Lithuania just signed away hundreds of millions of dollars for a second battery of M142 HIMARS. The press releases are glowing. The defense ministry is patting itself on the back. The public feels a bit safer.
They shouldn't.
The consensus is that HIMARS is a magic wand. We’ve watched the grainy footage from Ukraine—precision strikes on bridges, command posts, and ammo dumps. The narrative is set: high mobility plus GPS guidance equals total regional deterrence. It’s a clean, televised version of war that fits perfectly into a procurement spreadsheet.
But Lithuania isn't Ukraine. The geography is different. The electronic environment is shifting. By the time these systems are fully integrated and the crews are seasoned, the very advantage Lithuania is paying for will likely be obsolete. This isn't a "force multiplier." It’s a massive, expensive target that relies on a tech stack the adversary is already learning to dismantle.
The GPS Trap and the Death of Precision
The entire HIMARS value proposition hinges on the Guided Multiple Launch Rocket System (GMLRS). These rockets use GPS-aided inertial navigation. In a "permissive" environment—think Iraq or early-stage Ukraine—they are devastating.
In a high-intensity conflict against a peer adversary with world-class Electronic Warfare (EW) capabilities, GPS is the first thing to go. Russia has spent two decades perfecting mobile EW suites like the Pole-21 and Krasukha-4. These aren't theoretical threats. We are already seeing GMLRS effectiveness drop in active theaters because of signal jamming and spoofing.
When you jam the GPS, you are left with the Inertial Navigation System (INS). The Circular Error Probable (CEP) for an INS-only strike at maximum range isn't "through the window." It’s "somewhere in the neighborhood." For a small nation like Lithuania, missing the target isn't just a tactical failure; it’s a political disaster. You cannot afford collateral damage when the fighting is happening in your own backyard.
Lithuania is buying a scalpel for a fight that is rapidly turning into a sledgehammer brawl. If the "P" in "Precision" vanishes, you’ve just spent $500 million on a very flashy truck that shoots expensive, unguided rockets.
The Logistics of a "Single Point of Failure"
Let’s talk about the "M" in HIMARS: Mobility. The selling point is that you can shoot and scoot. You fire a pod, you drive away before the counter-battery fire arrives, and you reload.
Where do you reload?
HIMARS requires a massive, sophisticated logistics tail. Each pod of six rockets weighs over two tons. You need specialized heavy trucks (FMTV), MHE (Material Handling Equipment), and a constant stream of high-tech maintenance. Lithuania is a small, compact geography. In a conflict, the Suwalki Gap becomes a bottleneck.
I’ve seen defense planners underestimate the "tail" every single time. They buy the shiny launcher but underfund the mundane stuff: the tires, the fuel trucks, the specialized technicians, and the secure data links.
Without total air superiority—which is never guaranteed in the Baltics—those slow-moving resupply convoys are sitting ducks. If an Iskander-M or a swarm of Lancet drones takes out your resupply point or your specialized reload vehicles, your HIMARS battery becomes a collection of very expensive lawn ornaments. You aren't buying a capability; you’re buying a dependency.
The Intelligence Requirement Nobody Mentions
HIMARS is a "deep strike" weapon. It’s designed to hit targets 70 to 300 kilometers away (depending on whether you’re using GMLRS or the ATACMS).
To hit something at 150 kilometers, you need to know exactly where it is in real-time. This requires a "sensor-to-shooter" link that Lithuania currently lacks in a sovereign capacity. You need high-end synthetic aperture radar (SAR) satellites, long-endurance stealth UAVs, or deep-cover human intelligence.
Right now, that intelligence comes from Washington.
By doubling down on HIMARS, Lithuania is effectively outsourcing its national defense strategy to US intelligence assets. If the US is distracted by a flashpoint in the Taiwan Strait or a political shift at home, the "eyes" of the Lithuanian HIMARS go dark. A long-range missile system without independent, high-fidelity targeting is just a blind giant swinging a club.
The Cost-Benefit Fantasy
The price tag for these systems is astronomical. We are talking about hundreds of millions for the launchers, the missiles, the training, and the infrastructure.
Let’s do the math on "attrition warfare." A single GMLRS rocket costs roughly $160,000. An ATACMS costs over $1 million. A Russian Orlan-10 drone costs about $100,000. A Lancet loitering munition is even cheaper.
We are entering an era of "asymmetric attrition." The adversary can force Lithuania to expend a million-dollar missile to stop a thirty-thousand-dollar threat. In a prolonged conflict, Lithuania will run out of money and missiles long before the adversary runs out of cheap, mass-produced "suicide" drones.
Instead of two batteries of HIMARS, imagine what that same budget could buy in terms of:
- Massive Loitering Munition Swarms: Thousands of units that don't rely on a single launch vehicle.
- Hardened, Distributed EW Systems: Making it impossible for the enemy to use their own precision weapons.
- Underground Fortifications: Passive defense that doesn't require a satellite link to work.
The "Second Battery" Fallacy
Why buy a second battery? The logic is usually "redundancy" or "increased volume of fire."
In reality, it’s often about "interoperability"—a buzzword that really means "making it easier for the US to use our soil." While being a good NATO partner is vital, there is a fine line between contributing to collective defense and becoming a specialized niche provider for someone else’s doctrine.
HIMARS is an American weapon designed for an American way of war: one that assumes total control of the electromagnetic spectrum and the skies. Lithuania is adopting a doctrine that may not fit its reality. If the first battery is suppressed by EW or destroyed by hypersonic missiles in the first hour of a conflict, the second battery—operating on the same frequencies, using the same GPS coordinates, and relying on the same roads—will meet the same fate.
The Hidden Vulnerability: Data Links
HIMARS operates within the Link 16 network. This is the backbone of NATO communication. It’s how the launcher knows where the target is and where the "friendlies" are.
Peer adversaries have spent decades figuring out how to jam, spoof, or simply "direction-find" Link 16 emissions. The moment a HIMARS unit powers up its data link to receive a target packet, it’s screaming "HERE I AM" in the radio frequency spectrum.
In a world of automated SIGINT (Signals Intelligence), "being quiet" is the only way to survive. HIMARS is many things, but it is not quiet. It’s a high-emission platform in a theater where emission control (EMCON) will be the difference between life and death.
Stop Buying Yesterday’s Winners
The rush to buy HIMARS is a classic case of "fighting the last war." Because it worked in the Donbas in 2022, planners assume it will work in the Baltics in 2027.
Warfare evolves faster than procurement cycles. By the time Lithuania’s second battery is fully operational, the counter-measures will be standardized. We are already seeing the "HIMARS effect" wane as Russian forces decentralize their logistics and improve their electronic bubbles.
Lithuania is buying a prestigious, high-profile asset that looks great in a parade. But in a real, high-end fight against a neighbor that has been studying this exact weapon for three years, it might find that it bought a very expensive way to miss a target.
Defense is not about matching the shiny toys you see on the news. It’s about building a resilient, redundant, and autonomous system that can survive when the GPS goes dark and the satellites are blinded. HIMARS is the opposite of that. It is fragile, dependent, and loud.
Lithuania doesn't need more launchers. It needs more imagination.
Keep the receipt. You’re going to need the money for the drones that will actually be doing the fighting.
