After Xu Xingchen solved the current key scientific research projects, he looked at the remaining equipment list waiting for reverse engineering, and then looked at his remaining 40 spoils.

Then, Xu Xing put the 76A double-barrel 37mm anti-aircraft gun obtained by analyzing the spoils into the scientific research tank to start the reverse engineering, and looked at the time required to complete the reverse.

“12 hours…just…”

The complexity of different equipment varies, and the time required for reverse engineering scanning also varies, and the scale of the Admiral's Office will also affect the speed of reverse engineering.

Xu Xingchen is not familiar with the system's judgment standards, so he has to put the equipment on it to know the specific time spent.

The current results show that in the system's opinion, the reverse engineering difficulty of the double 37mm gun is almost half lower than that of the main gun and torpedo.

Similarly, the consumption of spoils that promote scientific research progress will also be reduced by half in proportion.

So, Xu Xingchen put the remaining 40 points of spoils on and directly pushed the progress of this reverse engineering to 80%.

There are only 2 hours and 24 minutes left in the remaining time, and it is expected to be completed by 1 pm.

Looking at the remaining time, Xu Xingchen breathed a little relieved and was in a very good mood.

The 76A double-barrel 37mm naval gun is a complete upgrade of the ancestral double-bar 37 gun, with a sub-top version with fully automatic and fully enclosed turret (the top version is mainly weight loss).

The maximum range is 9.4 kilometers and the maximum rate of fire is 375 rounds per minute. Using a combination fire control system with traditional photoelectric fire control and radar, it can theoretically strike up approaching anti-ship missiles.

Although the near defense function is relatively basic, not as good as the later near defense cannons such as 730 and 1130, I don’t need a complete near defense system now!

The enemy in the air is a traditional propeller aircraft, and the medium-caliber fully automatic air defense cannon with a firing rate slightly lower than that of modern near-defense systems is the most suitable targeted air defense weapon.

The shells are slightly slower, so that the firepower can be continued, the shells have a larger caliber, and the damage caused by hits is also greater. It is a perfect match for dealing with slow propellers!

With this set of 79A double-barrel 37mm fully automatic secondary gun, plus the 79A double-barrel 100mm high-level dual-purpose main gun, the air defense capabilities of our own fleet are basically fine.

If there is another set of automated double 76mm naval guns, and the air defense capabilities between the two will be even more perfect.

The AK726 on the Kiev number in Tianjin is very good. I don’t know if I have the chance to get it.

The USS Kiev aircraft carrier, a warship that has been transferred to China and became a hotel, reminded Xu Xingchen of the domestic aircraft carrier.

Looking at the 053K Yingtan, the 01 type Kunming, and the 051 type Chongqing beside him, the first thing Xu Xingchen thought of was not the Liaoning, but the aircraft carrier plan of their era.

The 707 aircraft carrier in 1970, the 055 large missile destroyer in 1968, the 051 missile destroyer in 1966, the 053 air defense frigate in 1967, and the 091 attack nuclear submarine that also began in 1966, and the strategic nuclear submarine in 1970.

These engineering plans are codenamed together, which is the development plan of the navy's main ships in that era.

If all these plans could be realized on time, in the late 1980s when Yingtan participated in the March 14 naval battle, the Navy would have at least one complete aircraft carrier battle group on standby.

In that case, this naval battle may not happen at all, and once it really happens, it will definitely expand rapidly to the entire sea area, sweep away the ghosts and monsters, and take back all the foundation of magical craftsmanship.

The 051 missile destroyer, 053 missile frigate, and 091,092 nuclear submarine, after a lot of exploration and attempts, completed the expected targets in the 1980s.

However, the core aircraft carriers and large-wheel drive were too difficult for the industrial and technical foundation at that time, and the demand was not as urgent as that of nuclear submarines, so they gave up one after another.

However, this kind of abandonment is not abandonment, but is used as a basis for subsequent ship design. The technical goals at that time were gradually realized on other ships in subsequent ships.

The advanced air-to-air radar scheduled by the original 055 is directly inherited from the 381A three-coordinate radar on the 051B Shenzhen ship.

The originally planned short-range air defense missile is the Hongqi 61B on Yingtan, and the close-range gun is the 79A double 37 fully automatic gun on the Shenzhen ship.

Helicopter operation and hangar design were verified at 051 Jinan ship. The original plan of Z7 helicopter was aborted. Later, it was used to make do with Z9C, and the ultimate ideal was Z20.

The power system is the most complex. It was originally planned to develop gas turbines based on turbojet 8. Later, it was considered to import the Rolls-Royce Olympus TM3B (power of the British Type 42 destroyer), or the LM2500 (power of 052 and Arlei Burke). Finally, it achieved mass production based on the semi-finished products of the UGT25000, the Soviet heritage, which took over from Ukraine.

The power system of the 707 aircraft carrier should be the 453B steam turbine of the 051B Shenzhen ship. Two units have 94,000 horsepower, and four units can achieve 180,000, which is enough for 40,000 tons of aircraft carriers to run 33 knots.

The further upgraded model of this unit, the 453C, is the later power units of the Liaoning and Shandong. It has four turbines with 200,000 horsepower, which can allow the 60,000-ton aircraft carrier to run 30 knots.

The aircraft is booked with two types of J-6 and Qiang5. The basic design reference for the hull should be the drawings of Dafeng and Essex obtained through twists and turns, and of course it is just a reference.

The most difficult steam catapult was completed with the progress of the 003 project, but electromagnetic catapult came from behind, and steam catapult was eliminated directly if it was not applied.

Now, from the equipment on these subsequent ships as indexes and going back to the original era, we can outline the ideal state of the 1968 Big Drive and the aircraft carrier in 1970.

In the scientific research system I upgraded, two corresponding "ship design plans" appeared directly at that time, and the design goal was to achieve their ideal state in the 1980s.

Xu Xingchen naturally prepared to complete the design of these two ships and build them in the form of a ship girl.

However, Xu Xingchen did not start work rashly. They had aborted one after another in history because it was too difficult for the time and it was also not low for themselves now.

Fortunately, all scientific research plans can be decomposed and implemented, and the overall ship design plan can also be decomposed into independent weapons and equipment design plans.

If you already have equipment drawings that meet the requirements, you can also directly add them to the ship design plan without redevelopment.

Xu Xingchen can continue to obtain drawings of various ship-based equipment through the analysis of the spoils and the selected equipment reverse engineering.

Therefore, what Xu Xingchen has to do now is to constantly collect equipment drawings that can be used on aircraft carriers and large drives, and then start the overall ship design after the functions are almost done.

At that time, only a small amount of missing technologies must be solved and then integrated hull design is completed, and the design plan for aircraft carriers and large drives will be natural.
Chapter completed!