Dynetics has secured a substantial contract worth $670.5 million to develop the common hypersonic glide body (C-HGB) along with a thermal protection system for the US Army. The contract, which highlights the increasing focus on hypersonic technology in the US military, allocates $65.8 million for fiscal year 2024, specifically earmarked for research, development, testing, and evaluation activities.

The work associated with this contract will primarily take place in Huntsville, Alabama, with an estimated completion deadline set for October 31, 2029. Dynetics, a subsidiary of Leidos, is collaborating as part of a team led by Lockheed Martin, tasked with the integration and prototyping of the C-HGB. This glide body serves as a common munition for both the US Army and the US Navy, aimed at enhancing their respective hypersonic programs: the Long Range Hypersonic Weapon (LRHW) and the Conventional Prompt Strike (CPS).

The C-HGB is being jointly developed by both branches of the military, with the US Navy taking the lead on its design while the US Army handles production. The glide body is designed to have an impressive operational range of over 2,775 kilometers (approximately 1,724 miles) and is intended to be launched from various weapon systems used by both services, engineered specifically for launch from either sea or land platforms.

Initially, the LRHW was projected to reach full operational capability by the end of 2023. However, it encountered undisclosed pre-flight check issues in September of the previous year, causing a delay in its rollout. Concurrently, the US Navy has partnered with Huntington Ingalls Industries to equip the USS Zumwalt (DDG 1000) destroyer with the CPS weapon by September 2025. This integration is part of a broader modernization initiative for the warship, showcasing the ongoing commitment of the US military to enhance its hypersonic capabilities.

The US Army has officially awarded a significant contract to Dynetics, an Alabama-based defense contractor, for the Indirect Fire Protection Capability (IFPC) Increment 2 system. This contract, valued at an impressive $4.1 billion, includes provisions for low-rate initial production, full rate production, and ongoing support services.

As part of this deal, the Army is set to procure an initial batch of 18 enhanced versions of the IFPC launchers, which carry a total estimated value of $204 million. To kickstart the project, the Army has immediately allocated $99 million to Dynetics, allowing the company to commence work without delay.

Maj. Gen. Frank Lozano, Program Executive Officer for Missile and Space, emphasized the significance of this contract, stating, “With this contract award, the US Army advances its commitment to defending US interests and by bringing us one step closer to fulfilling our mission of providing robust and layered defense against ballistic missile attacks.”

The IFPC Inc 2 is a state-of-the-art, ground-based mobile weapon system specifically engineered to intercept a variety of airborne threats, including unmanned aerial systems, cruise missiles, and projectiles such as rockets, artillery, and mortars. It is designed to seamlessly integrate with the Army’s Battle Command System, facilitating coordination among multiple sensors and interceptors to safeguard both fixed and semi-fixed military installations.

In a related development, earlier in May, tech company Epirus completed the delivery of four IFPC High-Power Microwave systems to the Army as part of the Pentagon’s broader initiative aimed at enhancing the nation’s capabilities against air and missile threats. This progression reflects the Army’s ongoing dedication to bolstering its defense mechanisms and ensuring operational readiness in the face of evolving security challenges.

In a significant transition for its naval fleet, the Republic of Singapore Navy (RSN) has officially decommissioned its last two Challenger-class submarines, the RSS Conqueror and RSS Chieftain. This milestone comes as the RSN prepares to integrate the new Invincible-class submarines, which formally entered service in September.

The decommissioning ceremony took place at RSS Singapura – Changi Naval Base, presided over by Chief of Navy Rear Admiral Sean Wat. During the event, he also launched a new Submarine Training School, designed to enhance the training of submariners by utilizing advanced technology and simulation tools to create a safe and effective learning environment.

The Challenger-class submarines, recently retired, were originally classified as Sjoormen-class vessels from the Royal Swedish Navy. They were acquired and refurbished in the 1990s as part of Singapore’s strategic initiative to bolster its underwater warfare capabilities and develop expertise in submarine operations.

Both the RSS Conqueror and RSS Chieftain were commissioned into service on July 22, 2000, and August 24, 2002, respectively. Each submarine measures 51 meters (167 feet) in length and 6.1 meters (20 feet) in beam. They are armed with heavyweight torpedoes and have the capacity to accommodate a crew of 28 personnel.

With a displacement of 1,130 tons, these submarines were capable of cruising at a surface speed of 10 knots (approximately 11.5 miles or 18.5 kilometers per hour) and could reach a submerged speed of 16 knots (roughly 18.4 miles or 29.6 kilometers per hour).

“The achievements of RSS Conqueror and RSS Chieftain are a testament to the unwavering resolve and courage of the RSN’s pioneer submariners, who laid strong foundations for the growth of 7th Flotilla and the RSN into a world-class submarine operating force,” stated Fleet Commander RADM Kwon Hon Chung, reflecting on the legacy of the decommissioned vessels. This transition marks a new chapter in the RSN’s maritime defense capabilities, building on the hard-earned experience and resilience of its submarine forces.

In a tragic incident in the Central African Republic, ten individuals, including a child, lost their lives after being abducted from motorcycle taxis. The attack occurred in Djamangoundji, approximately 600 kilometers northwest of the capital, Bangui, with a local official attributing the violence to “thugs.”

The victims were returning from a religious festival in Bria when they were targeted. Reports indicate that the assailants specifically seized passengers traveling from the central town of Ippy. Jacques Tafogo, a member of parliament from Bria, expressed his shock regarding the brutal nature of the killings. Eyewitness accounts suggest that the victims were bound and executed with their throats slit, leaving the local community in disbelief and mourning.

Evariste Biguinindji, the prefect for Haute-Kotto, confirmed that the attackers murdered six motorcycle taxi drivers from Bria, four individuals from Ippy, and a child. In response to this horrific event, Biguinindji has declared three days of mourning and urged residents to remain calm while security forces initiate a thorough search for the perpetrators.

Compounding the grief in the region, local motorcycle taxi drivers have declared a strike lasting until Friday, protesting the wave of violence that has impacted their community. Tafogo noted that the area has been marred by similar violent incidents, including a September attack that resulted in around ten fatalities.

The Central African Republic, which has struggled with instability since its independence from France in 1960, remains one of the world’s poorest nations. According to the World Bank, approximately 71% of its over six million citizens live below the poverty line. The country has a rich repository of natural resources, such as diamond and gold deposits, yet these riches have often been a source of conflict. Rival militias have fought fiercely for control over these lucrative resources, exacerbating the situation.

The ongoing civil war, which escalated in 2013, has led to significant humanitarian challenges, although the intensity of the fighting has diminished in recent years. The region’s wealth has attracted foreign interest, with mining permits being granted to entities from countries including China, the United States, Rwanda, and Russia. Notably, the Wagner Group, a paramilitary force, has been active in supporting the government in its struggle against various armed rebel groups since 2018.

As the community grapples with the aftermath of this latest attack, concerns about security and stability in the region continue to mount.

Latvia’s Ministry of Defence has secured approval to acquire over 30 VR Fox light tactical vehicles for its armed forces, signaling a significant enhancement of the country’s military capabilities. Officially introduced in September 2022, the VR Fox is designed specifically to meet the operational needs of Latvia’s military personnel.

The planned fleet of VR Fox vehicles, which seamlessly combines the rugged design elements of a jeep and a buggy, will be utilized for off-road missions and other complex land operations. Once delivered, these vehicles will play a crucial role in enhancing the mobility and effectiveness of the Latvian military.

Produced by Mārupe-based VR Cars, the local manufacture of the VR Fox vehicles is set to provide an economic boost to the region by supporting local supply chains and spare parts providers. The Latvian defense agency emphasized that the new vehicles would also serve as a foundation for developing additional Fox configurations, which will be tailored to meet future military needs in alignment with the evolving demands of allied defense operations.

Latvian Defence Minister Andris Sprūds highlighted the strategic significance of procuring the domestic VR FOX, stating, “The purchase of the domestic ‘VR FOX’ will contribute to the security of supplies, which is critically important for the development of the capabilities of the National Armed Forces and the defense of Latvia in the current geopolitical conditions.” He further noted that the all-terrain vehicle exemplifies the support of the defense industry for the innovations spearheaded by Latvian companies.

SIA VR Cars has received a grant from the Ministry of Defence, and in collaboration with National Armed Forces, conducted extensive consultations and testing of the vehicle prototype, which was ultimately recognized for fulfilling the requirements of the Latvian Army.

The specifications of the incoming VR Fox system are notably impressive. Measuring 4 meters (13 feet) in length and 2 meters (7 feet) in width, it boasts a ground clearance of 40 centimeters (16 inches) and weighs 1,770 kilograms (3,902 pounds), accommodating up to five personnel. It’s powered by either a 2.0-liter diesel or a 2.3-liter petrol engine, offering around 320 horsepower in both manual and automatic transmission options. The vehicle features a 24-volt electrical system, achieving a top speed of 160 kilometers (99 miles) per hour and a range of 900 kilometers (559 miles).

The VR Fox is capable of navigating water up to 1 meter (3 feet) deep and can tilt 30 degrees laterally and climb inclines of up to 65 degrees. It is also designed to accommodate various weaponry and equipment, including ring-mounted and swing-arm machine guns, specialized brackets for anti-tank missiles, communication devices, cargo cages, and additional lighting setups.

As Latvia further solidifies its defense posture amid evolving geopolitical challenges, the acquisition of the VR Fox tactical vehicles marks a pivotal step in enhancing national security and operational readiness.

General Dynamics Information Technology (GDIT) has announced a significant expansion of its role in providing support services to the US Army, securing contracts totaling $330 million aimed at enhancing the capabilities of the Army’s Mission Training Complexes (MTCs). These complexes are critical assets that offer a range of military courses focusing on leadership, management, and development roles for personnel stationed both domestically and abroad.

Of the total contract value, approximately $180 million is earmarked for the Pacific region, where GDIT will deliver support services over the next five years. These efforts are crucial to ensuring that Army installations in this strategically important area have the necessary training and simulation capabilities. Additionally, another $150 million will be utilized to enhance training at facilities overseen by the XVIII Airborne Corps rapid-deployment contingency unit, with a commitment to provide these services for up to five and a half years.

GDIT’s role will encompass a variety of training modalities, including live, virtual, and constructive solutions designed to create immersive simulation experiences for around 500,000 soldiers. The firm will also provide essential logistical and technical support that underpins the proficiency tracks included in the comprehensive training initiative.

Brian Sheridan, the Senior Vice President of GDIT’s Defense division, emphasized the importance of advanced training capabilities: “Advanced training capabilities are critical to maintaining warfighter superiority,” he stated. He expressed enthusiasm about the company’s ongoing partnership with the Army, highlighting their commitment to offering modern training services that meet the evolving challenges of the battlefield.

This recent set of contracts builds upon GDIT’s established relationship with the Army. Notably, in February, the company was awarded a $160 million task order to provide similar support for Mission Training Complex sites under the US Army III Armored Corps. In addition to these recent achievements, GDIT secured a substantial $1.7 billion contract in 2023 to support the army’s flight school in Alabama, alongside a $383 million deal with the US Navy for training services related to the Surface Combat Systems Training Command in Virginia.

The ongoing engagements position GDIT as a critical player in enhancing the training and readiness of the Army, ensuring that service members are well-prepared to meet the demands of modern warfare.

The US Space Force has officially opened a cutting-edge facility aimed at enhancing collaborative efforts in the development and prototyping of advanced military capabilities at Vandenberg Space Force Base in California. The facility, named The Crucible Innovation Lab, is equipped with an array of high-performance computers, 3D printers, power tools, and virtual reality platforms designed to turn innovative concepts into practical solutions that benefit military personnel engaged in modern warfare.

In his remarks during the opening ceremony, US Space Force Spaceport Innovation Chief Maj. Bryan Davis highlighted the lab’s purpose: enabling members of the base to create local solutions tailored to their specific mission needs. “Our goal is for Team Vandenberg to utilize the space to develop local solutions to their own mission needs instead of being forced to wait for a solution to come,” Davis stated. He emphasized that the lab would enhance the base’s strategic objectives encompassing the space mission, supporting mission partners, improving quality of life, and fostering innovation and digital transformation.

The Crucible Innovation Lab aims to empower units to develop their internal solutions, which could ultimately lead to significant savings in time and resources. This facility marks a strategic step towards improving overall efficiency and effectiveness within the military framework. It will also facilitate access to extensive networks, incorporating the innovative efforts of AFWERX and SPACEWERX, as well as partnerships with local Navy sectors and academic institutions, fostering a collaborative environment for the advancement of military capabilities.

The unveiling of The Crucible Innovation Lab follows a groundbreaking ceremony for another upcoming US Space Force facility, the Re-Entry Vehicle Integration Laboratory (REVIL), located in New Mexico. REVIL will serve as a pivotal evaluation site for the Air Force Research Lab, focusing on advancements related to re-entry vehicles, which are crucial for operations that bridge ground and space-based missions. Spanning 5,265 square feet in Albuquerque, REVIL is projected to be completed by next year, further enhancing the US Space Force’s capabilities in critical aerospace research and development.