The fourth-generation, carrier-based multirole fighter aircraft is the J-15. Known as the "Flying Shark" in Chinese and pinyin, it is a carrier-based aircraft that performs combat and reconnaissance missions. The J-15 is a Chinese-designed aircraft. It can carry bombs up to 900km and has a combat radius that is 900 km.
MTOW
The J-15 is an aircraft that can perform multiple roles and is light in weight. Its MTOW is comparable to the Su-33. The aircraft can carry a payload of 6.5 tonnes. The aircraft is claimed to be capable launching from a carrier without requiring its full MTOW. Chinese insiders support this claim.
Bomb load
The twin-seat fighter aircraft Shenyang J-15 flew its maiden flight in November 2012. Sun Cong of the National Committee of the Chinese People's Political Consultative Conference said that the J-15's combat radius is comparable to the F/A-18 and its bomb load. However, more work is needed to improve the J-15's electronics and domestically-produced engines.
Zone of Combat
The aircraft's range without the need to refuel is called its combat radius. It is determined by altitude, aircraft weight, and the presence or absence of external fuel tanks. A low-level operation will typically have a smaller combat circle than a high level mission. Because the aircraft must burn more fuel in low-level flight, this is because it requires less fuel.
Mobility
Mobility of j 15 can be measured with various techniques and can be used as a comparative measure of the properties of different materials. Multi-parameter models are also available to provide a better picture of charge transport. This requires more data as well as a higher level expertise. It is also difficult to draw conclusions because the measurements are inconsistent between different methods.
AESA radar
A J-15 new radome could include an upgraded version of the AESA radar. AESA radars have improved target acquisition capabilities and reconnaissance capabilities. AESA radars cannot be jammed unlike mechanically-steered radios. AESA Radars are capable of high resolution images and provide electronic protection against jamming.
Composite and radar absorbent materials
There are many materials that can be used to make radar absorbent materials (RAM). One type of RAM is a neoprene sheet coated with carbon black or ferrite particles. It works by converting radar waves into heat. A ferrofluidic paint is another type of RAM. This material contains colloidally distributed nanosized ferromagnetic ferromagnetic particles that are strongly polarized in electromagnetic radiation. When exposed to strong electromagnetic fields, they can also cause corrugations on the surface.
IRST
The IRST j-15 system is ground-based and can detect aircraft far away. The system can detect aircraft over a distance up to 285 kilometers. It can detect aircraft at a distance of up to 100km from the rear view and 50 km from the front view. It can detect supersonic fighter airplanes at longer ranges.