Why is the picture of a fighter plane s air attack on a ground target stationary?

Because this is not an ordinary camera, but an infrared camera that can automatically lock the treasure target, it has automatic tracking, automatic attitude adjustment, automatic focus adjustment, and automatic viewing distance camera. It will make you feel like you are locked on the object relative to the ground, and the plane has not changed much. But the plane does move.

But my friend is still very good at observing and thinking, not bad.

Of course, the plane is moving, and the image should be hovering over the target in the process of confirming the hit, but the camera has been aiming at the target - look closely, the angle of the picture has been changing Coupled with the electronic pod installed in the latest improved version of the Tornado fighter, the picture does not seem to have changed much except for the angle. By the way, if you have played Call of Duty 4, the screen that the AC-130 fire controller sees when he is on a mission is basically like that

In addition, the fighter plane is far away from the target, for example, if you look at the plane in the sky from the ground, does it feel that it is flying very slowly?

Electronic image stabilizer.

Cameras sometimes must be installed in a vibrating environment, such as the camera is fixed on a building or pole, installed on a machine (such as a car, an airplane, a ship, etc.), heating and ventilation equipment, air conditioning, PTZ gimbal, etc., there must be mechanical vibration, and these mechanical vibrations are often difficult to eliminate, mechanical vibration will cause the image shake, especially in the case of using high-magnification lenses, slight mechanical vibration will cause the image to shake violently, which will seriously affect the observation and monitoring of the image. An electronic image stabilizer is a device that uses image processing algorithms to eliminate all kinds of jitter of the ** image, so as to provide a high-quality clear picture.

Sweating, how can a fighter be stationary in the air, the landlord's problem is so thunderous!

As we all know, the movement of objects requires speed and acceleration, especially flying objects, once the acceleration force disappears, they will be pulled to the ground by gravity, so flying objects need speed and acceleration to fight gravity, otherwise they can't fly at all.

The flight principle of conventional fixed-wing aircraft such as fighter jets is different from ***, it is impossible to hover in the air, that is, the owner said that the air is stationary (except for vertical take-off and landing aircraft, such as the "Harrier" type), now even the Su-35 and F-22, which are claimed to be super maneuverable, can not do it, but in air aerobatics, the aircraft can indeed achieve a very short period of "station", and there are no conventional fighters that can hover for a long time like ***.

Either VTOL aircraft, such as Harrier, F-35B. However, the efficiency of the lift fan and engine will decrease at high altitudes, and it will not be able to support it.

Aircraft that can deflect thrust (in fact, VTOL must be some degree of thrust deflection, but it can't be used for maneuvering) can temporarily reduce the airspeed to 0 during maneuvering, basically turning in circles. Although the airspeed of the general aircraft can be reduced to 0 under certain circumstances, the maintenance time is much shorter.

2nd Floor Airplanes don't just rely on speed to fight gravity According to what you say, airplanes don't need wings anymore, airplanes fly faster in order to get lift, this speed is not necessarily very large, depending on the shape of the wings, the speed of the airplane is far less than the escape speed of the earth, if it really reaches that wing load is 0, the earth's escape speed is kilometers per second. This is equal to 28800 kilometers per hour.

As long as there is lift, it can stop, so just add a lift engine, and it's easy to do.

When you accelerate, you need wings to maintain altitude and level acceleration efficiently, so even if you can go faster than 28,800 kilometers per hour, you have to use the wings.

First of all, we must look at the guidance method of modern ground-bombing missiles.

There are many ways to guide the missile seeker, of course, we will not discuss the way of flying above the target during World War II, and the following are commonly used in modern times:

1.Inertial guidance.

2.Inertial guidance + GPS

3.Laser-guided.

4.Television guidance.

5.Terrain guidance.

6.Radar guidance.

Of course, many seekers use composite guidance to improve hit accuracy.

The capture of the target usually uses the guidance pod on the aircraft to irradiate the target, and after the target is acquired, the missile launch parameters are calculated by a high-speed computer, and then the data is transmitted to the missile on the fuselage, the missile seeker is turned on, and finally launched.

Laser guidance requires a laser beam to always be on the target, if you have watched "Transformers 3", you know, in the end, when the Autobots and humans counterattacked, a group of Navy SEALs each carried a black cube-shaped box, which looked like a large telescope, always shining on the Decepticon target, and the scene of guiding the Tomahawk missile to attack was doing laser guidance on the ground.

The more modern the fighter, the less likely it is to attack on the ground at ultra-high altitudes.