Navy Seeks New Anti-Radar Missile Compatible with F-18, F-35 Aircraft

Why It Matters

A longer‑range, jam‑resistant anti‑radiation missile enhances the Navy’s ability to suppress advanced air‑defense networks, preserving carrier strike group freedom of operation and supporting allied partners.

Key Takeaways

• Navy seeks up to 300 AESM units annually.
• Missile must integrate with F‑18, EA‑18G, and F‑35.
• Desired range exceeds current HARM’s 80‑mile limit.
• Seeker to cover broad frequencies, GPS/INS, jam‑resistant.
• Open architecture enables future aircraft compatibility.

Pulse Analysis

The U.S. Navy’s request for a new anti‑radiation missile reflects a broader shift toward standoff capabilities that can neutralize sophisticated air‑defense networks. The legacy AGM‑88 HARM, fielded since the 1980s, tops out at roughly 80 miles and was designed for a generation of radar that is now vulnerable to low‑probability‑of‑intercept techniques. Modern emitters employ frequency‑agile, low‑observable modes that can evade traditional seekers, prompting the service to pursue a weapon with greater reach and adaptive targeting.

The Advanced Emission Suppression Missile (AESM) must slot into existing launch platforms—F/A‑18E/F, EA‑18G, and F‑35—while supporting the Navy’s open‑architecture logistics chain. The solicitation calls for up to 300 missiles per year, with fielding slated within two years of contract award, and mandates a technology readiness level of at least 7. Key performance parameters include a broadband seeker, GPS/INS navigation with jam‑resistant fallback, and the ability to strike both airborne and ground‑based emitters, potentially even pre‑emptively.

If successful, AESM could reshape the anti‑access/area‑denial (A2/AD) calculus for U.S. carrier strike groups and allied forces. Industry players stand to gain a multi‑year production pipeline, while the missile’s extended range may influence export decisions and support allies such as Ukraine, which still relies on the older HARM. Moreover, the emphasis on modular, future‑proof design signals a move toward weapons that can be rapidly upgraded as radar technology evolves, reinforcing the Navy’s long‑term electronic‑warfare posture.