energy storage are placed in separate outer hulls, which not only improves stability but also provides high speed. The expanded deck area in the central hull allows for the deployment of up to two helicopters.
An experimental prototype of a U.S. long-range supersonic strategic bomber equipped with nuclear weapons for priority destruction of surface targets. The aircraft features a canard configuration with a thin delta wing and twin vertical stabilizers. It is powered by six turbojet engines arranged in a clustered configuration and is capable of achieving extreme supersonic speeds.
A low-observable fifth-generation attack aircraft of the Swedish Air Force. The new Flygsystem project aims to replace existing aircraft with a highly maneuverable platform featuring stealth technologies and modern weaponry capable of engaging all types of targets.
A modern attack helicopter project developed for the Italian Air Force. It is faster than its predecessors, features a more robust airframe, and is equipped with advanced weaponry capable of engaging all existing types of opponents.
An unmanned helicopter developed in China. Designed for ship-based operations, it performs reconnaissance and special combat missions. It features a unique multirole payload system capable of engaging all types of adversaries.
A concept for a heavy strike drone for the U.S. Air Force utilizing stealth technologies. Its powerful propulsion system allows for high flight speed, while its weapon load enables attacks against aerial and surface targets without entering enemy air defense zones.
An advanced American railgun featuring rapid horizontal turret rotation and unrivaled projectile velocity. It is capable of engaging surface targets at extreme ranges with exceptional accuracy. The system requires a short initialization period to achieve magnetic acceleration before firing.
A directed-energy air defense system developed in Israel. It is capable of effectively countering aerial threats at short ranges with high precision.
An Israeli multiple launch rocket system based on the Soviet BM-24. It is capable of engaging surface and underwater targets at medium ranges using high-velocity rockets.
A South Korean long-range ballistic missile designed for naval combat operations and equipped with a conventional warhead. It features high flight speed and can be launched from underwater platforms.
HMAS Hobart (DDGH 39) is the newest Hobart‑class destroyer of the Royal Australian Navy. It was initially designed as a platform with high modernization potential: key systems can be upgraded and replaced as new technologies appear. Its combined diesel‑gas turbine propulsion system provides high speed and good maneuverability. The ship’s firepower is centered around missile systems, but its arsenal is not limited to them, allowing it to operate confidently against any type of target.
HMS Type 32 is a next‑generation British frigate concept. The project focuses on reduced detectability and high survivability, combining excellent seakeeping with modularity that enables rapid replacement and upgrading of many systems. It was envisioned as the fleet’s multirole “workhorse,” capable of autonomous operations, handling a wide range of missions, and performing reliably in challenging environments and any weather, meeting Royal Navy requirements.
BAP Almirante Grau (CLM‑81) served as the flagship of the Peruvian Navy from 1973. The ship underwent multiple modernizations, receiving updated equipment and electronic systems. For its class, it featured high speed, excellent maneuverability, and a deck helicopter. Its primary weapons were powerful artillery guns, reinforced with missile systems and launchers. Numerous reliable air‑defense systems provided its protective capabilities.
A next‑generation twin‑engine Indian carrier‑based strike aircraft developed as an evolution and replacement for the HAL Tejas. The aircraft features redesigned aerodynamics and is built for intensive carrier operations.
An experimental Iranian UAV converted from a manned aircraft into a compact strike drone. This approach improved its stealth and expanded its reconnaissance potential.
A next‑generation experimental combat tiltrotor focused on speed and protection. Its durable armored airframe is combined with modern electronics and composite materials, providing low observability and high reconnaissance efficiency.
A Turkish medium‑range ballistic missile. Its rapid acceleration and high speed make it a serious threat to any surface target.
A French heavy medium‑range torpedo powered by silver‑zinc batteries. It accelerates quickly and fires several projectiles per launch.
An Indonesian prototype launcher capable of striking surface and underwater targets at long distances. Thanks to its special artillery properties, its projectiles have very high flight speed, though it cannot effectively counter torpedoes.
A streamlined ekranoplan‑style drone concept with an enhanced self‑detonating charge. It glides above water at high speed, targeting large ships to disable them using its powerful contact‑detonation warhead.
A two‑stage North Korean submarine‑launched ballistic missile. Its unique design shortens launch preparation time and increases flight speed by reducing range and strike radius.
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