Analysis & Reports

The Ukrainian Air Force is conducting airstrikes against Russian ground targets using French-supplied Mirage 2000 jets. This marks the first confirmed combat use of these jets, which are equipped with AASM Hammer precision-guided bombs. The integration of these aircraft into Ukrainian operations expands their capabilities beyond air defense to include precision strike missions.

A new wheeled variant of South Korea’s K9 self-propelled howitzer has been spotted in South Korea and is set for field evaluations in the United States. The K9 MH, mounted on an 8×8 chassis, aims to enhance mobility and reduce logistical burdens. Evaluations will include live-fire demonstrations and compatibility tests, with final selection for the U.S. Army's future artillery program expected by late 2027.

The U.S. military used a laser system to shoot down a drone belonging to the U.S. Customs and Border Protection at the U.S.-Mexico border late on February 26. This action was part of a coordinated effort to address drone threats in the region, with assurances that the incident occurred away from populated areas and without nearby civilian aircraft. The involved agencies plan to strengthen their collaboration to prevent similar occurrences in the future.

General Atomics confirmed plans to install a 32-megajoule electromagnetic railgun on the Trump-class guided-missile battleship during the Surface Navy Association symposium in Arlington, Virginia. This development aims to enhance air and missile defense capabilities, leveraging advancements in power systems. The U.S. Navy previously halted its railgun program in 2021, but renewed interest in railgun technology is driven by competitive pressures from allies and adversaries.

The Boeing F-47 (NGAD) stealth fighter is set to make its maiden flight in 2028, featuring the Pratt & Whitney XA103 adaptive cycle engine. This new propulsion technology allows the aircraft to switch between high-thrust combat modes and high-efficiency loitering. The design includes a tailless, twin-engine configuration with trapezoidal wings, representing a significant advancement in military aviation technology.

U.S. Special Operations Command is pursuing the development of acoustic rainbow emitters to reduce the noise produced by drones, aiming for a 50% reduction in their acoustic signature. The solicitation for this technology closes on March 25, and the emitters are intended for use on Army Special Operations Forces tactical drones. The project emphasizes the need for low weight and visual signature to enhance stealth capabilities.

U.S. Special Operations Command is pursuing the development of acoustic rainbow emitters to significantly reduce the noise produced by tactical drones. This initiative aims to enhance stealth capabilities by redirecting the acoustic signature away from potential targets. The solicitation for this technology closes on March 25, with a focus on creating lightweight emitters that maintain a low visual signature.

The U.S. Air Force is restructuring the Sentinel ICBM program in Aurora, Colorado, with construction already underway. Cost estimates for the program will not be available until the end of the year, and a test launch is planned by 2027. The Government Accountability Office has expressed concerns about the program's timeline and risk management, indicating potential delays in transitioning from the Minuteman III to the Sentinel ICBM.

The U.S. Space Force is expediting the development of Airborne Moving Target Indicators (AMTI) to enhance airborne target tracking capabilities, supported by a proposed $2 billion funding for fiscal 2026. Officials aim to operationalize AMTI and Ground Moving Target Indicator (GMTI) systems by the early 2030s, as part of the Golden Dome initiative to improve air and missile defense. The shift from traditional aircraft to space-based systems is driven by the need to counter advanced adversary air defenses.

The U.S. Army has ordered $186 million worth of kamikaze drones and tank killers from AeroVironment Inc., including the Switchblade 600 Block 2 and Switchblade 300 Block 20 variants. These loitering munitions are designed for use in various environments and feature advanced capabilities such as AI target detection. The Switchblade 300 will be equipped with a new Explosively Formed Penetrator payload, enhancing its effectiveness against armored targets. This order underscores the Army's commitment to modernizing its capabilities for contested battlefields.

The U.S. Army has placed a $186 million order for Switchblade kamikaze drones, including the Switchblade 600 Block 2 and Switchblade 300 Block 20 variants. These drones are designed for use in various environments and feature advanced capabilities, such as AI target detection and enhanced armor penetration. This order signifies the Army's commitment to modernizing its drone capabilities for contested battlefields.

The U.S. government is pressuring Anthropic to allow military use of its AI technology, threatening to invoke the Defense Production Act if the company does not comply. This ultimatum highlights ongoing debates about AI's role in national security. Anthropic's CEO has raised ethical concerns about the implications of such government actions, and potential litigation could arise if the company resists the government's demands.

The U.S. government is pressuring Anthropic to allow unrestricted military use of its AI technology, threatening to invoke the Defense Production Act if compliance is not met. This ultimatum highlights ongoing debates about AI's role in national security and the potential legal implications of such government actions. Anthropic's CEO has raised ethical concerns regarding the military's use of AI.

Textron Systems secured a prototype agreement from the US Army for its Damocles loitering munition system. This development indicates a step forward in military capabilities related to loitering munitions.

Lockheed Martin successfully tested AI technology to enhance target acquisition capabilities in F-35 fighter jets at Nellis Air Force Base, Nevada. This development aims to improve situational awareness and reduce decision-making delays for pilots. The integration of AI is part of the Pentagon's strategy to use advanced technologies as force multipliers in military operations, drawing lessons from recent conflicts.

The U.S. Air Force operates only 19 B-2 Spirit bombers, facing a strategic gap in airpower due to high maintenance costs and a reliance on these aircraft for critical missions, including nuclear capabilities. The B-2's operational status has been impacted by a 2022 landing mishap and ongoing maintenance challenges, prompting concerns about the future of U.S. airpower until the B-21 Raider becomes operational in the 2030s.

The U.S. Navy currently operates only three Seawolf-class submarines, significantly limiting its operational capabilities. The USS Connecticut is out of commission, further straining the Navy's resources. This situation arises from a historical decision to reduce the Seawolf-class program from 29 to 3 submarines, leaving the Navy at a disadvantage as China expands its submarine fleet.

The U.S. Navy's SSN(X) submarine project is delayed until the 2040s due to industrial base issues and design challenges. The aging submarine fleet, including the Los Angeles-class and Virginia-class submarines, is insufficient to meet current needs. The SSN(X) aims to integrate advanced capabilities but risks becoming a hybrid design that may not perform effectively. This situation creates a strategic gap in U.S. undersea capabilities as older models are retired.

The U.S. Army is developing the M1E3 Abrams tank to enhance its capabilities against evolving threats like FPV drones and Kornet ATGMs. The Army Science Board has warned that the current M1 Abrams will be inadequate for future warfare by 2040. Despite its distinguished combat record, the tank has faced significant losses in conflicts in Ukraine and Yemen, prompting a shift towards more advanced technology and design.

Booz Allen is enhancing military capabilities by integrating commercial technologies and ensuring interoperability among defense systems. The emphasis on rapid adoption of next-gen warfighting technologies is critical for maintaining U.S. superiority on the battlefield. Recent efforts have intensified, particularly in response to the rapid innovation seen in Ukraine, where dual-use technologies are effectively utilized. Key investments in engineering and production facilities support these initiatives, ensuring that technology meets operational demands in austere environments.