The US Army has adopted the new reconnaissance drone Soldier Borne Sensor

The first training sessions with the drone were positively evaluated

The US Army has officially adopted the latest version of the Soldier Borne Sensor (SBS) reconnaissance drone. This month, the military personnel underwent training with the system for the first time, and their feedback was extremely positive. The soldiers noted the ease of operation, high video quality and a significant increase in situational awareness in difficult terrain.

The adoption of the SBS was an important step in the implementation of the program to improve the combat effectiveness of the infantryman of the future.

Soldier Borne Sensor — "eyes" for a soldier in battle

Developed as part of the large-scale Soldier of the Future Program, the Soldier Borne Sensor is a compact tactical drone that can be easily carried in a backpack and launched manually. It is designed to quickly obtain intelligence information in real time, for example, when storming buildings, patrolling urban areas, or scouting in remote areas.

The drone is equipped with day and night vision cameras, transmits video to a tablet or augmented reality glasses of a soldier and is able to maneuver in confined spaces.

How a drone improves battlefield safety

The key objective of SBS is to minimize the risk to personnel. Instead of putting a soldier in the line of fire for reconnaissance, the unit can launch a drone to detect ambushes, enemy positions, or explosive devices. This makes it possible to make decisions based on reliable information without putting the lives of military personnel in immediate danger.

According to army officials, the system provides "an additional level of protection," especially in operations in an urban environment where traditional intelligence is difficult.

Integration into the Soldier of the Future program

Soldier Borne Sensor is part of a comprehensive approach to infantryman modernization. It integrates with other elements of the tactical system: communications, navigation, body armor and weapons. In the future, the drone may receive commands from artificial intelligence or work in autonomous groups ("swarms"), expanding the squad's control area.

Serial deliveries of the SBS will begin in the coming months, with full-scale deployment expected during 2026.

China unveiled a new low-profile unmanned boat before the Victory Day parade

A new level of stealth in unmanned marine systems

On the eve of the Victory Day parade in China, as a result of information leaks, details of a new unmanned boat became known, demonstrating a significant technological step forward. The vessel has an improved design aimed at reducing radar, infrared and acoustic visibility, which makes it difficult to detect for modern tracking systems.

This focus on stealth indicates China's desire to bring its unmanned offshore platforms to a level comparable to the advanced developments of the world's leading powers.

Versatility and possible tasks of the boat

Analysts suggest that the new boat is designed to perform a wide range of tasks. Key functions may include:

• Long-term exploration and surveillance in coastal and remote areas
• Patrolling disputed territories, including the South China and East China Seas
• Electronic intelligence and communications suppression
• Potential use as a strike platform or false target

Their compact size and autonomy make it possible to use such boats as part of group operations, including as part of a swarm of drones capable of acting in a coordinated manner.

Development of autonomous PLA Navy forces

The appearance of this boat is part of a large—scale modernization program of the People's Liberation Army of China (PLA) Navy. Beijing is actively investing in autonomous and uninhabited maritime systems, seeking to compensate for the potential numerical superiority of the enemy through technological superiority and flexibility.

China has previously demonstrated unmanned underwater and surface vehicles, but the new boat is characterized by a more mature level of engineering and integration of stealth technologies.

Strategic importance for the Asia-Pacific regions

The deployment of low-profile unmanned boats enhances China's ability to control key shipping routes and disputed areas. Such platforms can be used to discreetly accumulate intelligence, demonstrate presence, or quickly respond to changes in the situation without risking the crew.

Their use in conditions of hybrid conflicts or a "gray zone" allows Beijing to act aggressively, maintaining a formal distance from open military provocations.

Japan evaluates Israeli and Turkish Heron-2 and Bayraktar TB2 drones to strengthen defense

Japan is actively working to strengthen its reconnaissance and strike capabilities, while simultaneously testing two advanced unmanned aerial vehicles: the Israeli Heron-2 (Heron MK II) and the Turkish Bayraktar TB2. These tests are being conducted by the Japan Self-Defense Forces as part of a program to expand the UAV fleet and improve overall combat effectiveness.

The assessment is based on several key parameters:

- Flight characteristics — flight duration, altitude, stability in difficult weather conditions;  

- Range is an important factor for covering vast marine and coastal areas;  

- Payload capacity — the ability to carry various payloads, including optoelectronic systems, radars and, if necessary, weapons;  

- Intelligence, surveillance and reconnaissance (ISR) capabilities — the quality of real-time data collection and transmission.

The Heron-2, developed by the Israeli company IAI, is a high—altitude, long-range UAV capable of being airborne for more than 30 hours at an altitude of up to 45,000 feet. It is widely used for strategic reconnaissance and monitoring of large territories.

The Bayraktar TB2, in turn, is a Turkish—made tactical attack drone that has proven itself in several local conflicts. It is smaller, but has the ability to deliver precision strikes using guided munitions, which makes it a flexible tool at the operational level.

The choice between these two platforms may depend on Japan's emphasis on strategic reconnaissance and long-range patrols (in favor of the Heron-2) or tactical flexibility and strike capabilities (in favor of the TB2).

The test results will form the basis for making a decision on possible purchases, which will be an important step in modernizing the country's defense infrastructure in the face of growing regional challenges.

"Robot wolves": China for the first time showed armed four-legged combat robots at military exercises

At the latest military exercises of the People's Liberation Army of China (PLA), a pack of new combat robots, the so-called "wolf robots", was seen for the first time. These impressive four—legged machines weigh about 70 kilograms, look larger and more powerful than their predecessors - "robot dogs" — and are equipped with automatic weapons such as assault rifles.

"Wolf robots" are able to work side by side with live soldiers, move over rough terrain, climb ladders, keep up with infantry on the offensive and perform a variety of tasks: from reconnaissance and fire support to cargo transportation.

The peculiarity of these robots is that they can act in packs, distributing tasks among themselves — someone conducts reconnaissance, another delivers targeted strikes, the third provides cover or accompanies cargo. The pack is controlled by a leader who coordinates actions and provides communication with operators and drones.

FPV drones, controlled by fighters in camouflage suits, are circling around the "robot wolves" during the exercises. Drones help to target and correct the actions of robots, providing real feedback for the most effective human-machine interaction.

Such developments are a significant step towards deeper robotization of the army and reducing the risks for live fighters in combat conditions, especially in difficult mountainous and urban areas. Experts point out that such machines exert significant psychological pressure on the enemy and are capable of performing tasks that previously required only manpower.

Chinese media claim that the introduction of "robot wolves" will improve the effectiveness of the offensive and innovatively change the tactics of future wars.

The US Army launches drones with a first-person view: how FPV drones are changing tactics on the battlefield

 

The US Army has seriously taken up FPV drones, the ones that drone racing riders take off. Only now it's not entertainment, but a real weapon of the future and present (already used in battles in Ukraine). Recently, the 2nd Cavalry Regiment conducted a large-scale demonstration of these small but very nimble drones at the Bally military airfield in Germany, and the picture was impressive: hundreds of drones, like a swarm of bees, take off in minutes, penetrate buildings, bypass shelters and transmit real-time video directly to the operator's glasses. This is no longer just intelligence, it's a first—person war.

FPV drones (that is, with a first-person view) are not new, but for the first time the US Army is scaling up their use as a full—fledged part of combat tactics. The main advantage is speed and simplicity. These drones can be assembled in just 10 minutes, programmed, launched, and in seconds receive video "through the eyes of a drone." This gives infantry and tank units a huge advantage: now you don't have to climb into the building to check who's there, you can send a drone that will show everything as if you were following it yourself.

But that's not all. Such drones can not only spy, they are capable of suppressing enemy communications, carrying mini—warheads and delivering pinpoint strikes. And since they are relatively cheap (unlike heavy attack drones), the army can deploy thousands of them, turning them into "consumables" for the most risky tasks.

It is planned that starting from fiscal year 2026, FPV drones will begin to en masse in infantry and armored units. This is a response to real—world experience, especially from Ukraine, where drones have become a key element of modern warfare. Now Americans are not just watching — they are implementing, adapting and accelerating.

The FPV project is not just a fashionable feature. This is a new level of operational efficiency, when each platoon will be able to have its own "air eye" in its pocket. And if earlier victory depended on artillery, now it depends on who sees, detects and strikes faster.

New PELE drones increase the range of the MQ-9B to 926 km

PELE drone

The American company GA-ASI, known for its powerful drones, has introduced a new toy for military needs — the semi-autonomous small PELE drone. Its main task is to help larger and more valuable UAVs like the MQ-9B SkyGuardian not go directly into dangerous areas, but work through an intermediary.

This baby PELE is like a mini scout that can be launched directly from the air, from the parent drone. That is, the MQ-9B can approach the border of the conflict zone from international waters, release several pieces of PELE, and then monitor the situation remotely. This reduces the risk of losing expensive equipment and at the same time expands the exploration area.

PELE Characteristic

- Length — 2.74 m  

- Wingspan — 3.35 m  

- Weight — 113.4 kg  

- Engine power — 16 hp

. - Flight time — up to 7 hours  

- Range — more than 926 km 

For such a compact device, these are quite serious indicators. It can withstand loads like a real combat drone, and at the same time remains modular — that is, it can be quickly adapted to different tasks.

GA-ASI, the company that made this device, says that PELE is designed specifically to work in high—risk environments where conventional drones may simply not survive. At the same time, it retains the stability and survivability inherent in much larger systems.  

By the way, while the United States is experimenting with such technologies, Chinese engineers are also not sitting idly by. They recently found a way to improve the aerodynamics of high-altitude drones using plasma excitation technology. In simple words, they learned how to control the flow of air around the wing using electricity. As a result, the aerodynamic quality of the drones increased by almost 90%, and the lifting force remained even at low speeds.

In general, the future of aviation is getting closer and closer — and it clearly belongs to autonomous, modular and smart drones of the new generation.

Quiet drones for special forces are now able to launch even smaller drones, which greatly changes the rules of the game

 

Imagine a drone that flies almost silently, can stay in the sky for a long time, and at the same time launches its "assistants" — small drones. Does it sound like fiction? But no, such technology is being actively implemented now.

Ultra-quiet drones, which were previously used by intelligence agencies for reconnaissance and covert operations, are getting a new feature: they can now drop or launch mini-drones in flight. It generally opens up a lot of new possibilities. That is, the big drone does not climb into the danger zone itself — it remains in the shadows, and sends its little brother into battle.

Can you imagine how convenient that is? For example, if you need to get into a city full of enemies, or get into a hard-to-reach place. A baby drone flies inside, inspects everything, maybe even throws or passes something, and then returns back. And all this is done without unnecessary noise and risk to the main device.

Experts say that this is not just a fashion feature, but a real breakthrough. Such drones can change the tactics of warfare, make special operations even more accurate and safer. And, by the way, not only the military will take advantage of this advantage — such technologies will be useful to rescuers, environmentalists, and even cameramen.

In general, the future is already on the way, and it flies almost silently.

Japan strengthens underwater exploration: purchase of SUUV REMUS 300 as a response to security challenges in the Indo-Pacific region

Amid growing tensions in the Indo-Pacific region, Japan has decided to purchase more than a dozen REMUS 300 small unmanned underwater vehicles (SUUV), indicating its commitment to enhance maritime security and anti-submarine defense. This program has become part of a multi-year agreement between the Japanese corporation Hitachi Ltd. and the American defense company Huntington Ingalls Industries (HII).

Deliveries of the REMUS 300 will allow Japan to expand its capabilities to monitor underwater spaces, ensure the security of ports and strategically important marine areas, as well as conduct reconnaissance operations. According to HII, these vehicles play a key role in modern naval operations due to their mobility, autonomy and ability to operate in difficult hydrological conditions.

The REMUS 300 is a lightweight and highly mobile autonomous underwater vehicle, ideal for mine detection, seabed mapping, coastal water patrol, and intelligence gathering tasks. Their integration into the Japanese Self-Defense Forces will enhance the effectiveness of both the national fleet and regional cooperation allies.

The deal also demonstrates the deepening of the bilateral defense partnership between Japan and the United States. Given the increasing activity of China and North Korea in the coastal waters of the region, such steps are becoming an important element of the strategy of deterrence and collective security.

In addition, the joint production and logistical support of the REMUS 300 under the agreement with Hitachi opens up the opportunity for technological exchange and the development of Japan's own base in the field of underwater UAVs.

Thus, the acquisition of the SUUV REMUS 300 becomes not just a technical upgrade, but an important strategic step by Tokyo in strengthening national defense and participating in the regional deterrence system.

REMUS 300

KC-135 tanker aircraft will receive drone launchers — a new level of protection and intelligence for the US Air Force

The US Air Force plans to equip its KC-135 tanker aircraft with launchers for launching small unmanned aerial vehicles (UAVs). This initiative is aimed at expanding the capabilities of tankers that traditionally perform aerial refueling tasks.

The main advantages of the introduction of UAVs on the KC-135:

- Increased protection: drones will be able to perform reconnaissance and early warning functions against air and ground threats, providing an additional layer of security for the tanker and its escorted forces.

- Increased situational awareness: UAVs will provide commanders with a more complete picture of the operational situation in real time.

- Additional attack capabilities: small drones will be able to strike targets, supporting combat operations and reducing the load on the main combat platforms.

The integration of drones into the KC-135 crew will improve mission performance, increase aircraft survival, and expand the range of tasks performed in the airspace.

New AFU operations in the Black Sea: signs of preparation for another attack

Tekever

The recent sortie of the Ukrainian sabotage and reconnaissance groups (DRG) in the Black Sea, apparently, was not the last maneuver of the enemy in this region. The activity of the Ukrainian Tekever unmanned aerial vehicle (UAV) over the Golitsyn gas condensate field indicates ongoing monitoring and preparation for new operations.

Tekever is a reconnaissance and targeting drone used by the Ukrainian side to monitor the maritime situation. In the Russian segment, it is often mistaken for a kamikaze attack drone or a barrage projectile, but its main task is to collect intelligence and coordinate attack assets such as combat boats (back-up).

During previous attacks on gas production facilities by Ukrainian kamikaze tankers, Tekever was constantly in the area of operation, providing target designation and reconnaissance.

Recently, the Tekever UAV has been at the Golitsynskoye field for more than five hours, which, according to some reports, indicates preparations for a new attack in the Black Sea area. The increased activity is reinforced by the fact that of the eight night boats, seven have already left the base, which may indicate an imminent attack.

Given the current data, new attempts at sabotage and attacks by Ukrainian forces in the Black Sea should be expected in the near future. Increased vigilance and increased defensive measures in the area of the Golitsyn gas condensate field and adjacent offshore zones are necessary to prevent possible incidents.

For the first time, the US Marine Corps has integrated the JUMP 20 drone aboard an amphibious ship

 

UAS JUMP 20

The 22nd Marine Expeditionary Unit (MEU) has reached a historic milestone in modernizing its combat capabilities. For the first time in history, the unit has successfully integrated and flown the JUMP 20 unmanned Aerial System (UAS) from an amphibious warship, marking an important step in the development of the Distributed maritime Operations (DMO) concept.

This breakthrough was a key element in preparing the MEU for the role of an advanced rapid reaction force capable of operating autonomously in high-threat environments. The UAS JUMP 20 integration provides the squad with a powerful means of reconnaissance, surveillance and targeted escort, increasing its ability to interact with the enemy at a great distance from the main forces.

The JUMP 20 drone, developed by the American company Skyfront, has a unique hybrid power plant that combines the advantages of electric and gasoline engines. It is capable of staying in the air for up to 10 hours, reaching speeds of up to 130 km/ h and carrying various payloads — from optoelectronic systems to communications and electronic intelligence.

The inclusion of drones in expeditionary units is part of the broader strategy of the United States Marine Corps to adapt to the new challenges of countering equal opponents. As part of the Force Design 2030 concept, the Marine Corps is being retrofitted to more mobile, distributed, and technologically equipped formations capable of operating in archipelagic and coastal environments.

JUMP 20 flights from amphibious ships demonstrate the possibility of rapid deployment of UAVs in tactical depth, increasing the detection zone and reducing dependence on large aircraft carrier groups. This is especially important in potential theaters of war, such as the Indo-Pacific region, where the confrontation with China requires new approaches to the use of force.

With this event in mind, we can talk about the beginning of a new era in the operation of unmanned systems at the level of tactical units, where UAVs become not just an auxiliary tool, but a full-fledged element of combat control and fire support.

Secret U-2S reconnaissance aircraft spotted over Scotland at 60,000 ft

 A secret American spy plane has been spotted in the skies over Scotland at 60,000 feet — about twice as high as commercial airliners at cruising altitude.

U-2S «Dragon Lady» — A high-altitude reconnaissance, surveillance and reconnaissance aircraft that performs flights in 24/7/365 mode, providing critical intelligence and ensuring global security.

On Friday morning, at about 10:00 a.m., aviation enthusiasts using the global flight tracking service Flightradar24 noticed a U-2 aircraft flying over the Rosnit Peninsula in Argyll and Bute.

The U-2 aircraft are based at the 9th Reconnaissance Wing at Beale Air Force Base in California, but then transferred to operational units around the world.

U-2S «Dragon Lady»

The Army will decommission all turboprop reconnaissance aircraft and switch to business jets for aerial surveillance

By the end of this year, the army plans to completely decommission its fleet of turboprop reconnaissance aircraft, which have been used for aerial surveillance and reconnaissance for many years. Instead, new business jets specially adapted for aerial reconnaissance tasks will be purchased.

However, despite plans to upgrade the fleet, the army will be able to receive only six such business jets, which is significantly less than the previous number of turboprop aircraft. This is due to the abandonment of a larger fleet that provided broader coverage and exploration capabilities.

The choice in favor of business jets, such as Bombardier Global 6500 modifications, is due to their higher speed, flight range and modern equipment for reconnaissance and surveillance. These aircraft are capable of performing tasks within the framework of programs aimed at improving the efficiency and accuracy of aerial reconnaissance.

However, the reduction in the number of aerial platforms raises questions about maintaining the volume and quality of intelligence data, especially in the face of growing threats and the need for rapid response.

The transition to business jets also reflects the trend of modernization and optimization of military aviation, where mobility, adaptability and integration of modern intelligence systems play a key role.

1 U.S. Infantry Division Implements Black Hornet 3 Nanodron to Increase Situational Awareness

The 1st Infantry Division of the US Army has unveiled the latest addition to its arsenal, the Black Hornet 3 from Teledyne FLIR. This combat-proven nano-drone weighing just 33 grams is designed to provide real-time surveillance while remaining virtually invisible to the enemy.

Black Hornet 3 provides infantry with instant and continuous situational awareness both day and night, in difficult terrain and adverse weather conditions. Due to its low noise level and compact design, the drone is capable of performing covert reconnaissance, which provides a significant advantage in close combat and urban operations.

The nanodron is equipped with highly sensitive cameras, including a thermal imager, and transmits live video and photos to the control panel, expanding the visual coverage of units on the battlefield. The new version of the Black Hornet can operate in the absence of GPS, fly faster and further, and has a modular design that allows you to quickly change batteries and sensors.

The use of the Black Hornet 3 in 1st Infantry Division training and operations demonstrates the U.S. Army's commitment to integrate advanced technology to enhance combat effectiveness and soldier safety. This drone has already proven its reliability in various conflicts and is used in more than 30 countries.

Thus, the Black Hornet 3 becomes an important tool for the modern soldier, providing critical information and increasing the chances of success in difficult combat conditions.

Black Hornet 3

General Atomics is developing the GHOST hybrid electric attack and reconnaissance drone for the US Air Force

GHOST

General Atomics has received a nearly $100 million contract from the United States Air Force Research Laboratory (AFRL) to develop an innovative hybrid-electric strike and reconnaissance drone called GHOST. This project represents the creation of a new generation of ducted-fan unmanned aerial system that combines intelligence, surveillance, and strike capabilities.

GHOST is a hybrid-electric propulsion system, which means using a combined energy source to increase efficiency and reduce the visibility of the device. This technology makes it possible to significantly increase flight time, reduce thermal and acoustic radiation, which makes the drone inconspicuous and effective in modern warfare.

GHOST's main tasks include intelligence gathering, battlefield surveillance, and targeted strikes, making it a versatile tool for the U.S. Air Force. The use of hybrid electric propulsion opens up new opportunities for improving the survival and efficiency of drones in difficult counteraction conditions.

The contract with General Atomics reflects the commitment of the US Air Force to introduce advanced technologies in the field of unmanned systems, allowing it to maintain technological superiority and adapt to the new challenges of modern combat space.

The Pentagon is testing the revolutionary underwater drone Skelmir S6: the dual-purpose torpedo of the future

 

Skelmir S6

The Pentagon is actively developing the field of autonomous armed systems, and one of the latest achievements in this field is the underwater drone Skelmir S6, developed by VATN, an innovator in the field of underwater technology. This miniature device weighs only 50 pounds (about 23 kg) and has a diameter of 6 inches (15 cm), which makes it extremely mobile and easy to integrate even into the confined spaces of warships and submarines.

The main feature of the Skelmir S6 is its dual purpose: it can be used for both underwater reconnaissance and attacking targets. Such functional flexibility was previously only available in aerial UAVs, such as the Tomahawk Block IV cruise missiles, which have the ability to hover over a target and transmit data in real time through two-way communication. Now these principles are being implemented in the underwater sphere, an area where technical challenges are much more difficult due to limitations in communications and energy efficiency.

The development of the Skelmir S6 was a response to the U.S. Navy's growing need for autonomous underwater systems capable of performing tasks without direct crew involvement. These drones can be used to monitor anti-submarine zones, detect enemy submarines, and target targets at sea and off the coast.

VATN has already created several modifications of this underwater vehicle, each of which is adapted to specific operational requirements. The Skelmir S6 is expected to become an important element of future hybrid marine operations, where not only traditional ships but also autonomous systems will play a key role.

The US Air Force resumed Global Hawk reconnaissance flights over the Black Sea after a long break

After a months-long pause The US Air Force resumed conducting reconnaissance flights of its strategic high-altitude drones Northrop Grumman RQ-4B Global Hawk over the Black Sea. On May 17, one of these vehicles, flying under the call sign FORTE 10, was spotted during an operation along the coast of Romania.

The drone took off from the NATO Sigonella airbase, located on the island of Sicily, which plays a key role in providing logistics and aerial reconnaissance in the Eastern Mediterranean and surrounding regions. The Global Hawk flight was the first recorded presence of this type of UAV in the Black Sea area in recent months, which may indicate Washington's increased interest in controlling the situation in the region.

The RQ-4B Global Hawk is one of the most technologically advanced reconnaissance drones in the world. It is capable of flying at an altitude of over 18 km, has a long autonomous flight time (up to 30 hours) and is equipped with powerful radar and optical surveillance systems. Such capabilities make it an indispensable tool for obtaining intelligence near areas with increased military activity.

This incident has attracted attention from both military experts and analysts, as Russia has repeatedly complained about increased NATO intelligence activity near its borders, especially over the Black Sea.

The resumption of flights may be due to the aggravation of the geopolitical situation in the region, as well as the need to monitor the movements of Russian troops and ships of the Black Sea Fleet.

 RQ-4B Global Hawk

Israel launches new X-intra combat UAV into mass production

 

X-intra combat UAV 

The company Flying Production, a subsidiary of the Israeli defense concern Elbit Systems, announced the start of mass production of a new combat drone X-intra. This drone is designed to provide troops on the front line with advanced combat, reconnaissance and support capabilities.

One of the key features of the X-intra is its ability to carry a payload of up to 30 kg, which allows it to be used both for transporting equipment and for launching attacks using light weapons. Another important feature is the record—breaking ** deployment time of just two minutes**, which makes it ideal for operational use in a rapidly changing battlefield environment.

The drone is characterized by its compact size, ease of operation, and high maneuverability. It can be used as a separate unit, or as part of a network-centric system for interacting with other surveillance and communication tools. This flexibility makes the X-intra a versatile tool for tactical commanders at the company level and below.

The launch of the X-intra series production indicates a growing demand for miniaturized but effective attack UAVs that can be deployed quickly without complex logistics or specialized training.

Northrop Grumman introduces the Lumberjack Attack Drone: a versatile tool for modern warfare

 

High Precision Impact Weapon Hatchet

Northrop Grumman has unveiled its innovative one-way attack drone called the Lumberjack at the Modern Day Marine exhibition in Washington, DC. This modular rocket-propelled barrage munition is capable of performing a wide range of tasks, including electronic warfare, reconnaissance, and kinetic strikes. The drone can be launched both from the ground and from the air and function autonomously or under operator control via an on-board data link that provides real-time communication.

Lumberjack is a multifunctional platform that can be adapted to various missions. The main features of the drone include:

- Electronic Warfare: Lumberjack is capable of suppressing enemy communication and navigation signals, interfering with control systems.

-Intelligence: Thanks to autonomous flight and surveillance capabilities, the drone can collect valuable data about the enemy.

- Kinetic Strikes: To hit targets, the drone is equipped with submunitions, including the 2.7 kg (6 lb) high-precision Hatchet strike weapon. This allows Lumberjack to effectively destroy both stationary and mobile targets.

The drone combines flexibility, precision and versatility, making it an essential tool for modern military operations.

One of the key features of Lumberjack is its modular design. Depending on the task, the drone can be quickly retrofitted with various components, which significantly expands its functionality. In addition, it can operate both autonomously and under operator control, which provides flexibility for use on the battlefield.

The onboard data link allows operators to receive information in real time and adjust the actions of the drone depending on the situation. This is especially important for complex missions where quick decision-making is required.

Lumberjack is designed to solve problems in conditions of high intensity of conflict. Its ability to operate both from the air and from the ground makes it a universal tool for various types of troops. For example, a drone can be used to support ground operations, defend against enemy drones, or conduct targeted strikes against strategic targets.

Such systems are becoming increasingly in demand in modern warfare, where technology plays a key role. Lumberjack demonstrates how artificial intelligence and autonomous technologies are changing the rules of warfare.

Lumberjack's presentation at Modern Day Marine highlights Northrop Grumman's commitment to strengthen its position in the field of unmanned technologies. The success of this project may lead to the further development of similar systems that will be even more efficient and affordable for military customers.

The ability to use the drone for various tasks makes it attractive not only to the United States, but also to its allies. It also opens up new horizons for arms exports and cooperation in the field of defense technology.

Lumberjack is a prime example of how technology is transforming modern warfare. The combination of modularity, autonomy and versatility makes this drone an important element of future military operations. Presented at the Modern Day Marine exhibition, it demonstrates the potential of unmanned systems in solving a wide range of tasks, from reconnaissance to precision strikes.

The Taiwanese company introduced the SeaShark 800 unmanned boat

 

SeaShark 800

The Taiwanese company Thunder Tiger has introduced another crew-less boat SeaShark 800

Designed to perform reconnaissance and strike missions. It can carry explosives on board. The boat has low radar visibility. 

Control: Supports dual-mode remote control technology by both satellite signal and radio frequency, ensuring stable and reliable communication under electronic jamming conditions. 

It is equipped with a swarm control system that allows you to coordinate the actions of several backups for group attacks or distributed monitoring.

The built-in AI target identification system automatically recognizes enemy ships and other preset targets to increase accuracy during strikes.

Declared characteristics

• length — 8.1 m

• width — 2.1 m

• height — 1.9 m

• draft — 0.5 m

• total displacement — 2.7 tons

• maximum speed — over 50 knots

• Cruising range is about 324 nautical miles (600 km).

BECK will also take part in the test swims in June along with other boats.