Anti-ship missiles move fast. Sometimes, you only get seconds to react. That hard reality drives billions into naval electronic warfare, and the latest funding injection proves Washington isn't taking any chances on surface fleet survivability.
Lockheed Martin just secured a massive contract modification worth $209 million to pump out more AN/SLQ-32(V)6 electronic warfare systems. If all options get exercised by the end of the decade, this procurement vehicle scales up to a staggering $1.7 billion. That money buys time, situational awareness, and survival for crews operating in increasingly hostile waters.
Why the Navy Desperately Needs the AN/SLQ-32 Upgrade
Sailors call the AN/SLQ-32 "Slick-32." It has anchored U.S. Navy surface warfare defense for decades. But old hardware gets outpaced by modern threat vectors. Modern anti-ship cruise missiles don't just fly straight; they skim the waves, maneuver, and rely on advanced radar guidance packages designed to fool standard detection suites.
The Surface Electronic Warfare Improvement Program, known as SEWIP, changes the equation. Block 2 introduced the (V)6 variant, bringing high-gain sensors, advanced digital receivers, and open architecture interfaces straight into ship combat management systems.
You cannot fight what you cannot see or categorize. The (V)6 system picks up enemy radar emissions, maps out radio frequencies, and instantly tells a combat crew who is painting their ship. It operates on manual inputs or runs automatically through automated defensive protocols. When seconds count, automation saves hulls.
Breaking Down the Numbers and Production Footprint
Money talks in defense procurement. This award isn't just theoretical research paper funding. It backs active manufacturing lines.
About 62 percent of the initial $209 million obligation pulls from fiscal 2026 shipbuilding and conversion accounts. That means these sensors go straight onto hulls currently under construction. Another chunk pulls from procurement funds meant for mid-life upgrades on existing surface combatants, while a tiny fraction covers ongoing engineering adjustments.
Production happens primarily in two hubs:
- Liverpool, New York, where Lockheed Martin runs its core electronic warfare engineering and assembly lines.
- Lansdale, Pennsylvania, handling specialized component manufacturing.
The delivery timeline stretches out to September 2029. Fleet integration requires steady manufacturing output because the Navy wants these upgrades across destroyers, amphibious ships, and carriers as fast as industrial capacity allows.
The Evolution Beyond Block 2
Sensors are only half the battle. Detecting a missile keeps you alive, but stopping it requires actual defense.
That distinction separates Block 2 from Block 3. While Lockheed builds the (V)6 sensor and its smaller "Lite" variants for compact surface combatants, Northrop Grumman handles the next evolutionary tier: SEWIP Block 3, designated as the AN/SLQ-32(V)7. Block 3 introduces active electronic attack capabilities. It doesn't just listen and warn; it jams incoming threats directly, throwing seeker heads off target before they lock on.
Lockheed's billion-dollar pipeline focuses heavily on the foundational surveillance and warning layer. Without pristine, high-sensitivity detection from Block 2 hardware, active jamming systems lack the targeting data necessary to execute counter-measures effectively.
What This Means for Future Surface Warfare
Modern naval combat runs on the electromagnetic spectrum. Controlling that spectrum determines who survives an initial salvo in contested regions like the Indo-Pacific or the Red Sea.
Surface fleets face a proliferation of cheap, smart, long-range anti-ship munitions fielded by peer adversaries and non-state actors alike. Equipping every major surface combatant with advanced electronic sensing gear shifts the tactical balance back toward defense. It gives commanders a panoramic view of the electronic battlefield, stripping away the element of surprise from incoming strike packages.
Check your fleet readiness metrics, track procurement updates through Naval Sea Systems Command, and watch how naval contractors scale industrial output over the next three years to meet these aggressive deadlines.
