Every defense journalist in the beltway just wet themselves over another prototype delivery for the Optionally Manned Fighting Vehicle, or whatever acronym the Pentagon is currently using to avoid saying "we are building a heavier Bradley."
The lazy consensus in the defense press is simple: celebrate the shiny new treads, applaud the modular armor, and pretend that adding more weight to a mechanized infantry transport solves the fundamental problem of modern ground combat. It does not. The military is sprinting headfirst into a multi-billion-dollar trap, chasing a vehicle that tries to do everything for everybody and ends up vulnerable to everything everywhere.
I have spent two decades watching procurement boards hand blank checks to prime contractors who design around yesterday’s war. We are watching history repeat itself in real-time.
The Weight Trap That Nobody Wants to Admit
Let us look at the core physics that the acquisition community conveniently ignores. Infantry fighting vehicles suffer from a gravitational disease. Every time an engineer adds an active protection system, a heavier turret, or composite armor plating to satisfy an updated requirement, the gross vehicle weight climbs.
The Bradley started as a relatively lean troop carrier. By the time it left the desert of Iraq, it was a bloated heavy metal box that required specialized recovery vehicles just to lift its own power pack.
The new contenders are falling into the exact same pit. They want thirty millimeters of autocannon fire resistance, anti-tank guided missile launchers, hybrid-electric drive trains for silent watch, and room for a squad of fully equipped infantry. You cannot pack all of that into a platform that crosses standard European bridges without sinking them.
Weight kills strategic mobility. If an armored brigade combat team cannot fit inside a C-17 Globemaster without stripping off its primary survival systems at an intermediate staging base, you do not have a rapid-reaction force. You have a collection of expensive stationary pillboxes waiting for logistics trains that will never arrive in a contested theater.
The Crewed Fantasy in a Drone-First World
Another delusion driving the current replacement cycle is the obsession with keeping humans comfortably seated inside the hull while pretending the vehicle is "optionally manned."
Let us be precise about what this means. Contractors love the term because it justifies a massive per-unit price tag while nodding vaguely toward future autonomy. But an optionally manned platform is usually a compromise that excels at neither function. If you build a chassis to safely house a crew of three plus six dismounts, you have accepted a massive internal volume requirement. A massive volume means a massive silhouette. A massive silhouette means a high-explosive drone magnet.
Imagine a scenario where a mechanized platoon pushes through a tree line saturated with First-Person View loitering munitions. A traditional turret crew, even with advanced optics, is fighting a defensive war of attrition against cheap, disposable drones directed by a teenager three miles away with a fiber-optic spool.
Spending nine million dollars on a combat vehicle loaded with titanium and optical sensors only to watch it get disabled by a four-thousand-dollar quadcopter carrying a shaped charge is the defining military tragedy of this decade. Yet the procurement documents continue to treat electronic warfare and active protection systems as bolt-on accessories rather than the foundational architecture of the vehicle.
What Actually Works on the Modern Battlefield
If we stopped trying to build the ultimate Swiss Army knife of the mechanized fleet, what would we do instead?
We break the vehicle into two distinct categories: the expendable remote delivery system and the heavily protected mobile command node.
- Uncouple the infantry from the primary gun system. Stop demanding that the same chassis carry heavy direct-fire cannons and a full infantry squad. It creates an internal volume compromise that ruins the ergonomics and compromises protection.
- Prioritize mobility over survivability through armor. True survival on a saturated battlefield relies on signature management, speed, and dispersion. Thick steel only matters if you are hit; avoiding the detection loop matters infinitely more.
- Embrace modular degradation. If a chassis is cheap enough to lose, tactical commanders will take risks that save infantry lives. When a vehicle costs as much as a fighter jet, commanders hesitate, wait for clearance, and bottleneck the advance.
The current crop of prototypes is an exercise in nostalgia. They are designed by committee to fight the battle of 2003 with better touchscreens. Until the Pentagon stops rewarding contractors for building heavier, more expensive targets, the next generation of mechanized infantry will find themselves riding into the teeth of drone swarms inside beautifully painted coffins.
