The Sixth Generation J-36 will receive a new landing system in a storm

< img src = "/uploads/blogs/39/88/ib-FS07kusur_237c6fc9.jpg" Alt = "aircraft of the sixth generation J-36 will receive a new landing system in a storm"/> ~ ~ ~ < H2 Class = "entry-sub-title" > New Chinese invisible J-36 Without a tail will be able to act with aircraft carriers thanks to a smart planting system and three engines. ~ ~ ~ > < p > Chinese scientists & nbsp; nbsp; nbsp; innovative control systems for safe planting of sixth generation fighters J-36 on moving aircraft carrier in extreme conditions.

~ ~ < p > model J-36 & mdash; It is a promising invisible fighter with & nbsp; < strong > triangular body and a tailor-tailed aerodynamic scheme . This design improves stealth capacity, but complicates control during planting. The absence of horizontal stabilizers deprives the pilot of stable control over the tanga. emphasizes the senior project researcher.

< p >To solve this problem, the system & nbsp; < strong > & laquo; direct control of force & raquo; & nbsp; (Fixed-Time Disturbance Observer). It allows the pilot to carry out real maneuvers without supporting traditional aerodynamic databases. The system effectively inhibits the perturbation caused by air flows behind the aircraft carrier and the movement of the deck. & Amp; nbsp; < Em > & laquo; DFC provides accurate landing even at height of waves up to six meters & ~ < Listed in the & nbsp; < EM > Acta Aeronautica et Astronautica Sinica 60 ~/P > ~ > 62 > 62 < P > J-36 has an atypical trimotor configuration, which provides & nbsp; < strong > greater thrust and flight range , but requires more complex service. At a length of 75 feet and weight of up to 119 thousand pounds, it exceeds most of the fighters of P & Rsquo; a twin generation. The technological equipment of the aircraft involves the integration of modern engines such as WS-15. China demonstrates the ambition to create a new generation aviation platform with & nbsp; < strong > extended marine capabilities 60 ~/p > ~ ~ ~ > 62 > 62 ~ 62 < p >< Em > & laquo; development of viable accurate landing methodology on naval carriers is the key purpose of the research program & raquo; , & md. It is in the final part of the scientific publication. Successful implementation of this project can dramatically change the operational potential of the Chinese fleet.