U.S. Army Reveals First Designs of Two XM30 AI Infantry Fighting Vehicle Candidates Replacing Bradley.

The U.S. Army unveils for the first time the competing XM30 mechanized combat vehicle concepts from General Dynamics and American Rheinmetall, revealing how America plans to replace the U.S. Bradley tracked Infantry Fighting Vehicle (IFV) with a new generation of AI-enabled battlefield platforms. Presented at NDIA MDEX 2026 (National Defense Industrial Association Maneuver Defense and Expeditionary Conference 2026) in Detroit and showcased on May 13 by XM30 Program Manager Colonel Novak, the designs signal a major shift toward faster, more autonomous armored warfare designed to withstand drones, precision strikes, and near-peer threats.

The newly released CAD (Computer-Aided Design)renderings highlight two radically modern infantry fighting vehicle concepts built around advanced sensors, reduced crew workload, and integration with future autonomous combat systems. As the U.S. Army prepares for high-intensity conflict against technologically advanced adversaries, the XM30 program is emerging as a centerpiece of U.S. efforts to regain battlefield overmatch in next-generation mechanized warfare.

Related Topic: U.S. Army M2 Bradley Replacement: Lynx XM30 Infantry Fighting Vehicle Explained

Official U.S. Army CAD (Computer-Aided Design) renderings of the competing XM30 Mechanized Infantry Combat Vehicle concepts developed by General Dynamics Land Systems (left) and American Rheinmetall (right), unveiled during NDIA MDEX 2026 in Detroit, Michigan. The XM30 program is intended to replace the Bradley Infantry Fighting Vehicle as the Army’s next-generation combat vehicle for AI-enabled, network-centric warfare. Photo / Graphic Credit: Source: U.S. Army presentation at NDIA MDEX 2026 / PM XM30 Combat Vehicle Program Office.)

The reveal also marks the public emergence of one of the Pentagon’s largest future armored vehicle competitions, potentially worth more than $1 billion during the next acquisition phase alone. The XM30 program is now evolving into a winner-takes-all industrial battle between GDLS (General Dynamics Land Systems) and American Rheinmetall for control of America’s future armored warfare ecosystem.

The presentation slide titled “XM30 Vendor CAD Models” showed side-profile engineering renderings of both infantry fighting vehicle concepts currently advancing through Phases 3 and 4 of the program, covering detailed design, prototype construction, and testing through December 2027. The U.S. Army confirmed that Phase 5 will transition into a Middle Tier Acquisition – Rapid Fielding effort with a request for proposals planned for the first quarter of Fiscal Year 2027.

The XM30 program is intended to replace the U.S. Army Bradley infantry fighting vehicle fleet with a new generation of digitally connected armored combat systems optimized for high-intensity warfare against near-peer adversaries such as Russia and China. Unlike legacy infantry fighting vehicles developed during the Cold War, the XM30 is being designed around AI battlefield systems, counter-drone armor, advanced networking, autonomous integration, and software-defined combat architecture.

The XM30 Lynx is the U.S. Army’s next-generation Infantry Fighting Vehicle designed to replace the M2 Bradley. Developed by American Rheinmetall Vehicles with key partners, it combines advanced firepower, protection, hybrid mobility, and digital warfare capabilities.

The future XM30 is expected to provide significantly greater firepower than current Bradley variants by integrating a large-caliber automatic cannon capable of defeating modern Russian and Chinese armored fighting vehicles, fortified defensive positions, and low-flying drone threats. Advanced fire-control systems, AI-assisted target acquisition, and long-range sensor fusion are expected to enable the XM30 to detect and engage threats faster than NATO rivals' and adversaries' existing mechanized combat vehicles.

Protection has become one of the U.S. Army’s highest priorities following lessons from Ukraine, where drones, loitering munitions, top-attack missiles, and precision artillery transformed the battlefield. The XM30 is therefore expected to integrate layered survivability systems, including active protection systems, modular armor, electronic warfare defenses, counter-drone technologies, and advanced situational awareness sensors designed to operate in heavily contested combat environments.

Mobility requirements remain equally important because the XM30 must maneuver alongside future Abrams tank formations while reducing logistical burden compared to current armored fleets. Army planners expect the future infantry fighting vehicle to deliver improved cross-country mobility, higher onboard electrical power generation, and expanded digital capacity to support AI-enabled combat systems and future upgrades.

The General Dynamics Land Systems concept displayed at MDEX 2026 appears to emphasize a compact turret structure, extensive side protection, and distributed digital sensors. The rendering shows multiple communication antennas, modular armor arrangements, and elevated observation systems, indicating a strong focus on survivability and network-centric warfare integration.

The GDLS vehicle also appears to be designed for a reduced battlefield signature and rapid digital connectivity across future Army formations. Its distributed sensor architecture suggests the combat vehicle may heavily rely on AI-supported situational awareness and automated threat detection to improve crew survivability and engagement speed.

The American Rheinmetall proposal, derived from technologies associated with the KF41 Lynx infantry fighting vehicle family, features a larger turret profile and substantial armor integration. The design appears optimized for modular growth potential and future lethality upgrades, with sufficient internal space for advanced electronics, autonomous mission systems, electronic warfare equipment, and expanded ammunition handling.

Compared to many current Russian and Chinese infantry fighting vehicles, both XM30 concepts appear significantly more focused on survivability against drone threats and digital battlefield integration. The Army’s emphasis on AI battlefield systems, embedded software architecture, and manned-unmanned teaming reflects the shift in future armored warfare toward software dominance as much as traditional armor and firepower.

One of the most important revelations from the U.S. Army briefing involved the XM30 Embedded Software Pathway architecture. The Army confirmed that an Initial Minimum Viable Capability release is planned for the third quarter of Fiscal Year 2026 through the Proteus unmanned XM30 virtual turret environment.

This software-first approach demonstrates the U.S. Army’s transition toward continuously upgradeable combat vehicles capable of rapidly integrating new AI applications, autonomous functions, sensors, electronic warfare capabilities, and counter-drone systems without requiring complete hardware redesigns. The Proteus virtual turret initiative also allows the U.S. Army to test software integration and autonomous technologies before physical prototypes are completely developed.

The XM30 effort is closely connected to the U.S. Army’s broader armored modernization strategy, including the integration of future Abrams M1E3 variants and next-generation vehicle protection systems. During MDEX 2026, Army officials also outlined plans for the future M1E3 Abrams main battle tank, including reduced weight, hybrid diesel-electric propulsion, automation technologies, and potential integration of an unmanned turret.

These parallel modernization efforts suggest the Army is building an integrated future armored force composed of digitally connected main battle tanks, infantry fighting vehicles, autonomous systems, and AI-enabled battlefield management networks capable of operating in high-intensity multi-domain warfare against peer adversaries.

The U.S. Army presentation further confirmed that the XM30 production phase will involve limited competition among the current Phase 3 and 4 awardees, with a projected contract value exceeding $1 billion and an award timeline in the third quarter of Fiscal Year 2027. The scale of the competition ensures that the final winner will likely shape the future of U.S. armored warfare and influence allied mechanized vehicle development for decades.

The official release of these CAD renderings at NDIA MDEX 2026, therefore, represents far more than a simple design update. It provides the first public glimpse of how the U.S. Army intends to fight future mechanized wars with AI-driven combat vehicles built around digital survivability, counter-drone protection, advanced networking, and rapid software evolution, designed to maintain battlefield overmatch against Russia, China, and emerging global threats.

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.