Sichuan Ship's Electromagnetic Catapult in Place, PLA's 076 Class Drone Carrier Enters Deck Integration Phase

[Beijing News] Recently, I have been paying attention not to the Fujian ship, but to a very short video report forwarded by the China Military Network on July 5. The report stated that the 076 class amphibious assault ship Sichuan was launched on December 27, 2024, and completed its first sea trial in November 2025. Now, the deck has been marked, and the arrestor wire has been installed. The text is brief, but the information density is very high. For an ordinary amphibious ship, marking the deck is just a progress in outfitting; for the Sichuan ship, it means that electromagnetic catapults, arrestor recovery, and drone operations are now being tested on the same deck.

The Key Is Not Whether It Looks Like an Aircraft Carrier

The Sichuan ship is often referred to as an amphibious assault ship, but the differences between the 076 and 075 classes are not just about larger tonnage. Public information shows that the 076 has a full-load displacement of about 50,000 tons, a length of about 252 to 260 meters, and uses an integrated power system, with electromagnetic catapult devices, arrestor systems, and hangar decks installed on board. This combination is rare because traditional amphibious assault ships mainly serve helicopters, vertical takeoff and landing aircraft, and landing craft, while the 076 clearly incorporates fixed-wing drones into its core design.

In simple terms, the Sichuan ship is not a scaled-down version of an aircraft carrier, nor is it just a larger version of the 075. It is more like the Chinese Navy experimenting with an intermediate form: using the hull and troop deployment space of an amphibious ship to carry a portion of the air combat processes that are typically found on an aircraft carrier. The significance of the electromagnetic catapult lies here. The catapult itself is not the hardest part to explain; the challenge is to ensure that the entire ship's power distribution, flight control scheduling, deck support, drone recovery, and adaptability to sea conditions all pass the test simultaneously.

The Supply Chain Issues Behind an Arrestor Wire

Outsiders tend to focus on the electromagnetic catapult, but I am more concerned about the arrestor wire. The catapult solves how to launch the aircraft, while the arrestor solves how to stabilize the recovery of the aircraft. Drones are lighter than manned aircraft, theoretically having a smaller recovery load, but the autonomous landing of shipborne drones, data link anti-jamming, deck scheduling, and maintenance support are not easy tasks. Especially if larger reconnaissance-strike drones are to be carried in the future, the lifespan of the arrestor system, spare parts, and rapid replacement capabilities will directly affect the number of sorties.

• The China Military Network reported that the Sichuan ship has completed its first sea trial and showed progress in deck marking and arrestor wire installation.
• Public information generally estimates the full-load displacement of the 076 class to be about 50,000 tons, significantly higher than that of the 075 class amphibious assault ship.
• The core technology combination of the Sichuan ship includes integrated power, electromagnetic catapults, arrestor recovery, and drone aviation support.

This figure does not seem exaggerated, but it is not simple in the shipbuilding industry. China has publicly demonstrated the electromagnetic catapult system on the Fujian ship, and the highlight of the Sichuan ship is whether it can transfer the relevant experience to a smaller, cheaper, and more versatile hull. If it can, the future question will not be whether there is a Sichuan ship, but whether Hudong-Zhonghua or related shipyards can rhythmically replicate the second and third ships, and synchronize the scaling of drones, catapults, arrestor systems, and shipborne support personnel.

The Use in the Taiwan Strait and Western Pacific Will Be Different

From the perspective of the Taiwan Strait, the value of the 076 may not necessarily be in direct beach landing. What is truly interesting is that it can push mid-to-high altitude reconnaissance, electronic suppression, anti-ship search, and long-range communication relay onto a maritime platform. Compared to land-based drones, shipborne drones have a higher range utilization rate and can change direction with the fleet; compared to large aircraft carriers, the 076 is lower in cost and sends a relatively ambiguous political signal. It can appear in the South China Sea, the periphery of the Taiwan Strait, or training waters in the Western Pacific, and does not necessarily have to be interpreted as carrier-level pressure every time.

However, I do not believe the Sichuan ship has changed the regional balance of power. Public information does not yet show which type of fixed-wing drone it carries, nor does it provide high-intensity cycle test data for the electromagnetic catapult and arrestor system. Industry insiders often say that the first ship solves the question of existence, while the second ship onwards addresses usability. The Sichuan ship is currently demonstrating engineering progress, not combat capability acceptance.

The China Military Network reported on July 5 that the deck of the Sichuan ship has been marked, and the arrestor wire has been installed. This detail is more worth noting than promotional slogans, as it advances the 076 from hull construction to the aviation system integration phase.

The Next Steps to Watch

What should be closely monitored next is not whether it is publicly announced to be in service, but three more detailed signals: first, whether there are images of fixed-wing drones taxiing or being launched from the deck; second, whether there are multiple rounds of sea trials, especially aviation support training at night and in complex sea conditions; third, whether there are signs of a second 076 class ship being built. If these three things occur in succession, it indicates that the Chinese Navy is not just building a technology demonstration ship, but is preparing to make drone carrier capabilities a replicable class of ships.

My question also lies here: if the Sichuan ship really takes on the role of a drone mothership, will the Navy choose to specifically develop shipborne drones, or first adapt existing reconnaissance-strike platforms for shipborne use? The former has a long cycle but good results, while the latter is quick but involves more compromises. The answer for the 076 may reflect the most realistic trade-offs in the current Chinese military-industrial system more than a new aircraft carrier.

Source: China Military Network, People's Daily WeChat, comprehensive reports from CCTV Military, South China Morning Post, Defense News, and public ship data.