Latest Images Confirm China’s J-15 Carrier Fighter Armed with YJ-15 Supersonic Anti-Ship Missiles, Marking a Major Leap in PLAN Maritime Strike Power

(DEFENCE SECURITY ASIA) — The emergence of high-confidence imagery showing a Chinese Shenyang J-15 carrier-borne fighter equipped with two YJ-15 supersonic anti-ship missiles represents a watershed moment in the People’s Liberation Army Navy’s evolving approach to maritime power projection, anti-access warfare, and carrier-centric strike doctrine across the Indo-Pacific’s most contested sea lanes.

This first public visual confirmation of YJ-15 integration on the J-15 platform underscores how the PLAN is rapidly transitioning from a traditionally coastal defense-oriented navy into a force capable of sustained, long-range, high-velocity maritime strike operations designed to challenge U.S. and allied naval dominance far beyond China’s immediate littorals.

The images, which rapidly circulated across defense-watcher communities and military intelligence channels, show the J-15—known as the “Flying Shark”—in a combat-relevant flight configuration with two large, ramjet-powered missiles mounted beneath its wings, signaling that the YJ-15 has likely reached a level of operational maturity sufficient for frontline carrier aviation deployment.

More critically, the pairing of the J-15 with the YJ-15 transforms the Chinese carrier air wing from a primarily air-defense and limited strike force into a credible sea-control and sea-denial instrument capable of threatening high-value surface combatants at ranges exceeding 500 kilometers, fundamentally altering the operational calculus in the South China Sea and the Taiwan Strait.

As Chinese military watcher stated following the missile’s public debut, “With long range, fast speed and highly destructive power, they are top weapons against enemies from the sea,” a declaration that now carries far greater weight given visual proof of carrier-borne deployment.

The integration also reinforces state messaging unveiled during Beijing’s September 3, 2025 military parade, where the YJ-15 was presented alongside the YJ-17, YJ-19, and YJ-20 as part of what Chinese media described as an “anti-ship missile formation” engineered to “achieve victories through speed,” highlighting Beijing’s prioritization of kinetic over stealth-centric strike philosophies.

From a geo-strategic perspective, the J-15/YJ-15 combination strengthens China’s layered anti-access/area-denial architecture by extending high-speed maritime strike capability from land-based bombers and surface combatants to mobile carrier platforms operating deep within contested waters.

Financially, the implications are equally significant, as each YJ-15 missile—estimated by analysts to cost several million US dollars—represents a comparatively low-cost asymmetric counter to aircraft carriers valued at over US$13 billion (approximately RM61 billion), illustrating Beijing’s cost-exchange advantage in high-intensity naval conflict scenarios.

The operationalization of the YJ-15 aboard a carrier-capable platform also indicates that China’s naval-industrial ecosystem has reached a level of systems integration maturity where advanced propulsion, targeting, datalink, and carrier aviation requirements can be synchronized, enabling the PLAN to generate coherent, high-tempo maritime strike packages rather than relying on isolated or platform-specific missile deployments.

Taken together, the visual confirmation of this capability suggests that Beijing is deliberately shaping a future naval battlespace in which adversary fleets are compelled to operate under constant threat of high-speed, long-range missile attack from mobile sea-based airpower, thereby reshaping deterrence dynamics and constraining escalation options across the Indo-Pacific’s most strategically vital maritime corridors.

The J-15 Carrier Fighter as the Backbone of PLAN Aviation

Since entering operational service in 2013, the Shenyang J-15 has served as the backbone of the PLAN’s carrier aviation force, evolving from its Russian Su-33 lineage into a domestically sustained and increasingly sophisticated multirole fighter tailored to China’s expanding blue-water ambitions.

Originally optimized for ski-jump operations aboard the Liaoning and Shandong aircraft carriers, the J-15 has progressively incorporated structural reinforcements, improved avionics, and indigenous WS-10 engines that collectively enhance thrust, payload capacity, and sortie generation rates under demanding maritime conditions.

With a combat radius exceeding 1,200 kilometers and a maximum external payload of approximately 12,000 kilograms, the J-15 provides the PLAN with the physical capacity to carry large, high-energy anti-ship weapons such as the YJ-15 without sacrificing air-to-air self-protection, a critical requirement for carrier strike survivability.

The emergence of the J-15T variant, optimized for catapult-assisted takeoff operations aboard the Fujian aircraft carrier, further expands this capability envelope by enabling heavier takeoff weights, increased fuel loads, and full-spectrum strike configurations previously constrained by ski-jump physics.

From an operational standpoint, the ability of a carrier-based fighter to launch supersonic or hypersonic anti-ship missiles dramatically compresses enemy reaction timelines, forcing adversary fleets to engage threats at extended ranges where interception probabilities decrease and sensor-to-shooter loops are strained.

The latest imagery showing a gray-camouflaged J-15 in flight with YJ-15 missiles mounted under its wings visually confirms that China has solved—or is close to solving—the aerodynamic, structural, and fire-control challenges associated with integrating such large ramjet-powered weapons onto a carrier aircraft.

This integration also reflects a doctrinal shift within the PLAN from a defensive carrier role centered on fleet air defense toward an offensive model emphasizing distributed maritime strike, long-range sea denial, and coordinated saturation attacks against high-value naval assets.

By fielding the J-15 as a carrier-based launch platform for the YJ-15, Beijing effectively transforms its carriers from symbols of prestige into active nodes within a wider strike network that includes bombers, destroyers, submarines, and land-based missile forces.

YJ-15 Supersonic Missile: Technical Characteristics and Lethality

The YJ-15 represents the latest evolutionary step in China’s long-running anti-ship missile development program, building upon earlier systems such as the YJ-83 and YJ-12 while incorporating propulsion, guidance, and survivability enhancements tailored for high-intensity naval warfare.

Visually identifiable by its elongated fuselage, pointed nose cone, and distinctive four-inlet axisymmetric air intake arrangement, the YJ-15 is widely assessed to be powered by a ramjet engine optimized for sustained supersonic cruise and high-energy terminal maneuvering.

According to a defence analyst, the missile is capable of exceeding Mach 5 during its terminal phase while generally cruising at speeds between Mach 3 and Mach 4, a velocity profile that dramatically reduces the engagement window for shipborne air-defense systems such as the Aegis Combat System.

Range estimates converge between 500 and 800 kilometers, allowing launch platforms to remain well outside the effective engagement zones of most naval surface-to-air missiles while still threatening carrier strike groups operating deep within contested theaters.

Physically, the YJ-15 is believed to measure approximately 6.5 meters in length with a diameter of around 0.5 meters and a launch weight of roughly 1,500 kilograms, carrying a 200-kilogram high-explosive or semi-armor-piercing warhead designed to incapacitate or mission-kill large surface combatants.

Its guidance architecture is assessed to combine inertial navigation with active radar homing and possible satellite mid-course updates, enabling the missile to engage moving maritime targets in complex electronic warfare environments with a high probability of kill.

A sea-skimming flight profile during the terminal approach further complicates interception by exploiting radar horizon limitations, while the missile’s speed and maneuverability impose extreme demands on point-defense systems such as Phalanx CIWS or close-range interceptors.

From a cost-exchange perspective, the YJ-15 exemplifies China’s emphasis on asymmetric naval warfare, as a salvo of relatively affordable missiles can impose disproportionate risk and potential losses on adversary fleets whose capital ships represent investments measured in tens of billions of US dollars.

Expanding Platform Integration Across the PLA Air and Naval Forces

While the latest imagery confirms integration of the YJ-15 on the J-15 carrier fighter, Chinese defense analysts and external observers assess that the missile is designed for deployment across a wide range of PLA Air Force and PLAN Aviation platforms.

A defence analyst observed in 2025 that “The YJ-15—or a version/derivative thereof—may well be carried by PLA Air Force H-6K/H-6J/H-6N bombers, PLAAF J-16 fighters, and the PLANAF’s carrier-borne J-15T fighters,” highlighting the missile’s role as a common strike asset.

The J-16 multirole fighter, often compared to the U.S. F-15E Strike Eagle, offers particularly significant strike potential, as its larger payload capacity enables it to carry multiple YJ-15 missiles for coordinated saturation attacks against naval task forces.

Even lighter platforms such as the J-10 and legacy J-11 series fighters are believed to be compatible with the missile, broadening deployment options across both coastal defense and expeditionary strike missions.

This cross-platform integration reflects a deliberate Chinese strategy to maximize flexibility, redundancy, and mass-fire capability, ensuring that maritime strike capacity is not concentrated in a single aircraft type vulnerable to attrition.

By distributing YJ-15 launch capability across bombers, land-based fighters, carrier aircraft, and surface combatants such as Type 055 destroyers, Beijing creates a multidimensional threat environment that overwhelms enemy sensors, command systems, and interceptors.

The operational implication is a shift toward complex, layered attack profiles combining air-launched, sea-launched, and potentially submarine-launched anti-ship missiles arriving from multiple vectors at varying speeds and altitudes.

Such an approach aligns closely with China’s broader anti-access doctrine, which seeks to deny adversaries freedom of maneuver within the First and Second Island Chains through sustained, high-intensity missile pressure.

Strategic Impact on the South China Sea and Taiwan Strait

The deployment of YJ-15-armed J-15 fighters carries profound implications for regional security dynamics, particularly in the South China Sea and the Taiwan Strait, where naval power projection remains central to deterrence and crisis stability.

In the South China Sea, carrier-borne YJ-15 strikes would enable the PLAN to threaten foreign naval forces operating in support of regional claimants such as the Philippines, Vietnam, and Malaysia without relying solely on land-based missile batteries.

The missile’s 500–800 kilometer reach allows carrier air wings to impose sea denial over vast areas of contested waters, complicating freedom-of-navigation operations and raising the operational risk threshold for external intervention.

Across the Taiwan Strait, the YJ-15’s range effectively blankets the entire maritime domain, enabling rapid saturation strikes against naval assets attempting to reinforce or evacuate the island during a high-end contingency.

Dmitry Filipoff of the Center for International Maritime Security previously noted that “China’s arsenal of anti-ship weapons is truly a force to be reckoned with, and is superior to that of the United States in many respects,” an assessment increasingly validated by the scale and diversity of China’s missile inventory.

By integrating such weapons into carrier aviation, Beijing extends this superiority beyond fixed launch points, adding mobility, unpredictability, and persistence to its maritime strike posture.

The psychological impact is equally significant, as regional navies must now factor in the presence of supersonic missile-armed carrier aircraft operating hundreds of kilometers from China’s coastline.

Collectively, these dynamics reinforce Beijing’s deterrence narrative of “winning without fighting” by presenting adversaries with prohibitively high operational risks before hostilities even begin.

Global Comparisons and the Future of Naval Warfare

When compared to global counterparts, the YJ-15 occupies a distinct niche emphasizing speed, kinetic energy, and saturation over the stealth-centric approach favored by Western systems such as the AGM-158C LRASM.

While the LRASM prioritizes low observability and autonomous targeting at subsonic speeds, the YJ-15 relies on extreme velocity to defeat defenses through reaction-time compression and interceptor saturation.

Russia’s Kh-47M2 Kinzhal offers hypersonic performance but lacks the deployment flexibility and volume production potential associated with China’s industrial base.

India’s BrahMos shares the ramjet-powered supersonic concept but is produced in more limited numbers and lacks the carrier-borne integration now demonstrated by the YJ-15.

Analysts estimate that China could field hundreds of YJ-15 missiles by 2030, creating a scale of deployment unmatched by any other navy and reinforcing Beijing’s advantage in mass-fire maritime strike operations.

Challenges remain, including ensuring reliable ramjet performance in maritime environments and integrating resilient mid-course guidance under heavy electronic warfare, but current evidence suggests rapid progress in addressing these hurdles.

The latest imagery of the J-15 armed with YJ-15 missiles therefore marks not merely a technical milestone, but a doctrinal one, signaling China’s intent to contest naval supremacy through speed, scale, and distributed lethality.

As production accelerates and integration expands, the Asia-Pacific maritime security landscape is being reshaped in ways that demand urgent reassessment by regional and extra-regional naval planners alike. — DEFENCE SECURITY ASIA