For Mu Feng's transformation plan for ordinary ship girls, Neptune gave his own solution.

Through the use of modern technical information means, all the issued equipment is strictly controlled, and there is no problem in theory.

Next, the two discussed some details together, and after confirming that they were correct, let Neptune continue to work, and Mu Feng opened another set of scientific research equipment to plan the specific equipment and technology to be used.

The first is the management and control scheme that needs to be completed before the transformation, and the main content is the secondary data link and the Internet of Things.

On the basis of the current data link of the main fleet, a secondary data link is expanded, which is interoperable internally, with real-time positioning function, and maintains one-way information transparency between the main data link.

The primary datachain can see all the data on the secondary datalink, and the second-level datachain needs to be allowed to obtain specific data information on the primary datachain.

The Internet of Things is a part of the data chain, and all the equipment developed in the future will have built-in corresponding chips, all of which have positioning and communication functions.

On the basis of the existing phased array radar, a specialized semi-active positioning radar was transformed.

After completion, it will be laid out in the entire fortress area and the first military port, covering a maximum of 300 kilometers around the perimeter and a precise positioning range of 100 kilometers.

The data is connected with the data link of the main fleet, and with the radar of the AWACS aircraft.

This basic management and control scheme is the integration of existing technology and equipment, and there is no new equipment that needs to be tackled, so the consumption of scientific research is not high, and a total of 1,000 scientific research points are needed.

Mu Feng still has 3,000 scientific research points, but he didn't use it immediately, and after all the equipment that needs to be designed is completed, he will consider which one to complete first.

After the control plan is completed, it is time for the specific equipment design.

The first is the aircraft, Mu Feng initially thought of the J-5, just because the J-5 is a representative of the Chinese generation of aircraft.

Of course, Mu Feng did not let the J-5 go directly to the ship, and Mu Feng did not get the design drawings of the J-5.

In actual operation, it is to use the first-generation aircraft technology obtained by its own lottery to redesign a carrier-based aircraft with the same index with more mature and perfect technology.

The maximum speed is 1,150 kilometers per hour, the cruising speed is more than 800 kilometers per hour, the practical ceiling is more than 16,000 meters, and the maximum range is 1,500 to 2,000 kilometers.

Because of the use of the most modern technology and concept possible, the new aircraft is lighter than the J-5, but the structural strength of the fuselage has been greatly strengthened, and the power shape has been greatly optimized.

Under the condition that the basic indicators of speed and range remain unchanged, its maneuverability, climb speed, and load capacity have also been greatly improved.

The aircraft is subdivided into two sub-models by Mufeng.

The Model A focuses on maneuverability and combat capability, using twin 23mm cannons plus a single 37mm cannon, with larger internal fuel tanks and more gun stock, and is mainly responsible for fighter tasks.

Type B has enhanced attack and bombing capabilities, and only has twin 23mm cannons, but has a larger load capacity, which can carry 6 to 8 500 kg guided bombs. Take on the task of attacking aircraft.

The overall shape of the aircraft obtained after system optimization has nothing in common with the J-5, after all, the J-5 is not a carrier-based aircraft, and at first glance it is closer to the F9F-8 Cougar.

In the end, Mu Feng chose the silver paint commonly used by J-5 and J-6, and then imitated the "Flying Shark" of J-15 and the "Weilong" of J-20, and gave it the code name of "Silver Fox".

Full name: J-5 modification - shipborne catapult type "Silver Fox".

The size of the Silver Fox is still at the level of a World War II propeller, only slightly heavier.

An aircraft carrier capable of carrying 80 propeller aircraft is almost capable of carrying 60 Silver Foxes.

Of course, these aircraft carriers have to be modified with beveled decks, and then equipped with catapults to use the Silver Fox.

The problem of catapults, Mu Feng did not directly use the electromagnetic catapult used in Liaoning, and he did not have a complete electromagnetic catapult technology at present, so he chose the primary steam catapult technology obtained by his own lottery.

The J-5 has shot down and damaged many F86 Sabres, A-1 Sky Raiders, and even an F-4B Phantom in history.

Mu Feng borrowed the corpse to resurrect it and moved it to the stage of the other world, I don't know what kind of performance it will have.

After confirming the design, the system gives a prompt:

"Silver Fox A and B two types of scientific research programs have been established, and 500 scientific research points are required to complete scientific research tasks. Tip: Design equipment from previous eras to offset the cost of research by dismantling existing equipment of the same type. ”

When Mu Feng saw this prompt, he couldn't help but squint his eyes, which was equivalent to dismantling to gain experience.

I usually draw a lot of equipment, J-15 has a lot of spare ones, Mu Feng chose to dismantle one, and immediately received a prompt:

"The scientific research plans of Silver Fox A and B have been completed, and the corresponding drawings have been generated."

Looking at this prompt, I couldn't help but feel good, and immediately began to study the problem of the catapult.

A primary catapult capable of catapulting fighters under 20 tons requires only 1000 research points.

This time, Mu Feng has no similar equipment to dismantle.

Although the scientific research points are sufficient, they are not immediately used, and they are temporarily stored like the basic control plan, and continue to the eye missile system.

The first is the ship-based anti-ship missile, which Mufeng is designed in accordance with the standards of the upstream 1.

The flight speed is Mach 0.9, the maximum range is 50 km, and the terminal active radar plus infrared guidance is used, and the hit rate against the destroyer reaches more than 90%.

Of course, this parameter cannot be compared with modern missiles, but it is completely sufficient to fight World War II warships.

Mufeng now has a large number of modern anti-ship missiles, and after dismantling the two YJ-83, he directly completed this scientific research plan and got the design drawing: "Upstream 1 Modification - Anti-ship Missile." ”

Then, Mu Feng designed an airborne air-launched anti-ship missile according to the standard of the YJ-6, an air-to-air missile according to the standard of the Thunderbolt 2, and then reduced the Hongqi 2 to design an anti-aircraft missile.

It is also to disassemble the corresponding type of missile, directly complete the scientific research task, and get the corresponding drawings.

However, in Mufeng's plan, except for the ship-based anti-ship missile Upstream No. 1, other types of missiles will not be launched in the first transformation, but will be selectively installed depending on the subsequent performance.

Therefore, Mu Feng designed another set of anti-aircraft artillery systems.

The long-range is a twin 130 mm high-level dual-purpose gun, which not only undertakes long-range air defense tasks, but also serves as the secondary gun of battleships and the main gun of destroyers and cruisers.

At medium range is a twin 60-mm anti-aircraft gun, and at close range is a quadruple 30-mm anti-aircraft gun.

These anti-aircraft guns, which had reached the level of post-war technology, were equipped with radar and automatic fire control systems, plus proximity fuses, and were sufficient to deal with propellers and primary jets.

For the torpedoes of cruisers, destroyers, submarines, and aircraft, Mu Feng designed a set of mature and reliable acoustic torpedoes, and did not toss dangerous objects such as hydrogen peroxide torpedoes and oxygen torpedoes.

With missiles, torpedoes are no longer the main weapon of surface ships, and it is better not to put too dangerous torpedo weapons on submarines.

Finally, sonar, sea-to-sea radar, anti-air radar, and fire control computer systems were also dismantled according to the standards of the early days of the Cold War, and the scientific research plan was completed, and the design drawings were obtained.

Anti-submarine weapons, directly with rockets deep bombs, this thing is almost an outdated emergency equipment in modern times, many new ships are no longer installed, but it is a good thing for World War II warships.