The Han Jun took the opportunity to show his face, while the Navy took this opportunity to summarize his experience and teachings.

The "Four Kingdoms Sea Pan Naval Battle" had a huge impact on the development of the navy. Shortly after the end of the naval battle, Lin Xiaolei left the work of the Navy Command and took a carrier-based transport plane to the aircraft carrier battle group. He asked Mu Qingyun, Huanhai Ging, Hua Jianfeng and Zhu Ronghui and others about the battle. After returning to the Navy Command, Gu Xiaolei personally drafted the development key called "Future Navy". Because he was still in a state of war, the navy's development outline was temporarily shelved and did not attract the high attention of Chief of General Staff Xiang Yinghui.

Lin Xiaolei is definitely not the kind of person who is waiting for a reply.

When the General Staff recommended, they did not have the energy to take care of the development of the Navy, so the Navy could only take action on its own.

After the Marine Corps and Airborne Forces captured the Ryukyu Islands, the war was relaxed. Lin Xiaolei personally rushed to Shanghai and used the supercomputer of the state to collect Niu Xin to conduct in-depth simulation and analysis of several scientific research led by the Navy, including the computer model of "full-band electromagnetic protection technology". Then Lin Xiaolei used the remaining funds of the Navy's military expenditure to start the research work of the "future electronic warfare system".

How to fight in extremely harsh electromagnetic environments has become the primary research topic of the Navy.

The "Sijue Basin Sea Battle" shows that when "electromagnetic bombs" are popular, electronic equipment is fragile and difficult to play its due role in future wars. "Full-band electric collision protection technology" is far from mature stage, and it is unlikely to make breakthrough progress in the short term. If the "electromagnetic interference" problem cannot be solved, all precision-guided weapons and electronic equipment will be lost.

Will naval battles retreat to the artillery era?

For Lin Xiaolei, this is definitely not a good thing. The current navy, from warships to fighter jets, to various types of ammunition, without that kind of weapons and equipment, without electronic equipment. If electronic equipment cannot survive on the battlefield, not only anti-ship missiles will be useless, but even the various main equipment of the navy will lose its practical significance. For Lin Xiaolei, who dreams of building a "big fleet", this is undoubtedly a death sentence.

It can be said that after the "Four Kingdoms Sea Basin Battle", Lin Xiaolei's main job was to determine the development direction of the navy.

As the comprehensive strategic strike began, the Navy undertakes new combat missions. After completing the blockade of Sagami Bay, the naval aircraft carrier battle group moved to the waters south of Suruga Bay, and the strategic strike against Japan. Although the carrier-based aviation force is still the main strike force of the naval fleet, Lin Xiaolei attaches more importance to the strike capabilities of the escort warship equipped with an old electromagnetic gun. In his opinion, this is the "way for the future."

The problem of "electromagnetic interference" cannot be resolved. We can only find ways to avoid excessive dependence on electronic devices.

With the full promotion and use of "electromagnetic bombs", quietly controlled guided munitions will definitely withdraw from the war stage. This does not mean that war has returned to the era of non-guidedness. Emerging guidance technologies will inevitably replace traditional guidance technologies. Among all emerging guidance technologies that have been successfully developed and are being developed, "closed guidance systems" have the most development potential and are most likely to have practical capabilities within a few years.

The key technology of the "closed guidance system" is a high-precision inertial navigation device that uses laser gyroscopes as a replacement for microphones.

Inertial navigation technology meters are the first to be used in actual combat and one of the oldest navigation technologies. Compared with other navigation technologies, the biggest problem with inertial navigation is that with time offset, the navigation accuracy will be sharply reduced and the error will quickly expand. Although the laser gyroscope increases the accuracy of inertial navigation by several orders of magnitude, as the strike distance becomes farther and farther, the limitations of the laser gyroscope are still very obvious. For example, when the range is kilometer, the navigation error of the laser gyroscope is around kilometer, and some even exceed kilometer, which cannot meet the requirements of accurate strikes. For this reason, while retaining the laser gyroscope, the Douliangduo guidance system has used guidance methods such as the mouth and laser to improve the strike accuracy.

Relatively speaking, the biggest advantage of the Insight Navigation System is that it does not require external information, and relies entirely on the ammunition's own flight data to determine the flight route and complete the navigation work. In other words, if you can truly achieve "closed guidance", you can resist any type of electronic interference and electromagnetic attacks!

After the end of the Peninsula War, the Republic's Navy was seeking new guidance technology.

Over the years, the Navy has invested dozens of yuan in funding for guidance technology theoretical research, funding several scientific research institutions and university laboratories to find new guidance technology.

Before the outbreak of the Japanese war, the development of the new generation of laser gyroscopes was initially completed. The accuracy of the knife is increased relative to the ammunition or the range of the range of the ammunition, which is equivalent to a kilometer within a kilometer, which is twice the accuracy of the previous generation of laser gyroscopes. After the outbreak of the war, the Navy once again provided huge funds and required relevant units to complete the miniaturization of the new laser gyroscope as soon as possible, so that it has practical capabilities.

After the "Four Kingdoms Sea Basin Battle", the first batch of mass-produced laser gyroscopes were delivered to the Navy for inspection.

Lin Xiaolei did not delay any time. On the one hand, he used various inertial guided munitions developed to test the performance of the new laser gyroscopes, and on the other hand, he made preparations for large-scale procurement. As long as the acceptance meets the planning standards, the Navy will purchase it in batches. Lin Xiaolei is so eager to put the new inertial guided munitions into actual combat, one is to prove the combat capability of the Inertial Guided Prison, and the other is to prove the Navy's strike capability.

Fortunately, during war, war is the priority.

What Lin Xiaolei did not expect was that the "National Inertial Equipment Laboratory, which developed a new laser gyroscope. The subsidiary of "Guilin Precision Equipment Co., Ltd." and "Zhongzhong Group" which was funded by "Fengzhong Group" and produced a new laser gyroscope, which specializes in the manufacturing of precision electronic equipment, not only participated in the navy's finalization test throughout the process, but also promised to prepare for large-scale production in advance in accordance with the Navy's requirements, and settled with the Navy after the war.

Lin Xiaolei naturally would not miss such superior conditions.

After the four bottoms completed the finalization test and all indicators met or exceeded the requirements of the Navy. The Xinwu laser gyroscope was officially included in the Navy's procurement list, and various new inertial missiles began to be "produced" in large quantities. Because it adopts modular guidance technology, it is only necessary to replace the relevant guidance components and control software of the old ammunition to transform it into the world's most advanced inertial guided ammunition.

The cost of the new laser gyroscope is not high. It can even be considered very cheap.

The Navy's first improvement is not all kinds of missiles, but the high one is the most equipped and quite cheap guided artillery shells.

Influenced by the launch conditions, the electromagnetic gun did not start to be equipped with guided shells until the beginning of the year. And it is not a true precise ammunition, but just a general shell with "inertial ballistic correction" force. In other words, the inertial guided shells are used.

Therefore, the poison work started from the beginning of the month. A new laser pyrometer was installed for tens of thousands of electromagnetic shells that month.

instrument.

In early February, the naval fleet joined the strategic strike action to combat Japan's local targets.

In addition to continuing to dispatch ship-based aviation and shore-based aviation to cooperate with the air force to fight, the main force invested by the navy is to strengthen many cruisers and destroyers equipped with accustomed electric artillery. Before February alone, the naval fleet threw old 10,000 shells into the Shikoku War Zone, the Ise-Suzuka War Zone and the Kanto War Zone, and carried out devastating strikes on dozens of large and medium-sized cities.

Compared with army artillery, the biggest advantage of naval warships is their maneuverability and flexibility.

The cruisers and destroyers formed two "strike formations." They sailed along the "Architecture" from the waters on the west side of the Izu Islands to the south of Shikoku Island, about 1,000 meters south of Tosa Shikimizu Port, and took turns to launch artillery fire on Japanese towns within the artillery range.

As the battle entered March, the fleet's strike force increased significantly.

It is not that the warships participating in the strike operation have increased. Instead, the new ammunition production in February has increased month by month. The Navy specially mobilized 8 fast integrated supply ships to follow the two strike fleets to provide ammunition to warships performing artillery missions at any time.

Langdi, new long-range shells have begun mass production.

Compared with the shells used before, the maximum effective range of the new shells has been increased to 1,000 meters. Because it is equipped with a new laser gyroscope, the deviation in maximum range is only Feng Mi. If you open fire at a fixed target at the same time for several months, you can basically achieve "precise strike".

.

At this time, the fleet's firepower was so powerful that it was amazing.

Because the warships have stronger ammunition carrying capacity, the corresponding support facilities for naval guns are more complete. The quality of naval guns is far greater than that of land guns of the same caliber, and the impact power of the Ran naval guns is definitely greater than that of land guns. Judging from the actual results, when performing continuous artillery missions, the thugs are used when using new ammunition. Their guns are equivalent to those of the gangsters. The artillery fire delivery capability of the cruiser is equivalent to that of an old artillery battalion. Because they are both electromagnetic guns, the cost of the rail is higher in addition to stricter anti-corrosion technical indicators, other costs are not much different from that of the army's electromagnetic guns. If we look at the cost of combat power construction, because there is no need to be equipped with a separate power supply and power transmission system, the cost of the old is far lower than that of the army's electric collision cannons.

In order to prove that the precise strike of the naval gun can be handled, Lin Xiaolei also arranged additional strike tasks for the strike fleet in addition to the strike tasks formulated by the General Staff, mainly for some point-shaped fixed targets. As long as the firepower density can be increased, the naval gun can be enough to target point-shaped targets and low-speed moving targets hundreds of kilometers away, such as warships sailing on the sea or vehicles driving on the road.

Before any new technology is applied on a large scale, it needs to be tested in practice. Before any new tactic is officially promoted, it needs to prove its effectiveness.

The Navy is different from the Army. Any technological and tactical revolution in the history of the Navy means that old-fashioned equipment worth a huge billion will be eliminated, and more funds are needed to invest in purchasing new equipment. It is impossible to cross the river by stones like the Army, and prove the practical combat capabilities of new technologies and new tactics by establishing test troops.

Of course, technology introduction is something that no one can change.

With the emergence of weapons and equipment such as "electromagnetic bombs" that are specialized in electronic equipment and are used on a large scale in war, the Navy will surely usher in the largest technological and tactical revolution since the advent of the aircraft carrier!
Chapter completed!