The U.S. military has announced the launch of a large-scale program to upgrade Bradley infantry fighting vehicles to the A4 version. The contract, worth over $390 million, will enable a significant number of vehicles to be modernized, with deliveries to the army starting as early as October 2026. The new modification promises not only greater battlefield effectiveness, but also enhanced crew protection and comfort in the most challenging conditions.
The Bradley A4 is designed to address the modern challenges faced by the U.S. armed forces. The vehicle has received a number of technological upgrades, making it one of the most advanced in its class. Chief among these are digital control systems, new communications equipment, and improved armor protection. All of this is expected to significantly increase the crew’s chances of survival and mission success.
Under the contract, the manufacturer will not only modernize existing vehicles but also supply new units. This will allow the U.S. Army to maintain a high level of readiness and respond quickly to any threats.
Technologies and Capabilities
The Bradley A4 is equipped with advanced electronic systems that give the crew maximum situational awareness on the battlefield. Its new digital architecture allows the vehicle to be integrated into the unified control network of an armored brigade, greatly simplifying coordination between units.
Special attention has been given to communication tools and data exchange systems. This enables the crew to receive up-to-date information in real time, respond quickly to changing conditions, and coordinate with other combat vehicles. This is especially important in intense combat situations, where every second can be critical.
The increased engine power and improved transmission allow the Bradley A4 to maneuver swiftly even over rough terrain. The vehicle can reach high speeds and change direction instantly, giving the crew an advantage when engaging the enemy.
Safety and Firepower
One of the key upgrades is the new ballistic fire control system. Based on a modern central processor, it allows the crew to track two targets simultaneously, automatically adjust aiming, and use the “hunter-killer” mode. This greatly increases the chances of hitting the enemy with the first shot.
Additional safety measures include reinforced armor and new active protection systems. Thanks to these improvements, the Bradley A4 can withstand attacks from modern anti-tank weapons and provide the crew with maximum protection, even in the most dangerous situations.
The vehicle’s driver receives enhanced information about the machine’s condition and the surrounding environment. This enables timely identification of potential threats and prompt action to neutralize them. As a result, crew safety rises to a new level.
Prospects and plans
Delivery of the upgraded Bradley A4 will begin in the fall of 2026 and will take place in stages. The U.S. Army expects the updated vehicles to significantly improve the mobility and combat effectiveness of mechanized units. In the long term, this should strengthen the country’s position on the global stage and safeguard national interests.
Experts note that introducing new technologies in armored vehicles is becoming a top priority for leading militaries worldwide. The United States is actively involved in this process and continues to invest in the development of its armed forces. The modernization of the Bradley A4 is just one example of this policy.
In the coming years, new projects and initiatives aimed at further improving military equipment are expected to emerge. This will allow the U.S. Army to maintain its leadership and remain prepared for any modern-day challenges.
In case you didn’t know, BAE Systems is one of the world’s largest defense technology and equipment manufacturers. The company specializes in the development and production of armored vehicles, aviation systems, weaponry, and communication tools for both military and civilian use. BAE Systems actively works with armed forces around the world, delivering innovative solutions to enhance the safety and effectiveness of military operations.
