Active Protection Integration for Bradley IFV Modernization

Elbit Systems and General Dynamics Ordnance and Tactical Systems are cooperating on the supply and integration of the Iron Fist Active Protection System (APS) as part of the U.S. Army’s Bradley Infantry Fighting Vehicle (IFV) modernization program, addressing evolving anti-armor threat profiles.

Context of the Cooperation
The cooperation links Elbit Systems’ specialization in active protection technologies with GD-OTS’s role as a prime contractor for Bradley IFV upgrades for the U.S. Army. The operational challenge addressed is the increasing availability of anti-tank guided missiles, loitering munitions, and kinetic-energy threats against legacy armored platforms. Integrating an APS into an existing vehicle architecture requires coordination between subsystem developer and vehicle integrator to manage physical interfaces, power budgets, and combat system interoperability.

Technical Solution and Responsibilities
The Iron Fist APS is a hard-kill protection system designed to detect, track, and intercept incoming threats before vehicle impact. It employs distributed sensors and countermeasure launchers to provide 360-degree hemispherical coverage. The system is designed with constrained size, weight, and power parameters to support installation on medium-weight armored vehicles without degrading mobility or payload margins.

Elbit Systems is responsible for the design, manufacture, and delivery of the APS hardware and associated system software. GD-OTS manages vehicle-level integration, including mechanical mounting, electrical power integration, and interface alignment with the Bradley’s mission systems. System integration activities are aligned with U.S. Army survivability and safety requirements for armored platforms.

Deployment and Implementation
The follow-on contract covers a three-year execution period supporting Bradley IFV upgrade phases. Integration activities are conducted within the existing Bradley modernization framework, minimizing structural modifications to the vehicle. The APS is incorporated as a modular subsystem, enabling maintenance and replacement without extensive vehicle downtime. GD-OTS provides integration support and coordination with U.S. Army program offices, while Elbit Systems supports system verification and technical sustainment.

Applications and Use Cases
The primary application is enhanced survivability of Bradley IFVs operating in combined-arms environments. The APS is intended to counter threats such as anti-tank rockets, guided missiles, unmanned aerial systems, and kinetic penetrators in both open terrain and urban operational settings. The cooperation supports armored force protection within mechanized infantry formations.

Results and Expected Impact
While specific performance figures are not disclosed, the integration of an APS introduces an active defensive layer beyond passive armor solutions. This reduces dependency on armor mass increases and supports sustained vehicle relevance against contemporary threats. The cooperation enables scalable deployment of active protection within U.S. Army armored fleets through standardized integration and support processes.

www.elbitsystems.com