XM30 Infantry Fighting Vehicle

Full Specifications

XM30 Infantry Fighting Vehicle Next Gen Combat Platform

The XM30 Infantry Fighting Vehicle represents the US Army shift toward a future ground combat platform built for peer conflict. Designed to replace the aging Bradley fleet, the XM30 is part of the Optionally Manned Fighting Vehicle program. It focuses on survivability, digital warfare, and close integration with infantry units operating in contested environments.

Development and Purpose

The XM30 is being developed by General Dynamics Land Systems in partnership with Rheinmetall. Originating in the United States, the vehicle is intended to carry mechanized infantry while providing direct fire support against armored and fortified targets. It is designed to operate with or without a crew, allowing commanders to reduce risk in high threat zones.

Combat Capabilities and Technology

The vehicle is expected to mount a 50 mm automatic cannon as its primary weapon, supported by a coaxial machine gun and anti tank guided missiles. This combination allows the XM30 to engage enemy armor, drones, and infantry at extended ranges. Advanced sensors, thermal sights, and digital fire control systems support accurate day and night operations.

Mobility is driven by a powerful diesel engine paired with a modern suspension system. This enables high cross country speed and long operational range. Modular armor packages provide scalable protection against kinetic rounds, mines, and top attack threats. The XM30 also supports active protection systems to counter incoming missiles.

Operational Role and Future Use

The XM30 is designed to fight alongside Abrams tanks, unmanned ground systems, and aerial drones. It supports networked operations through secure data links and battle management systems. While still under evaluation, the XM30 is expected to form the backbone of US mechanized infantry units well into the 2040s.

XM30 Infantry Fighting Vehicle Price

The XM30 Infantry Fighting Vehicle is still in development, with an estimated unit cost projected between USD 8 million and USD 12 million depending on configuration, sensors, and protection level once full rate production begins.