South Korea is developing a new generation of NIFV infantry fighting vehicles: stealth, drones and powerful weapons

Hanwha Aerospace has presented the development of South Korea's future infantry fighting vehicles (IFVs), combining advanced technologies of stealth, autonomy and high firepower. The new NIFV armored vehicles are designed to provide next-generation battlefield superiority.

NIFV Block-I and Block-II: Platform Evolution

The development is being carried out in stages. The first stage is the Redback eX armored vehicle, also known as the NIFV Block-I. This model serves as a technological and industrial framework, providing modularity and flexibility for various operational requirements. It integrates modular turret technology, which makes it possible to adapt weapons to the needs of different customers. The second stage, NIFV Block-II— is an evolutionary step that preserves the basic Block-I platform, but adds new opportunities for survival and mobility.

Key technologies and weapons

The new infantry fighting vehicles will be equipped with advanced systems that ensure superiority in combat. Among the key systems is the Israeli Iron Fist active protection system, designed to intercept anti—tank missiles and projectiles. The main armament will be a 40 mm CTA cannon developed by SNT Dynamics. The vehicles will also receive anti-tank missiles with a range of up to 8 km, which will allow them to hit targets at a considerable distance.

Breakthrough features of NIFV Block-II

The NIFV Block-II version will receive a number of advanced technologies. The car will be equipped with an electric propulsion system and an improved active suspension, which will increase its mobility and stealth. Special attention is paid to reducing visibility: the use of a stealth design will reduce radar and infrared signatures, making detection more difficult. It is also planned to install an intelligent fire control system.

Prospects and strategy

The development of the NIFV family is positioned by Hanwha Aerospace as a long-term initiative with plans going beyond the coming years. Integration with unmanned systems and the use of stealth technologies correspond to modern trends in warfare. This program strengthens South Korea's position as one of the leading developers of modern armored vehicles.

South Korea revealed the secret: what does the new missile from the L-SAM air defense system look like, which will replace the American PAC-2

South Korea has officially shown for the first time what the new air-to-air anti-aircraft missile (AAM) looks like, created for its promising L-SAM anti-aircraft system. Previously, the system was talked about in low voices, but now there are public photos, details and ambitious plans. This is not just another missile, but part of a large—scale national program aimed at completely rebuilding the country's air defense and becoming one of the most advanced systems like the American THAAD or SM-2.

What is L-SAM?

The L-SAM (Long-range Surface-to-Air Missile — "Long-range surface—to-air Missile") is a new South Korean anti-aircraft system created in response to the growing missile threat from the DPRK. The main feature of the system is its ability to intercept ballistic and cruise missiles at an altitude of 40 to 60 km, and in the future — up to 100 km. The range of destruction is up to 150 km, which means that the missile can shoot down the target long before it approaches the border.

But the most interesting thing is flexibility. The L-SAM launchers can be customized: some containers carry anti—missile missiles for missile defense, while others carry new air-to-air anti-aircraft missiles. It was these AAM rockets that were shown for the first time. They are designed to replace the outdated American PAC-2 GEM-T, which were still in service. In terms of its characteristics, the new product is already approaching the American SM-2 — this is a serious step towards technological sovereignty.

How does the new rocket work?

- Engine: two—stage, solid-fuel - gives a powerful start and steady flight.

- Speed: from 4 to 5 Mach — that is, the rocket flies 4-5 times faster than sound.

- Guidance: modern radar head + radio channel control. The rocket itself "sees" the target and corrects the trajectory.

- Mobility: all on tracked or wheeled chassis. This means that the complex can be quickly transferred to the desired location and deployed in a matter of minutes.

The project is a national one. The largest Korean companies are working on the L-SAM: LIG Nex1 and Hanwha Aerospace. The entire Defense Development Agency (ADD) coordinates. This is not a copy of other people's systems — it is our own, "homegrown" product, although taking into account the experience, including from American and Russian technologies.

L-SAM is not a loner. It will become the far echelon of the Korea Air and Missile Defense (KAMD) common system, the South Korean "umbrella" of air defense. The whole system is built like a pyramid:

- Long range: L-SAM and American THAAD — for intercepting ballistics at high altitude.

- The middle line: Patriot PAC-3 — at distances up to 100 km.

- Near border: Korean KM-SAM ("Chongun") — up to 40 km.

Such a "layer cake" should ensure that not a single missile from the DPRK will pass.

The work is on schedule:

- The development was completed in 2024.

- The tests were successful, including the interception of simulated ballistic missiles.

- Serial production — from 2025-2026.

- The first complexes will enter service in 2027.

- Full deployment by 2030.

The L-SAM is not just a new rocket. It is a symbol of South Korea's technological rise. The country no longer buys protection, it creates it itself. Now she will have a modern, multi-level air defense system capable of keeping any aggressor in suspense. And when this AAM rocket first appeared in the photo, it wasn't just a picture. That was the signal.: "We're ready."

Hanwha Aerospace presents the K9A3 concept design: a new evolution of the self-propelled howitzer

 

K9A3

South Korean defense company Hanwha Aerospace has released new promotional materials demonstrating the next stage in the development of its flagship K9 self-propelled howitzer. The new conceptual design, dubbed K9A3, promises to be a revolutionary step in the field of artillery systems thanks to advanced automation technologies and improved combat performance.

The K9A3 is an upgraded version of the legendary K9 self-propelled howitzer, which has already established itself internationally. According to promotional materials, the new system will be equipped with many innovative features that will significantly increase its effectiveness on the battlefield. Key features of the K9A3 include:

- Manned and unmanned control: The possibility of both traditional crew control and remote control via operator interfaces.

- Autonomous Driving: Integration of autonomous technologies to navigate and complete tasks without human intervention.

- New Turret Design: The improved turret provides increased firepower, accuracy, and protection.

- Improved Automation: Fully automated loading and firing processes reduce response time and increase productivity.

The K9A3 is designed to meet modern requirements for artillery systems, where speed, accuracy, and survivability are key factors. Thanks to the manned and unmanned control modes, the system can be used in a variety of conditions — from classic ground operations to complex urban battles. Autonomous driving also minimizes the risk to personnel, especially in high-risk areas.

In addition, the new turret design and improved automation provide a significant increase in the rate of fire and accuracy. This makes the K9A3 an ideal choice for supporting ground troops and performing strategic missions.

Hanwha Aerospace continues to strengthen its position as one of the leaders in the development of artillery systems. The K9A3 could become an important product on the international market, attracting the attention of countries seeking to modernize their armed forces. Experts point out that the demand for highly automated and multifunctional systems such as the K9A3 will only grow with the development of technology and the increasing complexity of military threats.

The presented conceptual design of the K9A3 demonstrates how future technologies are changing traditional ideas about weapons. Autonomous and unmanned solutions are becoming an integral part of modern warfare, and systems like the K9A3 set new standards for efficiency and versatility.

However, the successful implementation of the project will require significant investments in research and development, as well as close cooperation with international partners. If the K9A3 is successfully implemented, it will become a symbol of technological progress in the defense industry.

An international delegation of diplomats and military attaches visited Korea Aerospace Industries as part of a landmark visit

 

K2 Black Panther

As part of a large-scale diplomatic tour, representatives of more than ten countries visited Korea Aerospace Industries (KAI) in the city of Sacheon. This visit has become an important platform for demonstrating South Korean achievements in the field of the aerospace industry and discussing opportunities for international cooperation.

The delegation included the ambassadors of Greece, New Zealand, Norway, Romania, Saudi Arabia, Slovakia, Thailand and Uzbekistan. Diplomats from Poland, Iraq, Peru and Vietnam also took part, while military attaches from Australia, Colombia and the Philippines joined the participants. Such a wide geographical coverage highlights the growing interest of the international community in South Korea's technological developments.

During the visit, the delegation got acquainted with KAI's production facilities, where modern aviation systems are being created, including T-50 Golden Eagle combat training aircraft, KUH-1 Surion multipurpose helicopters and satellite technologies. The representatives of the countries highly appreciated the level of innovation and the export potential of the company's products.

For Korea Aerospace Industries, this visit was an opportunity to strengthen its position in the international market and discuss prospects for cooperation in the defense and civil sectors. Interest from countries such as Saudi Arabia and Poland may become the basis for new contracts and joint projects.

Experts note that such events help strengthen South Korea's position as a global player in the aerospace industry. It also highlights the country's desire to expand its influence through technological leadership and diplomatic ties.

In addition to this exhibition, Hyundai Rotem and Hanwha Aerospace, key players in the South Korean defense industry, recently demonstrated the K2 Black Panther tank and the K9 Thunder self-propelled howitzer to international delegations. Ambassadors, diplomats and military attaches from 15 countries visited the facilities of both companies, examining in detail two of their most sought-after products.

Hanwha Aerospace and Huta Stalowa Wola SA have signed a contract to supply components for Krab howitzers

AHS Krab

Hanwha Aerospace and Polish arms manufacturer Huta Stalowa Wola SA (HSW) have signed a contract for the supply of K9 Thunder chassis components and power units for 87 additional 155 mm Krab self-propelled howitzers. The agreement, worth about $280 million, provides for the supply of these components between 2026 and 2028.

This contract is based on a collaboration between the two companies that began in 2014 and has since included several agreements related to the production of the Krab howitzer. Krab is a key artillery system used by the Polish armed forces and manufactured in Poland by HSW in technical cooperation with Hanwha Aerospace.

The Krab is a 155 mm self-propelled howitzer developed based on the K9 Thunder chassis. It has high mobility and the ability to fire quickly. The Krab can fire at a range of up to 40 km using standard projectiles and up to 50 km using rocket projectiles.

The signing of this contract confirms the successful cooperation between Hanwha Aerospace and HSW in the field of artillery systems production. It also highlights the importance of the Krab howitzer to the Polish armed forces and Hanwha Aerospace's ability to provide high-tech components for this system.

Hanwha Aerospace unveils new HPRS rocket launcher in Australia

 

HPRS

Hanwha Aerospace has unveiled a new 6x6 rocket launcher in Australia called the High-Performance Launch Rocket System (HPRS). This system is a single-container launcher, similar in configuration to the American M142 HIMARS, and is designed for easy deployment and high mobility. The HPRS is a lighter version of the K239 Chunmoo multiple launch rocket system, weighing less than 30 tons, and is equipped with four CTM-MR anti-ship ballistic missiles (ASBM).

The HPRS platform was developed with a priority on fast transportation and firing capability, while maintaining compatibility with Chunmoo technology. This allows the HPRS to be used both on land and on ship platforms for artillery missions. The development of CTM-MR, a rocket integrated with HPRS, is in progress and is expected to be completed in 2027. The CTM-MR missile has an operational range of 50 to 160 kilometers and a circular probability error (CEP) of 9 meters.

The HPRS can be supplemented with other types of ammunition compatible with the Chunmoo system, such as CGR-80 guided missiles with a range of 30 to 80 kilometers. This makes HPRS a flexible system capable of adapting to various tasks and combat conditions.

Hanwha Aerospace has already had a successful cooperation experience with Australia, supplying weapons systems such as the AS9 Huntsman, AS10 and AS21 Redback. The introduction of HPRS in Australia is another step in expanding the company's portfolio in the Indo-Pacific region.

HPRS may be of interest to Southeast Asian countries, where mobility and versatility are a priority for maritime security. The HPRS system offers capabilities for both land-based and ship-based artillery operations, which meets the defense requirements of countries with extensive maritime borders.

Hanwha and General Atomics team up to develop unmanned systems

 Hanwha Aerospace, the largest South Korean defense company, has entered into a partnership with General Atomics Aeronautical Systems (GA-ASI) to develop and jointly manufacture unmanned aircraft systems (UAS) for the global defense market. 

Hanwha will jointly produce the MQ-1C Gray Eagle STOL (short takeoff and landing) unmanned aerial vehicle in South Korea and invest 511 million US dollars (750 billion Korean won) in the development and production of engines for Gray Eagle STOL aircraft and unmanned aerial vehicles, creating a research and development, development and production infrastructure in the country.

MQ-1C Gray Eagle STOL