U.S. Army Launches XM30 IFV Procurement with $547M to Replace Bradley with 19 Vehicles in 2027.

The U.S. Army launches procurement of the XM30 infantry fighting vehicle with a $547 million FY2027 budget request for 19 units.

The Pentagon’s FY2027 request formally establishes XM30 as a procurement program after years of RDT&E-only funding, following Milestone B approval in June 2025 and ahead of a planned Milestone C decision in early FY2028. The platform is built around a 50mm XM913 Bushmaster cannon, modular open architecture, and advanced protection systems, positioning it as a next-generation infantry fighting vehicle designed for high-intensity combat against peer threats.

Read also: U.S. Army To Invest in XM30 in 2026 to Develop Next-Generation Infantry Fighting Vehicle Prototypes.

XM30 enters first procurement in the FY2027 U.S. Army budget with $547 million for 19 vehicles, marking a key step toward replacing the Bradley with a more lethal, better-protected infantry fighting vehicle built around a 50mm cannon and next-generation battlefield systems (Picture source: Army Recognition Group).

In the Army’s FY2027 P-1 procurement books released in April 2026, XM30 appears as a distinct procurement item inside the tracked combat vehicle account, while FY2026 funded the effort through RDT&E only, at roughly $386.4 million, with no vehicle buy. Coming after Milestone B approval in June 2025 and ahead of a Milestone C target in the first quarter of FY2028, the new line shows the Army is bridging prototype development into production-relevant acquisition activity.

The armament architecture is the clearest sign that XM30 is meant to be more than a Bradley refresh. Northrop Grumman’s XM913 50mm Bushmaster chain gun has been selected as the program’s primary weapon, firing 50x228mm ammunition and offering greater lethality, range, and accuracy for both stationary and fire-on-the-move engagements. The system uses dual-feed, first-round-select functionality and supports both high-explosive air-bursting and armor-piercing fin-stabilized discarding sabot rounds, giving the vehicle a broader target set than legacy infantry fighting vehicles.

That main gun is paired in the competing XM30 designs with an uncrewed or remote turret, anti-tank guided missiles, machine guns, advanced third-generation forward-looking infrared sights, intelligent fire control, kitted armor, integrated protection systems, and signature-management measures. In practical terms, that means XM30 is being shaped for the modern close fight: it must defeat dismounts in cover, light and medium armor, missile teams, and emerging threats such as drone-enabled ambushes while keeping pace with Abrams-led formations. The Army has also defined a two-Soldier crew and capacity for six dismounts, preserving the vehicle’s core infantry mission while changing how the platform is operated.

This is where the Bradley comparison becomes decisive. The Bradley’s combat system remains credible and battle-proven, centered on the 25mm M242 Bushmaster, TOW missiles, and a 7.62mm coaxial machine gun, while the current A4 upgrade improves mobility, architecture, and power management. But the Army’s own modernization logic is that Bradley has reached the point where further improvement becomes increasingly expensive for increasingly limited returns, especially in electrical power, internal growth, protection integration, and turreted lethality.

The XM30, therefore, represents a generational jump rather than a linear upgrade. The 50mm cannon alone changes the equation by providing a larger ammunition envelope and better standoff than Bradley’s 25mm weapon, while the vehicle’s digital design, modular open systems architecture, and planned sensor suite are intended to speed future software, survivability, and mission-system updates. The key point is not just bigger caliber; it is the combination of caliber, sensing, active protection, and upgradeability that matters in a battlefield defined by rapid kill chains and layered threats.

The budget rise between FY2026 and FY2027 is therefore best understood as a phase change in the program. FY2026 money sustained design maturation from preliminary design work through critical design review and into physical prototype preparation, while FY2027 opens the procurement account because the Army is nearing the point where real vehicles, not only engineering effort, must be funded. In acquisition terms, the increase is less about sudden enthusiasm than about the predictable cost of moving from digital engineering into hardware, testing, manufacturing readiness, and the first buy of representative vehicles.

There is also a broader budgetary explanation. The FY2027 request sharply expands defense resources, with the administration proposing a much larger overall defense topline and the Army’s procurement accounts rising to about $60.5 billion, up from roughly $30.7 billion in FY2026 total enacted plus spend-plan resources. XM30 benefits from that wider procurement surge, but its own jump is still program-specific: after years of Bradley replacement studies, resets, and false starts, the Army finally has a line item that matches the program’s transition from concept credibility to hardware commitment.

That matters tactically because armored brigade combat teams need an infantry fighting vehicle that can survive and fight in conditions the Bradley was never designed to dominate. A remote-turret XM30 with 50mm firepower, anti-tank missiles, advanced thermal sights, integrated active protection, and reduced signature is optimized for the first-engagement advantage: see first, classify first, shoot first, and survive the return shot. The hybrid-electric approach outlined by Army officials also points to lower onboard power strain and more margin for sensors, mission systems, and future electronic warfare payloads.

It also matters operationally because the Army is preserving competition deep into the program. The 2023 prototype contracts worth about $1.6 billion kept General Dynamics Land Systems and American Rheinmetall Vehicles in the race, with the Army requiring prototype vehicles, ballistic hulls and turrets, armor coupons, and digital engineering data before a downselect around Milestone C. That structure reduces technical risk, pressures both teams to mature real manufacturing solutions, and helps the Army avoid locking itself too early into a single design before soldier testing validates what works.

From an industrial standpoint, the FY2027 procurement line is equally significant because it starts to translate conceptual modernization into tangible production demand. Once a program moves from pure RDT&E into vehicle procurement, suppliers, subsystem makers, armor producers, electronics firms, and weapons integrators gain a clearer signal that the Army is preparing for a manufacturing ramp. In that sense, the 19-vehicle buy is modest in quantity but important in meaning: it anchors the program inside the procurement system and begins to shape the industrial base around what will eventually be a large tracked combat vehicle recapitalization effort.

The strategic message in the FY2027 request is equally clear. Even after signs earlier in 2026 that Army leaders were reassessing parts of the ground vehicle portfolio, the inclusion of a dedicated XM30 procurement line indicates that the Bradley replacement remains a central modernization bet. That is consistent with the Army’s stated view that the future fight requires more lethality at standoff range, stronger Soldier-vehicle survivability, and a platform architected from the outset for continuous modernization rather than retrofit improvisation.

The timing of the funding increase also reflects lessons from recent wars and observed combat trends. Heavier armor alone is no longer enough. Infantry fighting vehicles now need better optics, greater stand-off lethality, onboard power for sensors and protection systems, faster processing for target acquisition, and a design flexible enough to integrate future autonomy, counter-drone tools, and electronic warfare packages. The Bradley can be modernized to remain relevant, but XM30 is being designed around those requirements from the beginning rather than adapting to them later at growing cost and diminishing efficiency.

The most important conclusion is that XM30 funding is not just another budget increment; it is the clearest sign yet that the Army wants to break the cycle of endlessly upgrading a legacy IFV whose basic design dates to the Cold War. Bradley A4 will remain essential for years and still delivers meaningful combat value, but XM30 is designed to give U.S. armored infantry a platform built for 21st-century sensors, protection, and software-defined lethality. If the Army holds to the schedule, the FY2027 increase will be remembered as the moment the Bradley replacement stopped being an aspiration and started becoming a force structure.

Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.