Analysis & Reports

The U.S. Air Force tested the F-15EX Eagle II at Eglin Air Force Base on March 11, 2024. This advanced fighter jet, capable of executing 87 billion operations per second, is designed for air superiority and can carry a payload of 29,500 pounds. It features cutting-edge avionics and electronic warfare systems, enhancing its operational capabilities alongside stealth fighters.

The U.S. Air Force is upgrading its fleet of 195 F-22 Raptors to extend their operational lifespan until 2060. These upgrades include enhancements to weapons systems, avionics, and structural integrity, allowing the aircraft to remain effective against advanced threats. The F-22's lifespan has been increased from 8,000 to potentially 15,000 flight hours through various modernization efforts, including the integration of advanced missile systems and improved electronic warfare capabilities.

The U.S. Navy awarded Raytheon a $22.9 billion contract to ramp up Tomahawk cruise missile production to 1,000 rounds annually. This increase will take place over a multiyear period, following a framework agreement with the Pentagon. Raytheon is making substantial investments in its workforce and facilities to meet the rising demand for munitions.

Northrop Grumman is advancing the development of fully autonomous combat aircraft through Project Talon, focusing on systems that operate without continuous human input. The Talon IQ testbed ecosystem facilitates the integration and testing of autonomy software, while Talon Blue serves as a demonstrator for collaborative combat capabilities. These initiatives aim to enhance military operational flexibility and effectiveness in contested environments.

Trump ordered the U.S. Navy to redesign the USS Doris Miller, replacing the electromagnetic aircraft launch system (EMALS) with steam catapults. This directive, issued on August 13, 2023, has significant implications for costs and timelines, as the carrier is already under construction. The Navy's first three Ford-class carriers will retain the EMALS, while China continues to develop its own EMALS technology.

Germany's first F-35A, designated MG-01, is undergoing final finishes at Lockheed Martin's facility in Fort Worth, Texas, where it will receive a stealth coating before delivery to the Luftwaffe. The aircraft is part of a 35-unit order and is expected to be delivered by late 2027, with initial training at Ebbing Air National Guard Base in Arkansas. This new aircraft will replace the aging Panavia Tornado fleet in Germany.

The U.S. Army will test the Hunter WOLF unmanned ground vehicle with the 82nd Airborne Division at Fort Polk, Louisiana, on August 20. This evaluation aims to assess the vehicle's capabilities in realistic field conditions, including its integration into light infantry operations. The Hunter WOLF is designed to support various mission sets and enhance operational efficiency.

The U.S. Department of War awarded NODA AI a $100 million contract to scale its autonomous mission command software across the Joint Force. This follows a previous $10 million contract for the development of MAESTRO software, which enhances the projection of a commander's intent across autonomous drones. NODA AI's technology aims to improve the integration of manned and unmanned systems in military operations.

President Trump ordered the U.S. Navy to replace the Electromagnetic Aircraft Launch System (EMALS) with older steam catapults for the Ford-class aircraft carriers. This decision could delay the construction of the USS Doris Miller and increase costs significantly. General Atomics cautioned that changing course now, with nearly half of production complete, would introduce substantial risks and expenses.

The US Navy has postponed the procurement of the SSN(X) nuclear attack submarine to fiscal 2040 due to budget constraints and full shipyards. The submarine, designed to integrate features from the Seawolf, Virginia, and Columbia classes, is projected to cost $8.7 billion per unit. Current shipyards are unable to accommodate additional construction without delaying existing projects.

The U.S. military awarded Raytheon a $22.9 billion contract to significantly increase Tomahawk missile production from 60 to over 1,000 missiles annually. This contract, lasting seven years, aims to replenish depleted stocks of high-tech weaponry amid ongoing military commitments. The Tomahawk missile is a key asset for the Navy, providing long-range precision strike capabilities against land targets.

The Russian Navy's Akula-Class submarines, numbering nine, face significant operational challenges, with only a few deemed deployable as of mid-August 2026. The class, originally designed to counter U.S. submarines, has suffered from industrial issues since the Soviet collapse, impacting maintenance and readiness. India has leased some Akula-Class submarines for training purposes, highlighting their role in regional naval capabilities.

The Space Force awarded contracts worth $12 million each to five companies, including Lockheed Martin and Northrop Grumman, for the development of its Space Data Network in Huntsville. This initiative aims to establish connectivity between various commercial satellite networks and support military operations, particularly the Golden Dome missile defense initiative. The project involves a two-step process focusing on data transport and the operationalization of connections in orbit.

On August 17, 2023, the U.S. Navy announced a $22.9 billion contract with Raytheon Technologies to enhance the production of Tomahawk missiles. The contract, lasting seven years, will result in the annual production of over 1000 missiles. The Navy aims to expand its ammunition production capacity through close collaboration with industry partners.

Raytheon secured a $22.9 billion contract to enhance Tomahawk cruise missile production, aiming to exceed 1,000 missiles annually. This initiative, part of the Department of War's Arsenal of Freedom, will support the U.S. Navy and allied forces. The company is increasing its investment in workforce and facilities to meet the rising demand for this critical weapon system, which can strike targets from approximately 1,000 miles away.

The U.S. Air Force halted production of the F-22 Raptor in 2009 after completing only 187 units, despite an initial plan for 750. The total acquisition cost reached approximately $67.3 billion, with significant logistical challenges preventing a restart of production. The F-22 was intended to replace the F-15 fleet and remains unmatched in its capabilities, but the Air Force has no plans to resume its production.

The U.S. Air Force halted production of the F-22 Raptor at 187 aircraft in 2009, despite an initial plan for 750. The total acquisition cost reached approximately $67.3 billion, with significant implications for air superiority capabilities. A study indicated that restarting production would require around $50 billion, making it economically unfeasible. The F-22 remains a critical asset for U.S. air defense, but its limited numbers hinder operational effectiveness.

Voyager Technologies is expanding its solid rocket motor manufacturing capabilities at a new facility in Pueblo, Colorado, expected to be operational later in 2026. This expansion aims to meet the increasing demand from the Department of War for tactical solid rocket motors. The company has reported significant contract awards and emphasizes its innovative production processes to ensure rapid delivery and quality assurance.

Honeywell Aerospace tested an integrated counter-drone system against simulated aerial threats at the U.S. Central Command's EXTiC 26-2 event. The system, which combines sensors and AI-driven software, effectively detected and mitigated drone threats while defending a simulated airfield. This demonstration highlights the adaptability of the technology in both static and mobile operations.

GE Aerospace and Kratos Defense & Security Solutions were awarded a contract by the U.S. Air Force to develop the F143-ZZ-100 turbofan engine for the Joint Air-to-Surface Standoff Missile (JASSM). The new engine, generating 800 pounds of thrust, is part of efforts to provide a second-source propulsion system for JASSM, which currently relies on a single engine supplier. Testing has included over 50 engine starts and altitude testing at Purdue University.