The year 2025 marks a decisive turning point in military aviation, with a major technological breakthrough for Chinese stealth jets. These aircraft, already renowned for their ability to evade radar, are about to take a new step that could redefine the standards of aerial stealth.
Recent innovations promise to improve not only performance, but also safety and mission efficiency. This evolution is arousing growing interest among international experts and observers, curious to discover how these developments will influence the balance of the world’s air forces.
Control system development for the J-36
Chinese scientists are developing a “direct force control” system for the J-36 stealth fighter, designed to facilitate carrier landings in extreme weather conditions. This innovative system, inspired by advanced robotics, incorporates a Fixed Time Disturbance Observer (FTDO) which adjusts control surfaces in real time, enabling pilots to bypass traditional aerodynamic databases.
Tested in rough sea simulations with waves of up to six meters, this device promises to improve landing accuracy despite disturbances caused by dynamic deck movements and ship-generated air turbulence.
Technical characteristics and landing challenges of the J-36
The J-36, a sixth-generation stealth fighter, is distinguished by its tailless design and triangular shape, often compared to a ginkgo leaf. With an estimated length of 75 feet and a weight of between 99,200 and 119,000 pounds, it surpasses fifth-generation jets like the J-20 in size and weight.
Landing on an aircraft carrier poses unique challenges for the J-36, not least because of the absence of horizontal stabilizers, making pitch control difficult. In addition, the turbulence generated by the ship further complicates the maneuver, requiring advanced technological solutions to ensure safe aircraft operations.
Strategic objectives and importance for the Chinese navy
Scientists aim to make the J-36 operational on aircraft carriers on the high seas, far from the mainland, thus strengthening the Chinese navy’s power projection capability. The development of a precision landing methodology for this tailless fighter is crucial to overcoming the challenges posed by extreme sea conditions.
By successfully integrating the J-36 into their fleet, China could significantly enhance its naval aviation capabilities, consolidating its strategic position in international waters. These technological advances are essential to maintain a competitive edge over other global military powers, while ensuring a robust and flexible maritime presence.
