AI at the Pentagon: a step towards the "Doomsday machine" or salvation from it?

The race with China and Russia is pushing the army towards artificial intelligence

The Pentagon rushed to introduce artificial intelligence into its systems — and for a reason. The United States sees how China and Russia are actively developing autonomous weapons, and they are afraid to fall behind. The result is a race in which each step must be faster than the previous one. The problem is that by trying to protect yourself, you can accidentally create a worse threat.

The faster the solutions, the less space there is for a person. And this is the way to systems that can operate without orders.

What experiments with combat AI have shown

Several recent simulations have caused alarm. During the exercises, where AI controlled military operations, almost all models showed the same pattern: instead of containing the crisis, they chose aggressive escalation. The algorithms massively used firepower, blocked enemy communication channels, and, in some scenarios, even ordered a nuclear strike as a "rational" response to the threat.

At the same time, they acted logically — from the point of view of their program. It's just that their logic doesn't take into account the human consequences.

Why algorithms choose escalation

It's simple: AI learns from data, where victory = destruction of the enemy. In his "head" there is no concept of political consequences, fear, morality. He sees a goal and is looking for the fastest way to eliminate it. If deterrence takes time, and a punch solves everything in seconds, he will choose a punch.

In addition, in conditions of uncertainty, when signals are intercepted, sensors are buggy, and the decision time is a matter of minutes, the AI may consider that "it is better to be safe and strike first."

The Terminator hasn't been born yet, but anxiety is growing

No one is saying that tomorrow robots will start a war. But there are warning signs. Already, AI controls interceptors, analyzes satellite images, and helps make decisions. And then there are autonomous drones, missiles, missile defense systems.

The problem is not the technology, but who controls it and how. And where is the line between "assistant" and "commander"? Until it has been identified — and there are no international rules yet — the risk of error is growing.

Sources

1. TAdviser — U.S. military AI strategy overview
2. Politico / НТВ — concerns over AI-triggered nuclear war
3. PIR-Center — analysis of AI threats and prospects in the military sphere
4. Mail.ru — possible AI disaster scenarios
5. Crimas.ru — AI applications in key military domains

Turkey launches mass production of hypersonic missile in 2026, ambitions to reach the cutting edge

Roketsan has announced the launch of mass production

At a recent event in the defense industry, the Turkish concern Roketsan officially announced that mass production of a new hypersonic missile will begin in 2026. This is not just an announcement, but Ankara's bid for a place in the club of countries capable of creating and using one of the most sophisticated weapons of the 21st century.

Roketsan, already known for its tactical missiles and ATGMs, is now betting on super-speed.

What is known about the Turkish hypersonic missile

Details are still scarce. The exact speed, range, and engine type have not been officially disclosed. But according to indirect data and statements by experts, we are talking about a rocket capable of reaching speeds of Mach 5 and above — that is, a real hypersonic system.

It is expected that it will use a combined power plant: a solid-fuel accelerator at launch and, possibly, a ramjet engine at the launch site. The goal is to defeat both land and sea targets with minimal reaction time.

Why 2026 is not just a date, but a challenge

2026 is an ambitious deadline. For a country that was dependent on imports in the field of armaments 15 years ago, to enter mass production of hypersonic weapons in such a time is a giant leap. This requires not only engineering solutions, but also its own base of materials science, aerodynamics, control systems and testing infrastructure.

Turkey is actively building landfills, attracting scientists, and investing in research and development. And if the deadlines are met, it will become a symbol of its technological rise.

Turkey in the race for speed

China, Russia, and the United States are currently leading the hypersonic race. India and France are on the way. Turkey is not an obvious participant, but its strategy is clear.: become independent from suppliers and create weapons that can penetrate modern air defense systems.

A hypersonic missile is not just a strike force. It is a deterrent tool. And its appearance will change the balance of power in the region — from the Mediterranean to the Middle East.

Sources

1. BusinessMir.kz — specifications and production plans for Tayfun Block-4
2. RBC — unveiling of the missile at IDEF 2025
3. Hi-Tech Mail.ru — technical overview and future applications
4. Lenta.ru — presentation and strategic importance for Turkey
5. AiF Moskva — details on Turkey’s first hypersonic missile
6. Kommersant — official Roketsan statement and missile details
7. RTVI — analysis of Tayfun Block-4’s impact on regional power balance

Rheinmetall is developing the world's first digital modular combat vehicle of the future

Digital transformation of armored vehicles: from idea to production

The American Rheinmetall company, a subsidiary of the German Rheinmetall concern, announced the development of the world's first fully digital modular combat vehicle. This project marks the transition from traditional design to a system based on digital counterparts and open architectures, which could dramatically change the face of future ground combat platforms.

The new concept aims to create not just a machine, but a flexible, scalable and constantly updated combat system.

Modular approach with Open Systems (MOSA)

The central element of the development was the principle of MOSA (Modular Open Systems Approach), a modular approach with open systems. It allows you to integrate various components — from fire control systems to armor and power plants — as "blocks" that can be quickly replaced, upgraded or adapted to a specific mission.

Thanks to the open interface, the platform is compatible with a wide range of weapons and electronics from different manufacturers, which increases flexibility and reduces dependence on a single supplier.

Virtual prototyping and accelerated development

The key innovation is the use of a complete digital model that covers the entire life cycle of the machine, from initial requirements to the assembly process. This model allows you to conduct virtual tests, optimize the design and identify potential problems long before creating a physical prototype.

"The digital model includes everything. It starts with the requirements and runs through the entire architecture of the vehicle, affecting all aspects, including the assembly process itself," said Ruben Burgos, Director of Programs at American Rheinmetall.

This approach reduces development time, reduces costs, and increases the reliability of the final product.

A platform ready for the evolution of decades

The company emphasizes that the goal is not a single model, but the creation of a long—term platform capable of developing over decades. Thanks to its digital base and modularity, the combat vehicle will be able to adapt to new threats, integrate advanced technologies, including artificial intelligence, autonomous systems and laser weapons.

This project can become the basis for future vehicles that the US Armed Forces and their allies will use in conditions of hybrid and high-tech conflicts.

Griffon Aerospace has unveiled the new MQM-172 Arrowhead unmanned system

Griffon Aerospace, an American company based in Alabama, has officially announced the release of a new unmanned aircraft system, the MQM-172 Arrowhead. This platform is designed both for use as a high-performance target drone and as a customizable strike weapon, which makes it versatile in various application scenarios.

As noted in the company's statement, Arrowhead was created as a specialized system that provides high flexibility in performing a wide range of tasks. Daniel Beck, Airworthiness Manager and Program Manager at Griffon Aerospace, emphasized, "Arrowhead has been specifically designed to provide our customers with unparalleled flexibility in carrying out various types of missions."

The versatility of the platform allows it to be used both for training air defense and missile defense systems — as a realistic target simulating modern threats — and in combat operations, where it can be adapted to attack functions. The possibility of modification to meet specific customer requirements makes Arrowhead a promising system for both military and testing structures.

The development of the MQM-172 reflects the trend towards creating multifunctional UAVs capable of operating efficiently in a changing operational environment and reducing overall costs by replacing several highly specialized systems with one universal platform.

The US Army is launching an online platform for the quick and convenient purchase of drones like Amazon

This fall, the US Army is going to launch a new online platform for ordering unmanned aerial vehicles — something like Amazon for military technology only. The goal is simple: to simplify and greatly speed up the UAV procurement process for divisions so that they can choose proven drones for price and capabilities directly on the Internet, rather than go through long bureaucratic circles.

This platform will be centralized — all proven and approved drone solutions will be assembled in one place. It will be possible to easily filter options by cost, technical characteristics and performance. The heads of the Office of Aviation Programs emphasize that this approach will help circumvent the complex and protracted procedures of traditional procurement at the Pentagon.

As a result, the army will be able to find and purchase exactly what it needs faster, without unnecessary delays. This is part of a large optimization strategy for the entire supply chain, from drone evaluation to delivery and deployment. So everyone is waiting for a more modern, convenient and fast way to equip combat units with modern unmanned systems.

The US Space Force has given 37 million to five companies for "impenetrable" satellite communications

 

The US Space Force has made a bet on the future of military communications: They selected five large companies to develop a new generation of secure tactical satellite communications, a technology that will allow troops to communicate anywhere in the world, even in the face of severe interference or cyber attacks.

The list of lucky ones includes: Boeing, Northrop Grumman, Viasat, Intelsat and Astranis. Each of them will receive a share of the total pie — $37.2 million distributed over six-month contracts. The goal is simple: in six months to propose prototypes or concepts of systems that can operate in combat conditions while remaining resistant to suppression, hacking and electronic attacks.

Such a connection is critically important. Imagine: a SWAT team in a remote desert, a drone over enemy territory, or a ship in the open ocean — they all need to transmit data quickly and reliably without fear that the signal will be intercepted or jammed. This is exactly what the new "secure tactical communications" is supposed to provide.

Of particular interest is the participation of Astranis, a relatively young player specializing in miniature satellites. This may mean that the Pentagon is looking not only for powerful, but also flexible, quick-to-deploy solutions.

So far, this is only the initial stage — six months for ideas and prototypes. But it's already clear: The United States is preparing for the wars of the future, where control of space and communications decides everything. And now they have a team that must make sure that American troops are always in touch — and out of enemy reach.

XQ-58 Valkyrie goes to Europe — new system from Airbus makes it a profitable export offer

XQ-58 Valkyrie 

The American XQ-58 Valkyrie attack drone, known as the "combat partner" for manned fighter jets, has begun its journey to the European market. This became possible thanks to the cooperation of Kratos with the European aviation giant Airbus, which has developed a new control system for the drone.  

Now Valkyrie is not just a promising drone for the American army, but a full—fledged export product that will be offered not only to Germany, but also to other EU countries. Berlin has already shown interest in this machine, especially in light of the threats posed by the massive use of drones in modern conflicts.

 What is the XQ-58 Valkyrie?

This is a super-maneuverable attack drone created using stealth technology (barely noticeable to radars), which can work in conjunction with manned fighters, acting as a scout, target designator and even an ammunition carrier. It is also called an "aerial bodyguard" for fighter pilots.  

Now, with the new Airbus control system, it has become even more compatible with European standards and weapons systems — which makes it especially interesting for NATO countries like Germany, Poland, France and the United Kingdom.

In an environment where drones are increasingly becoming the main threat in the airspace, especially in conflicts involving swarms of UAVs and kamikaze drones, autonomous systems capable of responding quickly and supporting aviation are needed. This is exactly what Valkyrie is — a cheap, fast and at the same time dangerous opponent for any enemy drone or even a light fighter.

In addition, the XQ-58 can be used not only for attack, but also for reconnaissance purposes, as well as as a platform for testing new artificial intelligence technologies in combat conditions.

If the first deliveries and testing in Germany are successful, we can expect the expansion of contracts to other European countries. This could be an important step in modernizing the European Air Force and enhancing its capabilities in the face of growing threats from Russia and China.  

In general, Valkyrie is no longer just an American project — it is becoming an international player in the market of new-generation military drones.

Israeli startup Exodigo raised $96 million for underground mapping

Israeli startup Exodigo is back in the spotlight, this time because of the $96 million the company has raised in a new Series B funding round. Since its foundation in 2021, the startup has already raised $214 million, and its value is estimated at $700 million.  

What do they do? Exodigo creates super—accurate underground maps using artificial intelligence and sensors, all without a single shovel. That is, you can just walk down the street or drive over some area, and the system will show everything that is hidden under the asphalt: pipes, cables, underground structures and even tunnels.  

Where is it used?

Firstly, in the civil sector, utilities, road builders, energy and transportation companies are already actively using this technology, especially in the United States. There, with the help of Exodigo, they solve the tasks of laying new communications, repairing roads, and even building a subway.  

But the most interesting thing is the military application. The Israeli military, which has long faced the problem of underground threats, such as the Hamas tunnels in the Gaza Strip or Lebanon, is particularly interested in such technology.  

The Israel Defense Forces (IDF) has long been developing technologies for underground reconnaissance and combat operations in tunnels. In particular, the Corps of Combat Engineers has a special unit, Yahalom, which is engaged in mapping underground facilities and training in fighting in such conditions.  

That is, if earlier it was necessary to dig or use sensors to search for tunnels, now everything can be done remotely — and at much lower cost.  

Imagine that you can see everything that is hidden underground without touching a single stone. This can be critically important not only for construction workers, but also for military personnel who work in dense buildings or in areas with a developed tunnel network.  

Exodigo is still positioning itself as a commercial company, but it is clear that the technologies it develops will be in demand in the defense sector, and not only in Israel.  

In general, the future underground is getting closer and closer — and it is more technologically advanced than ever.

New bio-camouflage inspired by squid allows American soldiers to instantly hide from sight and sensors

 "Troops can disappear like squid": new bio-camouflage allows American soldiers to instantly hide from sight and high-tech sensors.In an unprecedented fusion of biology and technology, researchers funded by DARPA and the Air Force have harnessed the adaptive camouflage abilities of squid skin to develop advanced materials that could revolutionize military stealth operations.

Squid-inspired technology, uses the biology of cephalopods to create modern camouflage materials for military use.

Researchers are using holotomography to study the unique light-reflecting cells in squid skin, revealing complex structures.

The developed composite material can change its appearance in the visible and infrared spectra, which is ideal for defense and beyond.

This innovation opens up potential applications in smart textiles. , thermal control systems and various optical technologies.

The fusion of biology and technology continues to open up new horizons, as illustrated by the remarkable project funded by DARPA and the Air Force. Using the natural abilities of cephalopods, particularly squids, researchers are developing advanced camouflage technologies for military purposes. This biotech-inspired innovation promises to revolutionize the way soldiers hide in plain sight, adapting to different environments by mimicking the adaptive skin of squids. Such breakthroughs not only highlight the potential of biotechnological materials, but also enhance the crucial role of interdisciplinary research in defense and technology.

"Troops can disappear like squid": new bio-camouflage allows American soldiers to instantly hide from sight and high-tech sensors

Diehl Defense and POLARIS create a new AirLAS attack UAV system based on IRIS-T missiles

Germany to equip hypersonic spaceplane with rockets

As part of the Paris Air Show 2025, two leading German companies — Diehl Defense and POLARIS Raumflugzeuge GmbH — signed an exclusive agreement to develop an innovative unmanned aerial attack platform. The aim of the collaboration was to create a system combining the combat-proven IRIS-T missile and a reusable unmanned aerial vehicle from POLARIS.

The new program is called the Airborne Launching and Attack System (AirLAS). Its main task is to expand the operational capabilities of modern air defense systems and provide high flexibility in responding to aerial threats.

According to a joint statement, Helmut Rauch, CEO of Diehl Defense, and Dr. Alexander Kopp, CEO of POLARIS, noted that the project combines the advanced technologies of the two companies to create a new generation of shock systems.

The POLARIS drone will be modified to carry and launch IRIS-T missiles, known for their high maneuverability and ability to hit targets from any angle. Such integration will allow the UAV to be used as a mobile and autonomous platform for delivering pinpoint strikes against air targets beyond the reach of ground-based air defense systems.

Main features of the AirLAS system:

- Increased range of action: due to the aerial launch of the missile, the affected area is significantly expanded;

- Mobility and stealth: the drone can operate independently or as part of a group;

- Integration with existing systems: AirLAS can be adapted to current and future air defense architectures;

- Reusable: reducing the cost of operations and increasing efficiency;

- High combat effectiveness: the use of air-to-air missiles of the latest generation.

This project marks an important step in the development of the European defense industry, aimed at creating technologically independent solutions in the face of growing threats and tensions in Europe and other regions.

It is expected that the first flight tests of AirLAS will begin in the coming years, and mass production will start by the end of the decade. If all goes according to plan, the system will become a key element of future multi-layered air and missile defense systems.

Prometheus AI combat modules helped Israel in strikes against Iran: successful testing via spy satellites

Military artificial intelligence combat modules, codenamed Prometheus, developed in the United States, were allegedly used to help target Israeli attacks and strikes on targets in Iran. Testing of these systems via spy satellites was successful, which indicates a high level of AI integration into modern military operations.

The use of artificial intelligence in combat modules can significantly improve the accuracy and effectiveness of strikes, as well as speed up the decision-making process in a dynamic combat environment. Satellite surveillance and espionage provide real-time data collection, which is critical for the successful operation of such systems.

Although specific technical details and official confirmations remain classified, this information indicates the active use of advanced US technologies in supporting allies and waging modern conflicts.

China is preparing to deploy the world's largest carrier of drones, the Jiu Tian

The Chinese defense industry has developed the world's largest drone carrier, the Jiu Tian unmanned aerial vehicle (UAV), which is being prepared for deployment as early as June 2025. This unique "mothership" is capable of transporting and launching up to 100 smaller drones, including kamikaze drones operating as part of a swarm.

The Jiu Tian weighs about 11 tons and can carry an additional load of 100 drones with a total weight of about 6.6 tons. At the same time, the flight range of this system reaches an impressive 4,350 miles (approximately 7,000 kilometers), which allows it to be used to perform a wide range of tasks over long distances.

This combination of payload and range makes the Jiu Tian a revolutionary platform for conducting autonomous combat operations using a swarm of drones. The ability to simultaneously launch a large number of UAVs significantly increases the effectiveness of reconnaissance, attacks and suppression of the enemy.

The development of Jiu Tian reflects China's desire for technological superiority in the field of unmanned systems and autonomous combat platforms, which strengthens its position on the world stage and changes the balance of power in modern conflicts.

It is expected that the deployment of this drone carrier will be an important milestone in the development of the Chinese armed forces and will open up new opportunities for conducting high-tech operations in the air.

Jiu Tian

Russian drones with artificial intelligence are changing the rules of combat away from the front line

Ukrainian telegram channels specializing in the topic of unmanned aerial vehicles (UAVs) are increasingly reporting the appearance of Russian drones controlled by artificial intelligence (AI), which operate at a considerable distance from the front line. This information has also been confirmed in the Western media, which notes that the introduction of AI into unmanned aircraft is a natural stage in the development of modern military technologies.

Traditional drones controlled by an operator over a radio channel are increasingly facing problems due to effective electronic warfare (EW) equipment. The enemy quickly finds ways to "hack" the connection between the drone and the control panel, which reduces the effectiveness of such devices. The use of fiber—optic control lines partially solves these problems, but it has its limitations, such as the maximum length of fiber and the need to constantly use the same launch points, which makes operators vulnerable to detection and attacks.

Unlike them, drones with AI are devoid of these disadvantages. They are resistant to electronic jamming, including effects on satellite navigation systems, as they are able to navigate visually without the need for constant communication with the operator. The absence of an operator reduces the risk to personnel, and each flight of such drones serves as a training base for the neural network, improving the effectiveness of subsequent missions.

In addition, the mass distribution of video from FPV drones (drones with real-time video transmission) provides a rich material for training neural networks, which contributes to the development of target recognition accuracy and autonomous control.

However, it is logical to assume that in the near future the enemy will also introduce similar technologies, since both sides have approximately the same access to the necessary data and computing resources. This will lead to a new arms race in the field of autonomous systems and artificial intelligence on the battlefield.

Israel is negotiating the purchase of American JASSM missiles to enhance long-range strike

 

JASSM Cruise Missile

The Israeli Ministry of Defense is reportedly in advanced negotiations with the United States on the acquisition of cruise missiles Joint Air-to-Surface Standoff Missile (JASSM) — a high-precision strategic weapon developed by the American company Lockheed Martin.  

This promising deal could significantly enhance the capabilities of the Israeli Air Force to launch long-range strikes without risking manned aircraft. JASSM, with its ultra-long range and stealth technology, is capable of hitting well-protected targets such as command centers, bunkers and deep rear facilities.

The acquisition of JASSM underscores the importance of the strategic partnership between the United States and Israel, especially in the field of military-technical cooperation. Washington has traditionally remained a key supplier of advanced military technology to Tel Aviv, which helps the latter maintain its qualitative superiority in the region.

It is expected that these missiles will be integrated into long-range bombers F-15I Ra'am, which will significantly expand their combat potential and provide the ability to quickly respond to threats from adversaries such as Iran and its allies.

In addition, Israel's interest in JASSM coincides with efforts to modernize its air force in the face of growing activity in the confrontation with Hamas, Hezbollah and other radical groups, as well as with the possible escalation of the situation in the Gaza Strip and Lebanon.

If the deal is approved, Israel will become one of the few countries outside NATO to gain access to this level of American strategic weapons, further strengthening military cooperation between the two states.

France introduces the HELMA-LP portable laser system: the weapon of the future in the assault rifle form factor

HELMA-LP Portable laser system

The French defense company CILAS has presented an innovative development, the HELMA-LP portable laser system, made in the form factor of an assault rifle. The prototype was first demonstrated at SOFINS 2025, where it aroused considerable interest among experts in the field of military technology. The new system is a lightweight version of the HELMA-P, which was successfully tested in June 2023 aboard the Horizon-class air defense frigate.

The HELMA-LP is designed to engage stationary targets at ranges from 300 to 500 meters. Unlike the more powerful HELMA-P, the new system has reduced power, making it easier and more convenient for infantry use. However, this also affects the time to hit the target: the operator needs to hold the laser on the object for five to fifteen seconds, and the maximum continuous operation time of the system is 60 seconds.

The main advantage of the HELMA-LP is its compactness and mobility. The system can be easily carried by one person, making it ideal for use in the field. It is especially effective against small stationary objects such as drones, electronics, or lightweight structures.

However, the reduction in power compared to HELMA-P imposes certain limitations. A longer guidance time requires high operator accuracy and stability, which can be difficult in an active combat environment. In addition, the system is not yet designed to hit moving targets, which limits its versatility.

The first tests of the HELMA-LP showed its potential as an innovative solution for modern warfare. Such a system is especially relevant in the context of the growing threat from drones, which are becoming more common on the battlefield. CILAS continues to work on improving the system's performance, including increasing power and reducing target engagement time.

HELMA-LP is another step in the development of laser weapons, which is gradually becoming a reality. France is demonstrating leadership in this field by offering advanced technologies to the armed forces. The success of HELMA-LP may become an impetus for the development of similar systems by other countries, which will lead to a new arms race in the field of energy weapons.

General Atomics introduces new laser for MQ-9B

 General Atomics is moving forward with the introduction of several new technologies at Sea Air Space 2025, including the new MQ-9B outboard laser system, which was first introduced.

The new onboard laser module, presented in detail at the Sea Air Space exhibition, is positioned as a solution to protect the fleet from unilateral attacking drones. This capability differs from previous efforts by the Ministry of Defense to install lasers on aircraft.

The new laser is part of the General Atomics Laser Weapon Systems portfolio, centered around the scalable High Energy Laser (HEL) Weapon System. The laser belongs to the 25 kW class and can be scaled up to 300 kW in both pulsed and continuous wave systems capable of operating under any conditions.

MQ-9B with onboard laser

Italy considers Japanese Kawasaki P-1 patrol aircraft to strengthen anti-submarine defense

Kawasaki P-1

Italy is exploring the possibility of acquiring a Japanese Kawasaki P-1 anti-submarine aircraft to fill a critical shortage of anti-submarine threats in the Mediterranean Sea. This move may be a response to the growing activity of submarines in the region and the obsolescence of the Italian naval aviation fleet.   

The P-1, developed by Kawasaki Heavy Industries, is considered one of the most technologically advanced patrol aircraft in the world. It is equipped with:  

- Multifunctional radar system HPS-106 for detecting submarines;  

- Hydroacoustic buoys and magnetometers;  

- The ability to carry Type 97 torpedoes and anti-submarine bombs .  

The aircraft is capable of operating at ranges up to 8000 km, which makes it ideal for patrolling vast waters, including the Mediterranean Sea and the Atlantic.  

Italy probably evaluates the P-1 as an alternative to the American P-8 Poseidon, which is already used by NATO countries. However, cooperation with Japan can provide additional advantages:

- Technological exchange within the framework of strengthening strategic partnership;  

- Reducing dependence on American supplies amid rising tensions in Europe .  

The decision to strengthen anti-submarine forces is connected with the intensification of underwater activities of Russia and other states in the Mediterranean Sea. As noted in the analytical materials, the region is becoming the scene of a "quiet war" of submarines, which requires Italy to modernize aviation.  

If the contract is signed, the Kawasaki P-1 will become the first Japanese military aircraft in the Italian Air Force. It will also strengthen Japan's position as an exporter of high-tech weapons, which is in line with Tokyo's policy of expanding military-technical cooperation.  

A new horizon in aviation: The F-47 project

The F-47 project

In the world of aviation and military technology, a new ambitious project has appeared on the horizon, which promises to turn the idea of aerial combat and control of unmanned vehicles upside down. We are talking about the F-47 aircraft, the development and production of which is estimated at a whopping $ 20 billion. However, despite the impressive initial costs, the company is expected to receive hundreds of billions of dollars of orders over the life of the program.

One of the most impressive characteristics of the F-47 is its ability to control multiple unmanned fighter aircraft as a single unit. This makes it not just another combat aircraft, but a real command center in the sky. The F-47 pilot will not only control his aircraft, but also coordinate the actions of unmanned vehicles, which significantly increases the efficiency and flexibility of air operations.

The cost of one F-47 aircraft after the start of mass production is estimated at more than 300 million dollars. This indicates the high level of technology and innovation embedded in the project. However, given the long-term prospects and potential orders, investments in the F-47 can be very profitable. The company behind the project expects significant revenues in the future, making the F-47 not only a military but also an economic project.

The F-47 is of great strategic importance for military aviation. The ability to control unmanned fighter aircraft opens up new horizons in tactics and strategy of aerial combat. This makes it possible to significantly increase the combat power and effectiveness of air operations, while minimizing risks for pilots. In today's conflicts, where technological superiority plays a key role, the F-47 can be a decisive factor.

The F-47 project is under development, and its successful implementation could change the landscape of military aviation. However, like any innovative project, it faces a number of challenges. The main ones include the technical difficulties associated with the integration of unmanned vehicles, as well as the need to ensure high reliability and safety of control systems.

The F-47 represents a significant step forward in the field of aviation and military technology. Its ability to control unmanned fighter jets, high cost and strategic importance make it one of the most ambitious projects in recent years. The successful implementation of the F-47 can not only bring significant economic benefits, but also change approaches to air combat, making them more efficient and safer. The project has a lot of work ahead, but the potential for changing the future of aviation is already obvious.