PLA Navy’s J-15 Reportedly Seen Carrying YJ-15 Anti-Ship Missile for the First Time

Key Takeaways

• YJ‑15 spotted on J‑15T carrier fighter for first time
• Missile likely exceeds Mach 5 with 1,200‑1,800 km range
• Enhances PLAN carrier strike group's anti‑ship reach
• Shares launch architecture with J‑16, H‑6K bombers
• Completes China’s layered A2/AD missile portfolio

Summary

China’s supersonic YJ‑15 anti‑ship cruise missile was reportedly photographed mounted on a J‑15T carrier‑borne fighter, marking its first confirmed air‑launched deployment. The missile, unveiled at the September 3, 2025 parade, is believed to exceed Mach 5 and reach 1,200‑1,800 km, extending the PLAN’s standoff strike envelope. Its integration follows earlier fielding of YJ‑18 and YJ‑20 systems, completing a layered anti‑access/area‑denial (A2/AD) suite for carrier groups. The sighting also suggests commonality with PLAAF platforms such as the J‑16 and H‑6K bombers.

Pulse Analysis

The visual confirmation of the YJ‑15 on a J‑15T fighter underscores Beijing’s rapid integration of next‑generation weapons into its carrier air wing. Built on the YJ‑12 lineage, the missile’s four axisymmetric intakes hint at a scramjet or ramjet propulsion system, enabling sustained supersonic cruise at speeds beyond Mach 5. Its estimated 1,200‑1,800 km range far exceeds legacy anti‑ship missiles, allowing carrier‑borne aircraft to engage high‑value targets well outside the reach of most naval air defenses. This capability aligns with the PLAN’s broader push to field multi‑role platforms that can switch between air‑to‑air and air‑to‑surface missions, mirroring the flexibility of the U.S. F/A‑18E/F Super Hornet.

Strategically, the YJ‑15 bolsters China’s A2/AD architecture by adding a high‑speed, long‑range strike vector to its carrier strike groups. Coupled with shore‑based DF‑21D ballistic missiles and ship‑borne YJ‑18/YJ‑20 systems, the missile creates overlapping layers that complicate U.S. carrier task‑force planning in the western Pacific. The ability to launch a Mach 5 cruise missile from carrier decks narrows the reaction window for allied forces, potentially prompting adjustments in carrier escort tactics, early‑warning radar deployment, and electronic warfare suites. Analysts also note that the YJ‑15’s apparent compatibility with both the PLAAF J‑16 and the strategic bomber H‑6K suggests a logistics‑friendly approach, reducing training and maintenance burdens while expanding the missile’s operational footprint.

The YJ‑15’s emergence reflects a broader trend of China fielding hypersonic and scramjet‑powered weapons across services, a move that signals confidence in indigenous propulsion technologies and a desire to offset conventional naval superiority with speed and range. As the missile transitions from parade prototype to operational status, regional navies will need to reassess threat models, invest in counter‑hypersonic defenses, and consider diplomatic avenues to mitigate escalation. For defense planners, the YJ‑15 exemplifies how rapid weaponization of emerging technologies can reshape maritime power dynamics within a single development cycle, underscoring the importance of continuous intelligence gathering and adaptive procurement strategies.