Chapter 080 Pyroxene, Crystal Magic

A bunch of wormholes appeared outside the Dragon Cliff. Thinking of a large bag of Zhou Wenwen walking out of the wormhole, he waved his hand to close the wormhole and looked up, only to find that the giant dragons who had stepped on him in the past were all bowing their heads at this moment.

Zhou Wenwen pouted, glanced at Chiya in the bag, and after comparing his middle fingers to the giant dragons, he moved on to the manipulator in the depths of Longya.

"Thank you to the Master to avenge us."

Long Ya, who turned into the virtual figure of the grandfather, ran down and said excitedly, but Zhou Wenwen let go of the virtual figure and stopped him and said.

"Don't talk about it, I kill it, what about the reward?"

Longya got up and quickly showed the rewards that he had promised before, namely three books "The Encyclopedia of Pyroxene Magic", "The Encyclopedia of Crystallization Magic", and "The Encyclopedia of Arcane Magic".

Three power seeds, magic net rule power seeds, arcane rule power seeds, and six basic elements rule power seeds.

And three weapons left by the pyroxene dragon about the dragon kings of the past dynasties, the Kalia spell book, the Kalia comet sword, and the pyroxene crystal scepter.

Zhou Wenwen naturally accepted all of them, but the important point at the moment is not this, but when Longya can enter the work sequence and produce soldiers.

Right now, the Star Palace can't help, Lihuo Palace is not the main soldier, only the Doomsday Palace is producing soldiers, but the combat power of the knights produced is seriously insufficient.

Long Ya briefly searched the warehouse for supplies, and after a while, he had the answer.

I saw Long Ya said, "I don't know how much strength the master wants to make. Now the warehouse materials can only make dragons of tier 1 to 3."

Level 1 to 3?

Zhou Wenwen knew that according to them, they would divide a person's strength into one to six levels, and then there were legends, demigods, and gods.

At this time, Zhou Wenwen asked when he remembered the adult giant dragons he had seen before.

"Those dragons are self-incubating, I can't control it, but I can persuade you to fight with you."

Longya shook his head and said, obviously, he can't do anything about self-incubating from eggs.

Hearing this, Zhou Wenwen could not help frowning, but after thinking about it, he calmed down again.

"Then help me persuade first, don't worry, I will pay the remuneration. If you need any supplies, you can go to the Lihuo Palace, Star Palace, and Doom Palace."

"Yes, Master," Longya replied obediently.

Seeing that Longya was very obedient, Zhou Wenwen was very happy, so he opened the wormhole and went to Marvel World.

AIM-120A is the basic type of AMRAAM. It was developed in 1976 and served in the U.S. Air Force and Navy in 1991 and 1993.

But the AIM-120A is not reprogrammable, and any modifications to the weapon's operating software must be returned to the factory to be implemented.

The AIM-120B was developed in 1989 and entered service in 1994.

In order to overcome the above-mentioned shortcomings of the basic type, AIM-120B adopts a reprogrammable signal processor, which enables it to have field-level reprogramming capability.

Once new tactical software arrives in the field, it can be software updated without removing the missile from the box.

As a product of the "AMRAAM Productivity Enhancement Program", the AIM-120B also redesigned the 6 circuit boards in the guidance pod, using large-scale integrated circuit electronic components and a new digital processor, which greatly reduced production costs. The guidance module is code-named WGU-41/B.

AIM-120C is based on AIM-120B, and it has been gradually improved through multi-stage serial development according to the Product Improvement Plan (P3I).

The main feature of AIM-120C is that the wingspan and rudder span are reduced, which is convenient for internal hanging, and enhances the anti-electronic interference ability and warhead killing ability.

Gu Yao

Extending the engine compartment can increase the range and can intercept small targets such as cruise missiles.

At this stage, 5 models of AIM120C-3, AIM-120C-4, AIM-120C-5, AIM-120C-6 and AIM-120C-7 are formed.

AIM-120C-3 is the product of the first phase of P3I, which was developed in 1991 and delivered in 1996.

In order to adapt to the internal suspension of the F-22 stealth fighter and enhance the anti-electronic interference ability, it adopts the clipped wing and rudder surface, the new WGU-44/B guidance cabin, and is equipped with an improved autopilot.

AIM-120C-4/5/6 is the second stage product of P3I.

The AIM-120C-4 was developed in 1994 and delivered in August 1999. The main improvement is the use of the more powerful WDU-41/B warhead, which increases the damage ability by 10%.

The AIM-120C-5 was delivered in July 2000.

The main improvement is to lengthen the engine compartment by 127mm, increase the propellant charge, increase the total charge by 10%, and increase the range by 15%.

Explosion tube problems identified on the AIM-120C4 warhead were also corrected in the AIM-120C5.

In addition to this, it also has a plethora of software improvements.

The AIM-120C-6 has increased lethality by employing a new fuze system for quadrant target detectors.

AIM-120C-7 is a product of the third stage of P3I. The development started in October 1998, the first launch test was carried out in 2003, the engineering development was completed in March 2004, and the combat test and identification were completed in August 2007.

Served in the Air Force in early 2008.

The AIM-120C-7 retains the fuze, warhead, rocket motor, and steering gear compartment of the AIM-120C-6, but has significant improvements to the radar seeker, including the seeker antenna, receiver, signal processor, and software algorithms etc., so that the missile can detect, intercept and track various targets even in the harsh electronic jamming combat environment.

In a demonstration test conducted in 2003, the missile shot down two targets protected by electronic jamming, thus proving its anti-jamming performance.

The AIM-120C-7 missile is the main weapon of the F-22 stealth fighter after it was put into service in 2005.

AIM-120D is the product of the fourth stage of P3I. Engineering development began in December 2003. In 2006, Raytheon obtained the first production contract for tethered training bombs.

In 2007, AIM-120D developed and tested, and it was completed in August 2011.

In May 2012, the military conducted a review of operational test readiness.

In May 2013, the AIM-120D began operational trials. As of March 2014, 6 of the 7 operational trials have been completed, and it is planned to be deployed by the end of 2014.

Key improvements to the AIM-120D include GPS-assisted inertial navigation, two-way data link, increased off-axis launch angle, improved guidance software to improve kinematics, expanded no-escape zone, increased range by 50%, and improved immunity to electronic interference to Further improve missile accuracy, range, lethality and survivability.

But its rocket propulsion system is the same as the AIM-120C-7. The AIM-120D was first equipped with the Navy's F/A-18E/F, followed by the Air Force's F-15, F16, F-22 and F-35 fighter jets An AIM-120A missile shot down an Air Force MiG-25 that had entered the southern no-fly zone.

On January 17, 1993, an F-16C shot down a MiG-29 with an AIM-120 missile.

On January 18, 1993, an F-15 attacked the MiG-25 head-on with AIM-120 missiles at a distance of 50km, but failed to destroy or severely damage the MiG aircraft.

On February 28, 1994, an F-16 fired an AIM-120A missile that shot down an Air Force Seagull over the Bosnian region.

On April 14, 1994, in the northern no-fly zone, an Army UH-60 Black Hawk helicopter was accidentally shot down by an AIM-120 missile fired by an F-15C fighter jet.

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To be continued, here I ask for recommended tickets and monthly tickets.

Chapter 081 Announcement of the debate between Tony and Zhou Wenwen