Of course, the high-tech in the cockpit of the H-10 strategic bomber is not only these, the glass of the cockpit is a special composite laminated glass, which contains high-lead optical glass, and there is also a special metal film in the middle, which not only absorbs the electromagnetic wave radiation outside, but also shields the electromagnetic wave signal leakage inside the cockpit.

This special glass has also been tested in the laboratory for high-energy radiation radiation, and experiments have shown that this glass has a good shielding effect on high-energy radiation generated after a nuclear explosion.

A strategic bomber like this is faced with an extremely harsh combat environment, and even if the situation after the outbreak of a nuclear war is considered, the H-10 must be able to perform its mission in such an extreme environment, so the glass of the cockpit must be able to withstand the damage of high-energy radiation from the electromagnetic pulse generated after the nuclear explosion.

The outer skin of the H-10 strategic bomber also has the ability to resist high-energy radiation, and the avionics equipment inside has also been reinforced.

This time, Huaxing Group even used the optical fiber flight control system, in order to make the bomber work normally in the environment of strong electromagnetic interference and high-energy radiation after the nuclear explosion.

Of course, the cable wrapping material of the strategic bomber is also made of high-grade polyimide materials and radiation-proof materials that can withstand high-energy radiation.

In order to develop these Huaxing Group companies, it has cost tens of billions of dollars in recent years, but a large part of the money is the research and development funds paid by the big food country, after all, the research and development of these technologies can also be used in the stealth version of the fighter developed by the big food country.

The proportion of white swan fuselage manufacturing materials designed by Lao Maozi era is 20% titanium alloy, 58% aluminum alloy, 15% high-strength steel and 3% composite materials, but now the fuselage materials of H 10 use a large number of composite materials, the proportion has reached more than 70%, and the rest is titanium alloy and a new generation of aluminum alloy.

In the composite materials, the main material is silicon carbide whisker material, which is toughened and strengthened to other materials, so that corrosion and fatigue will not occur, the strength of the fuselage is also greatly increased, the empty weight is also greatly reduced, and the maintenance requirements can be significantly reduced.

Because of the large use of composite materials in the fuselage, Huake Aviation Technology Co., Ltd. has also specially developed a set of testing methods and testing equipment, which has a high degree of intelligence, which can automatically identify the specific location of defects on the aircraft, automatically determine the size of defects, and intelligently generate inspection reports. It is convenient for technical exchanges and quick development of maintenance plans, which is very convenient in specific wing maintenance work.

This set of equipment can be used without professional personnel, and does not require professional evaluation, and the location and size of defects can be automatically identified and reported, which is very convenient and efficient.

The finished composite materials sent by other suppliers are also tested and accepted through this set of equipment, without judgment, and the results are directly produced, which also improves the reliability of product quality.

Da Mao's white swan development time in the eighties of the last century, in the avionics system is naturally backward in an all-round way, although this strategic bomber is Lao Maozi's first bomber equipped with a 4-degree fly-by-wire flight control system, but also the first heavy bomber using a fighter-style central control stick, abandoning the traditional control panel.

The "Obzor"-K navigation attack radar carried by the White Swan was very advanced, which can detect and track long-distance sea and ground targets, can provide accurate position data of 4 ground or sea targets at the same time, and also has the function of identifying friend or foe, provides automatic target detection and tracking mode, and can carry out mapping and correction in long-range missions to update the aircraft's navigation system and detect weather changes.

However, this radar is naturally very backward compared with the gallium nitride active phased array radar developed by Yonghan Aviation Technology Company.

Because the nose space of this bomber is very large, so the radar can be very large, the power of this radar developed by Yonghan Aviation Technology Company is very large, the detection distance is very long, can reach more than 2,000 kilometers, can identify hundreds of targets, high-precision tracking and positioning, and highly intelligent, even if the other party uses electromagnetic pulse weapons can not interfere with it.

The two are no longer the same.

And the White Swan is equipped with a "thunderstorm" optical bombing sight, although it can work in low light conditions, but it still continues the bomb delivery method during World War II, there is no photoelectric pod, and it is impossible to drop high-precision guided bombs, and the ability to perform tasks in bad weather or dark night is very poor.

However, Huaxing Group is at the forefront of the world in terms of photoelectric pod technology, and naturally it has specially developed the most advanced photoelectric pod for the H-10 strategic bomber, which can carry out precision-guided strikes outside the defense zone even if it is an ordinary bombing mission.

Therefore, when designing the H-10, the previous optical bombing sights were directly canceled, because it was not necessary to retain this backward bomber attack method.

Moreover, there is a huge gap between the level of integrated circuits and the current level when the White Swan was developed, and Da Mao's own strength in integrated circuit chip technology is not good, and the level of avionics system is quite backward now.

More than 100 independent computers control various operations during flight or ground maintenance, and the weapons control system alone uses 12 computers to handle complex tasks.

Huake Aviation Technology Co., Ltd. only uses four sets of high-performance computers, all of which are high-performance server processor chips developed by Huaxing Group, and are also equipped with a set of artificial intelligence processor systems.

With the exception of the AI processor system, these four sets of high-performance computers are all separated, one set of computers works as the other three sets as backups, and if one set of computers goes down, the other three sets of computers can take over immediately.

Each of these high-performance computers is very powerful enough to fully meet the bomber's responsibilities for a variety of tasks, and the hardware can be easily upgraded by replacing the universal motherboard.

Of course, the fuselage of the H-10 strategic bomber is also equipped with high-speed satellite broadband transceiver equipment of the Starlink network, which can not only communicate with the military command in real time, but also know the location and status of the bomber in real time, and can also obtain various battlefield information from other platforms.

Moreover, the H-10 is equipped with a high-precision atomic clock and a fiber-optic gyroscope, which can be accurately positioned through Starlink satellites that have covered the world, and if the Beidou system completes global coverage, then the positioning accuracy will be higher.

In addition, the digital map developed by Quantum Networks has been used by the company, and the digital map subsidiary has carried out various surveys and mapping in various countries around the world over the years, and the accuracy of the digital map provided to Huake Aviation Technology is naturally the highest.

Several high-resolution satellites developed by the China Satellite Communications Corporation have been launched, and various surveys and maps have been carried out around the world in the name of civilian use, and digital earth map software has also been established.

These two sets of software are used on the H-10, one is used for positioning, and the other is to provide terrain matching functions for the air-launched cruise nuclear missiles developed by the Aerospace Science and Technology Group.

At present, this air-launched cruise nuclear missile has also entered the manufacturing stage, and it can keep up with the progress of the H-10 test flight and target shooting.

If you like the reborn university bully, please collect it: () The reborn university bully has the fastest update speed.