The first is the "invisible" anti-radar technology. The multi-angle design of the fuselage reduces the reflectivity of radar waves, and special paint is applied to absorb radar waves, thus reducing the heat dissipation of the nozzle. The most distinctive feature is the retired American stealth bomber F- 1 17A.

Secondly, the locking mechanism of missile is infrared thermal energy, radar locking, laser guidance and so on. Measures can be taken for different locking mechanisms. Infrared thermal guidance is more common in air-to-air and surface-to-air missiles. You can see that the plane is locked in an American war movie. After the enemy fired the missile, the American fighter plane released an inducer at the tail to disturb the missile lock. If the radar is locked, during World War II, the German bomber group scattered aluminum foil in flight to interfere with the allied radar. Laser guided missiles are troublesome, but optical interference can be used.

In addition, American air strike tactics did not dispatch bombers in the first wave. The first wave is usually strong electromagnetic interference communication, then fighter formations are dispatched to destroy enemy airports, air defense facilities, power facilities, communication facilities and other places, and then bombers are dispatched to attack military facilities on the ground to open the way for ground troops.

To put it bluntly, it is to destroy your air defense capability by surprise with high-mobility fighters, and then send bombers to hit your land and hit your wounded soldiers hard.