U.S. Navy to Integrate LRASM into USAF’s B-52 Strategic Bombers

The Navy plans to hire Lockheed Martin to integrate AGM-158C Long-Range Anti-Ship Missiles, or LRASM, with the Air Force’s B-52 Stratofortress. This would give the long-range bomber a dedicated maritime-strike weapon. The goal is to expand how the United States can attack enemy warships from the air.

The planned contract covers more than attaching missiles to the aircraft. It includes associated testing, missile software updates, and repair of test assets. These steps help prove that the missile and bomber work together safely and reliably. The Navy’s Naval Air Systems Command announced its intent to award the work.

The B-52 already has great range and payload capacity, while LRASM can strike maritime targets beyond 370 kilometers. Adding the missile would broaden the bomber fleet’s maritime role. It also follows LRASM launches from B-1, B-2, maritime patrol aircraft, and naval fighters during recent exercises.

LRASM stands for Long-Range Anti-Ship Missile. It is the AGM-158C, a stealthy cruise missile built to attack maritime targets at ranges exceeding 370 kilometers. The weapon matters because it gives aircraft a long-range option against enemy warships while reducing reliance on the older AGM-84 Harpoon.

In general, an anti-ship cruise missile flies toward a target using onboard navigation. Near the target area, sensors help it detect and identify a ship. The missile then guides itself toward the warship and detonates its warhead. The article does not specify LRASM’s exact sensors or terminal attack pattern, so those technical details should not be inferred from the text.

The article identifies LRASM as one of the most capable ship-sinking weapons in active U.S. service. It has been launched from B-1 and B-2 bombers, maritime patrol aircraft, and naval fighters. Recent exercises around Hawaii and the Western Pacific showcased that broad capability.

The article states that a B-52 equipped with LRASM can take off carrying 20 missiles. It also says LRASM can strike maritime targets at ranges exceeding 370 kilometers. Those figures describe the pairing’s basic scale: many weapons launched from one aircraft, with each missile reaching far beyond the bomber’s immediate vicinity.

The mechanism is straightforward. The B-52 provides the aircraft range and payload capacity. LRASM provides the weapon’s long-range, stealthy attack capability against ships. Together, they allow one bomber to deliver a large number of anti-ship missiles without needing to approach the target as closely as a short-range aircraft would.

The 20-missile figure is presented as a B-52 capability in the article. The more-than-370-kilometer range describes LRASM’s stated maritime reach. The Navy is now pursuing integration work so the B-52 can use the missile, including testing, software updates, and test-asset repair.

The value comes from combining two different strengths. The B-52 has immense range and payload capacity. LRASM adds a stealthy weapon able to strike maritime targets beyond 370 kilometers. Together, they could let the United States send a bomber toward a broad theater while carrying enough missiles to threaten multiple enemy warships.

For example, one B-52 could take off with a payload of 20 LRASMs. The bomber would supply the reach and carrying capacity, while the missiles would deliver the attacks against ships. This creates a large airborne salvo option rather than relying on a single missile or a short-range launch platform. The article identifies that combination as potentially crucial in conflict against China.

The source does not describe a specific China contingency or battle plan. It does show a wider trend: the United States is showcasing LRASM from bombers, maritime patrol aircraft, and naval fighters. The Navy also plans a future high-low mix of LRASM and the lower-cost Blackbeard weapon.

LRASM is derived from the AGM-158 Joint Air-to-Surface Standoff Missile, known as JASSM. The Air Force has already integrated JASSM across its bomber and fighter fleets. That relationship matters because LRASM belongs to a missile family the service already operates, rather than being an entirely unrelated weapon.

An existing design can simplify integration because aircraft, software, test procedures, and maintenance practices may share proven elements. The article specifically says JASSM has been integrated across bomber and fighter fleets, while the Navy’s planned LRASM contract includes software updates and testing. These established foundations can provide useful experience, although the article does not claim integration becomes automatic.

The Air Force first fielded LRASM from the B-1 Lancer. In June, it revealed that the B-2 Spirit could launch the missile during a sinking exercise. The planned B-52 work extends this family-based capability to another bomber and supports broader air-launched maritime strike operations.

The article presents a shared mission rather than a strict division. The Navy, through Naval Air Systems Command, announced the planned Lockheed Martin contract to integrate LRASM with the Air Force’s B-52. The Navy also plans to field LRASM against enemy warships as part of a future high-low munitions mix.

The Air Force provides the bomber force and has already integrated the related JASSM across its bomber and fighter fleets. It first fielded LRASM on the B-1 Lancer and later demonstrated B-2 launch capability. The planned B-52 integration would add another Air Force bomber. Naval fighters and maritime patrol aircraft have also launched LRASM during exercises.

This arrangement links Navy maritime-strike requirements with Air Force aircraft. The article does not assign every development duty to one service. It does show both services building a wider operational network, with LRASM and the lower-cost Blackbeard weapon planned for future carrier air wings.

Launching anti-ship missiles from aircraft gives a military a mobile maritime-strike option. Aircraft can carry weapons toward a distant operating area, then release them without requiring a missile-equipped ship to be nearby. The article highlights this approach through LRASM launches from bombers, maritime patrol aircraft, and naval fighters.

The B-52 illustrates the main benefit. Its immense range and payload capacity could allow it to carry 20 LRASMs. The missiles can strike maritime targets beyond 370 kilometers and are described as stealthy. In practical terms, the aircraft supplies mobility and mass, while the missile supplies the long-range attack against ships.

Aircraft do not replace every other launch platform, and the article does not compare detailed performance with shore-based weapons. It does show the United States expanding air-launched maritime strike. Before LRASM, American air-based missions relied solely on the Cold War-era AGM-84 Harpoon. The Navy now plans a broader future weapon mix.