Airplane, as a great invention in the history of human aviation, has always attracted people's attention and love. However, with the rapid development of science and technology, aircraft have become one of the important players in modern warfare. In modern combat, aircraft often become targets for various missiles and high-tech **. Guidance technology, as the key to the missile's accurate locking to the target, has also attracted much attention. So, is it still possible for the plane to escape when it is locked?Let's take a look. 
First of all, let's learn about modern guidance technology. Modern guidance technology uses a large number of high-tech means, such as radar, infrared, laser guidance, etc., which can allow missiles or navigation systems to accurately lock on to targets and achieve high-precision strikes. This technology has been developed to an extremely mature stage, and the missile can be adjusted in high-speed flight to the dynamic changes of the target, which increases the accuracy of the strike. When an aircraft is locked, common responses include interference, evasion, and confrontation. For jamming, the aircraft can interfere with the locking process of enemy missiles by releasing jamming bombs or using electronic jamming devices. For evasion, the aircraft can take flight maneuvers such as changing direction and speed to minimize the possibility of being locked by the missile. And for countermeasures, aircraft can employ counter-missile systems, such as semi-active guided missile interception systems, which are used to shoot down enemy missiles. 
However, the development of modern guidance technology has made it increasingly difficult for aircraft to escape. Especially for hypersonic missiles, it is difficult for the aircraft to have enough time to react and dodge after being locked. Moreover, the strike accuracy of missiles is also getting higher and higher, and it is possible to hit almost with zero error. As a result, the likelihood of an escape after the plane is locked becomes less and less likely. Despite this, modern aircraft are equipped with a variety of measures to counter the threat of missiles. For example, an aircraft can be equipped with highly effective jamming systems that reduce their accuracy by interfering with the missile's perception and navigation systems. At the same time, the aircraft can also improve its stealth performance through continuous upgrades, reducing the probability of being locked. In addition, the aircraft can also employ active defense** systems to counteract as timely as possible after the launch of the missile. 
In general, modern guidance technology makes it less and less likely that the aircraft will escape after being locked. Although the aircraft is equipped with various countermeasures, the accuracy and tracking capabilities of the missiles are also improving. Therefore, aircraft in the face of modern guidance technology, the aircraft needs to constantly improve and upgrade its own means of defense in order to increase the likelihood of survival. As technology continues to advance, the challenges and opportunities for future aircraft will become more complex and diverse. ##