China Southern Industrial Group Has Developed A Revolutionary Gauss Cannon

 A Chinese southern industrial group stunned the public by showing footage of the firing of a hand-held Gauss cannon, the world's first capacitor-free electromagnetic mass accelerator powered directly by a lithium battery. In addition, unlike American developments, the rate of fire of this prototype is as much as 3,000 rounds per minute. In the future, the development may dramatically affect future combat operations — the weapon conducts silent flameless firing, and the lethality of projectiles can be adjusted. After upgrading, new weapons will replenish the arsenals of the military and police.

The Gauss cannon is a type of electromagnetic mass accelerator that launches ferromagnetic projectiles. To create a short but powerful pulse, high-capacity capacitors are usually used in Gauss cannon circuits. The new Chinese development works a little differently: instead of a capacitor, a lithium-ion battery provides the pulse. And, according to the China Southern Industrial Group State Corporation, the prototype is capable of firing at a rate of 3,000 rounds per minute, at the level of multi-barrel machine guns.

The weapon is equipped with twenty consecutive 20 mm long copper coils in a short arrangement with a handle in front of the magazine (bullpup), which reduces the overall length of the weapon without loss of accuracy and range.

When a steel projectile is accelerated through these coils using carefully synchronized magnetic pulses, semiconductor switches control the energy supply with nanosecond accuracy. Synchronization algorithms then optimize the magnetic acceleration window to minimize energy loss and reverse drag.

Other key features of the gun include special fuses that prevent the battery from overloading during voltage surges of 750 A; finite element modeling, which ensures that the coil is triggered with millisecond accuracy; and heat dissipation technology that limits the temperature rise of the battery.

In addition to the high rate of fire, the advantages of the prototype include noiselessness, no muzzle flash and adjustable lethality. The projectile velocity is average, compared to modern firearms: about 86 m/s. However, it is sufficient to use the cannon as a non-lethal weapon.

"Continuous high—speed fire deters approaching threats and suppresses enemy resistance, which is ideal for containing mass riots," said a scientific group led by Xiang Hongjun from the Military Engineering University.

Two years ago, China already announced the testing of the world's most powerful Gauss cannon, capable of launching projectiles with high speed and accuracy. During public tests, an electromagnetic cannon accelerated a 124 kg projectile to a speed of 700 km/h in less than 0.05 seconds.

Chinese GJ-2 UAV spotted off the coast of Japan: signs of increased military activity by Beijing in the Indo-Pacific region

Chinese reconnaissance and attack unmanned aerial vehicle (UAV) GJ-2

In recent years, the growth of Chinese military activity in the Indo-Pacific region has become one of the key topics on the international agenda. Recently, an event occurred that attracted the special attention of experts and analysts: the Chinese reconnaissance and attack unmanned aerial vehicle (UAV) GJ-2 was spotted in flight near Japanese territories. This incident not only demonstrates China's technological achievements in the field of unmanned aircraft, but also highlights Beijing's desire to strengthen its influence in the region.

The CH-5 or GJ-2 drone (its combat version) is one of the most modern examples of Chinese development in the field of attack and reconnaissance UAVs. It is an analog of the American MQ-9 Reaper, having a significant flight range, a long stay in the air and the ability to perform both reconnaissance and strike missions. The GJ-2 is capable of carrying various types of weapons, including guided missiles and bombs, which makes it a versatile tool for conducting various operations.

Main features of GJ-2:

- The maximum flight duration is up to 60 hours.

- The range is more than 10,000 km.

- The flight altitude is up to 9 km.

- The ability to carry up to 1 ton of ammunition.

These parameters allow the UAV to operate effectively both within the framework of local conflicts and for long-range reconnaissance.

The recording of the GJ-2 flight near Japanese territories indicates several important aspects:

1. Increased monitoring of the region: The presence of such a high-tech device indicates China's intention to step up intelligence gathering on strategically important sites, shipping routes and military infrastructure of neighboring countries.

2. Show of force: The deployment of advanced aerial reconnaissance and strike systems near the borders of rivals can be considered a form of "soft" military diplomacy aimed at showing force without direct military confrontation.

3. Testing the reaction of allies: Japan is an important partner of the United States in the region, and the appearance of the GJ-2 may be part of China's attempt to test the willingness of Tokyo and Washington to coordinate their actions in the event of an escalation of tension.

4. Technological superiority: The use of sophisticated systems such as the GJ-2 confirms China's desire to take a leading position in the field of defense technology and ensure a competitive advantage over other players in the region.

The Japanese government has already expressed concern about this incident, stating the need to strengthen the air defense system and airspace surveillance. In turn, the United States may consider this event as an additional incentive to strengthen its military bases in the region and expand cooperation with allied countries such as Australia, South Korea and India.

However, it is important to note that any escalation of tensions could have serious consequences for the economic and political climate in the Indo-Pacific region, which remains a central hub of global trade and interaction.

The appearance of the Chinese GJ-2 UAV off the coast of Japan was another symbolic step in the game of forces, where each side is trying to demonstrate its influence and ability to control the situation. For the countries of the region, this incident serves as a reminder of the need to create more reliable mechanisms for security and dialogue. At the same time, he stresses the need to develop our own technologies and protective equipment to meet the new challenges of modern warfare, where drones are playing an increasingly important role.

China will certainly continue to develop its military technology and increase its presence in the Indo-Pacific region. The question remains how other countries will respond to these changes while maintaining a balance of power and stability in the face of growing geopolitical uncertainty.

Catapult of the future: New details about the capabilities of the Chinese aircraft carrier type 004 revealed at the shipyard in Dalian

 The structure of the Chinese shipyard may indicate the capabilities of China's next aircraft carrier.The module at the Dalian shipyard is apparently connected to the ejection system of the future Chinese aircraft carrier type 004.The module in question, apparently part of the flight deck, is visible on satellite images provided by Google Earth.

Satellite image of the Chinese module

China's 'Metal Storm' system can fire millions of rounds per minute

 

 'Metal Storm'

The Chinese Metal Storm weapon can fire millions of rounds per minute, according to project scientists. Chinese scientists are developing a machine gun capable of firing at a speed the world has never seen before. This weapon consists of five or more barrels, each of which is capable of firing bullets at a rate of 450,000 rounds per minute. The resulting barrage has an unprecedented density, capable of intercepting hypersonic missiles flying at speeds exceeding Mach 7. For comparison, the maximum rate of fire of the most powerful Phalanx system in service with the US Army is only 4,500 rounds per minute. 

Secret combat capabilities of the new The Chinese Chengdu J- 36 stealth fighter

 Chinese Chengdu J- 36

 With the serial number 36011, this mysterious aircraft has caused worldwide intrigue and appears to embody the distinctive features of a sixth-generation fighter. With its advanced stealth technology, exceptional performance, and versatile combat capabilities, the J-36 represents a significant step forward in China's military aviation.

The J-36 features a bold tailless configuration with a triangular wing, which differs significantly from traditional fighter designs. This innovative layout eliminates vertical stabilizers, significantly reducing the effective reflection area of the aircraft and increasing its stealth. The tailless design is supported by advanced remote-controlled flight control systems that replace the stability functions traditionally provided by tailfins with computer-controlled control surfaces. This not only provides stability and maneuverability but also reduces drag, increasing fuel efficiency and range. These features make the J-36 well-suited for long missions and high-speed battles. Additionally, its triangular wing provides exceptional maneuverability at high speeds, a critical attribute for modern air combat.

The J-36's air intake configuration further highlights its advanced design. The aircraft is equipped with air intakes located in the upper part of the fuselage and on the sides, suggesting a unique three-engine configuration. This three-engine installation, reportedly incorporating advanced ACE engines, provides increased thrust, improved maneuverability, and the ability to carry a heavier payload. With this configuration, the J-36 is capable of reaching maximum speeds in the Mach 2.5 range, making it a high-speed platform suitable for air superiority and strike missions. The three-engine design also provides increased reliability and fuel efficiency, allowing the aircraft to withstand long-term operations without compromising performance.

The dimensions of the J-36 are also impressive. With a length of 22.5 meters, a wingspan of 24 meters, and a wing area of 248 square meters, the aircraft is larger than many fifth-generation fighters, offering additional interior space for weapons and advanced avionics. The J-36's maximum takeoff weight (MTOW) of 55 tons highlights its ability to carry a significant payload, including advanced weapon systems and additional fuel for long-range missions. The estimated combat radius of about 3,000 kilometers demonstrates its ability to operate effectively in extended-range scenarios, making it a critical asset in regions such as the Indo-Pacific, where operational range is of paramount importance.

The Chengdu J-36 is expected to be equipped with a number of advanced technologies, positioning it as a highly efficient fighter for future combat scenarios. One of its most significant achievements is its propulsion system, which is believed to consist of next-generation WS engines, potentially upgraded versions of the WS-19. These engines are designed to provide increased thrust and fuel efficiency, crucial for both high-speed performance and long-range missions. The inclusion of these engines ensures that the J-36 is versatile enough for various types of missions, ranging from air superiority operations to precision strikes against land and sea targets.

Stealth remains the defining characteristic of the J-36. Its fuselage is optimized for low visibility through the use of radio-absorbing materials and advanced molding techniques. The smooth contours and angular surfaces of the aircraft work in tandem to reduce radar detection, allowing it to operate in contested conditions with a reduced risk of being tracked or targeted. These stealth characteristics are designed to compete with or exceed those of the American F-22 and F-35, ensuring that the J-36 can engage in high-stakes combat with minimal exposure to enemy radar systems.

The J-36's avionics are no less sophisticated. The aircraft is expected to be equipped with an active Electronically Scanned Array (AESA) radar system, a critical component for detecting and tracking targets over long distances. Additionally, the integration of electro-optical guidance systems (EOTS) will allow the J-36 to accurately hit both air-to-air and air-to-ground targets. These systems will allow the aircraft to simultaneously track multiple targets and operate effectively in various environmental and electronic warfare conditions, making it highly versatile in combat scenarios. The avionics suite is also likely to include advanced electronic warfare systems, ensuring that the J-36 will be able to withstand electronic countermeasures and maintain its operational effectiveness in a hostile environment.

As for armament, the J-36 is expected to carry a versatile and powerful payload stored in internal armament compartments to maintain its stealth. These compartments are likely to hold a range of air-to-air and air-to-ground munitions, making the J-36 a multirole fighter capable of succeeding in a variety of combat roles. The expected payload includes two supersonic YJ-12 anti-ship missiles, which enhance the aircraft's maritime strike capabilities, as well as four PL-15 long-range radar-guided air-to-air missiles, designed to engage enemy aircraft at long distances. Additionally, the J-36 can carry eight PL-17 missiles, an advanced long-range weapon capable of hitting valuable air assets such as AWACS or tankers. This diverse arsenal highlights the J-36's ability to dominate both air superiority and strike missions, providing a significant advantage in modern warfare.

The development of the Chengdu J-36 represents an important milestone in China's military aviation program, especially at a time when the country is striving to compete with the most advanced fighter jets in the world, including the American F-35 and F-22. The J-36 is expected to play a key role in air superiority and force projection by leveraging its advanced stealth capabilities, high-speed performance, and versatile payload capabilities. Its development comes at a time when China is expanding its influence and military capabilities, especially in the Indo-Pacific region. As the People's Liberation Army (PLA) Air Force continues to modernize, the J-36 is likely to become a major component of its next-generation fleet, complementing existing platforms such as the J-20 and J-35. Together, these aircraft will provide China with reliable and flexible air combat capabilities, allowing it to protect its strategic interests both domestically and internationally.

The Chengdu J-36 is not just a technological achievement; it is a strategic statement. With its innovative tailless design, advanced avionics, stealth features, and formidable weapon systems, the J-36 will become the cornerstone of China's aerial combat arsenal. As more details about its capabilities become available, the J-36 emphasizes China's determination to change the global balance of air power and secure its place as a leader in next-generation military aviation.

China Unveils Two Next-Generation Stealth Combat Aircraft in Rapid Succession

Another Chinese next-generation tailless stealth combat aircraft

China has just launched another next-generation tailless stealth combat aircraft. In less than 24 hours, two previously unknown Chinese advanced combat aircraft have been revealed, and both are already undergoing flight tests. According to unconfirmed reports, the second combat aircraft project belongs to Shenyang Aircraft Corporation (SAC), and the first, larger project belongs to the competing Chengdu Aircraft Corporation (CAC). While Shenyang is responsible for manufacturing Chinese developments of the Flanker family of multirole fighters and the J-35 family of medium stealth fighters, Chengdu is building the J-10 multirole medium fighter and the J-20 heavy stealth fighter.

Chinese microwave weapon against drones

 

A powerful Chinese microwave weapon against drones has

appeared.

China's efforts to combat drones using directed en-

ergyare gaining momentum thanks to the numerous power-

ful microwave systems unveiled at this year's Zhuhai

Air Show.

The first of them is a microwave system consisting of a large

planar grid mounted on the chassis of an 8×8 light armored

vehicle.

The system also has a small rotating radar, which would

make sense for detecting and tracking targets. The base ve-

hi

cle appears to be the same one used in the Toure 625E

self-propelled short-range air defense system or its variant

or derivative, another CSGC/Norinco propos-

al.