here comes the revolution: why 6th generation fighters could change everything - absorbent gel material

by:Demi     2019-08-24
here comes the revolution: why 6th generation fighters could change everything  -  absorbent gel material
Sebastian RoblinSecurity, Here Comes the Revolution: Why can the fifth-generation fighter of the month change everthingsixth-
A generation of avionics systems should not only be flexibly designed for electronic and network warfare --
But it may be capable of launching such an attack on an opponent.
For example, the Air Force has successfully tested the ability to invade the network and insert packets (Such as virus)
Capability of Navy fighter-
Next generation jammers
Development and deployment of the Fifth United States
A generation of stealth planes like F-
Lightning is one of the central stories of today's security era.
But behind the scenes, several countries are already looking forward to the design of the sixth country. Generation jet. (
This was first seen a few months ago and is being re-released due to the strong interest of the reader. )
There is no doubt that the relentless pace of research is not driven by combat experience --
Few of them-
More importantly, through a sober assessment, the development of a successor will take decades and it is best to start as early as possible. The Sixth-
Developers of a generation of fighter jets can be divided into two categories: the United States, which develops and deploys two types of stealth fighter jets, as well as countries that skip or abandon the construction of a fifth-generation jet.
The conclusion of the latter countries is that it is time to do so --
Focusing on tomorrow's technology makes more sense than trying to catch up with today's technology, which is both costly and costly.
Recommendation: Why an F-
Raptors will crush F-
35 recommended in "battle": Air War: Stealth F-22 Raptor vs. F-14 Tomcat (
Iran is still flying)
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The latter include France, Germany and the UK, which are in the initial stages of development.
Generation FCAS and Tempest fighter
Russia has given up developing its Soviet Union-
57 stealth fighter for at least ten years but is talking about a concept 6-generation MiG-41 interceptor;
Japan is considering the sixth domesticgeneration F-
3 stealth aircraft, but may be satisfied with foreign countries-
Inspired by the fifth generation of design.
At present, the United States has two projects: the Air Force's "penetrating-Air'—a long long-
Remote stealth fighter escort stealth bomber
Navy FA-XX.
So far, Boeing, Lockheed-
Martin and Northrop
Grumman announced the sixth.
Generate concept.
In addition, the third batch of countries, including India and China, are still improving the fourth and fifth batches of manufacturing technology.
On behalf of the plane.
Invisible and beyond
Here, all sorts of sixth-
The concept of generation mainly has many identical technologies.
Two key features of the fifth
A generation of fighters will remain central to the sixth generation: the invisible body and the long bodyrange missiles. As cost-
Effective grounding
S-equal air defense system
400 can now threaten large airspace, stealth aircraft need to be able to penetrate the "-access/area-
Deny the bubble and eliminate air defense within a safe distance.
Also, stealth jets have fallen sharply. perform non-
Stealth aircraft in air combat games.
So low radar crossover
Partial and radar
The absorbing material will be necessary but not enough for the sixth feature
A generation of soldiers
Some theorists believe that advanced sensor technology may eventually make the invisible body obsolete --
The invisible fuselage cannot be upgraded as easily as avionics and weapons.
Therefore, interference, electronic confrontation and infrared stealth defense will also become more and more important. Beyond-visual-
Long-range missiles remain a key technology.
A missile like a target.
The 120D can already hit targets hundreds of miles away, but it actually has to be fired closer in order to have a good chance of killing an Agile Warriorsized target.
However, the new stamping enginepowered high-speed air-to-
Missiles like British meteor and Chinese PL
That's why future air fighters may fight far away from their opponents. Awesome ‘X-Ray-
Pilot helmetthe F-
35 took the lead in introducing a complex helmet installation display, which can see the "whole" situation of the fuselage through the sight of the helmet installation, showing key instrument data and target missiles (
Although the last technology is decades old.
Although these helmets currently have major initial problems, they may become standard features for future fighter jets and may replace the cockpit dashboard. Voice-
The activated command interface can also reduce heavy tasks
Expected load of fighter pilots.
As air bases and aircraft carriers become more vulnerable to missile attacks, fighters will need to be able to fly longer distances and carry more weapons while doing so --
This is difficult when the stealth aircraft has to rely entirely on the internal fuel tank and the weapon load.
The natural solution is a larger plane.
As the Air Force expectedVisual-
Long-range aerial dogfights are rare and may have committed suicide to each other, and they show greater willingness to weigh operability to emphasize high sustainable speed and greater payload.
With the development of advanced adaptive g variables, these design requirements may be well combined
Loop engine that can change configuration in the middle
Better flight at high speed (Like a turbo jet. or more fuel-
Efficient at low speed (like a high-Bypass fan). Optionally-
For decades, aerodynamic theorists have been predicting a transition to an inorganic Group fighter that does not have to take on the extra weight and life and limb risks required by human pilots.
However, despite the rapid advances in drone technology at that time, the speed at which the Navy and Air Force explore unmanned fighter jets has been slow due to costs and risks, but it may also be a cultural reason. For example, U. S.
Navy pilot successfully lobbied again
Carrier in plan-
Unmanned aircraft based on stealth attacks enter the tanker to refuel the manned aircraft.
So the sixth generation concept is moving forward with optional ideas
A manned aircraft that can fly with or without a pilot on board.
This has the disadvantage that additional design efforts are required to produce an aircraft that still has the disadvantages of manned aircraft and expensive training requirements.
Optional, however-
Manning may help ease the transition to an unmanned fighter unit, with military leaders likely to deploy aircraft in high air in the short term
Perform the task without endangering the life of the pilot.
Sensor fusion with friendlies in the ground, ocean, Air and Space
The key innovation of 35 is its ability to absorb sensor data and share it with friendly forces through data links, thus creating a composite "picture ".
This may allow the stealth aircraft to maneuver from a further distance to a favorable position and a place to hang a missile without opening the radar, thus targeting the enemy.
Because this strategy is expected to become such a power multiplier, fusion sensors and collaborative participation will become the sixthNew generation jet
By deploying satellites and even drones with fighter jets, the fusion could deepen.
Fusion and optional network warfare and network security sensors-
However, Manning hinted that the sixth-generation jets would rely heavily on data links and networks that could be disturbed or even interrupted by hacking. Ground-
Based on logistics networks such as F-
The 35-year-old, committed to significant improvements in efficiency, but also exposed potential cyber attacks and even landing aircraft. Thus, sixth-
A generation of avionics systems should not only be flexibly designed for electronic and network warfare --
But it may be capable of launching such an attack on an opponent.
For example, the Air Force has successfully tested the ability to invade the network and insert packets (Such as virus)
Capability of Navy fighter-
Next generation jammers
One problem with artificial intelligence is that all of these sensors, communications, and weapon systems become so complex that they threaten to exceed the task --
Processing power of human brain
Remember, pilots should also fly planes!
The fourth one
A generation of jets merged.
Fifth, seat weapon system officer.
A generation of stealth fighters are single. seaters.
As a result, the Air Force is turning to artificial intelligence to handle more mundane tasks managed by fighter jets and to determine what data should be provided to pilots.
In addition, drones can be coordinated using artificial intelligence and machine learning. Drones—
October 2016, two FA-
18 super bumblebees deployed 103 Perdix drones on the lake in China (
You can watch the video here).
These drones are animated by AI hivemind and swarm like locust clouds at designated target points.
Kamikaze Drones are already in action and it's easy to see how relatively small and cheap drones can be a particularly scary weapon.
Theorists of future war argue that cheap and consumable networked drones can be harder to defend than a handful of expensive and good drones
Protect weapons platforms and missiles. However, sixth-
A new generation of fighters may also work with larger, faster and more advanced drones as sensors
Carry scouts, weapons platforms and bait.
Directed energy weapons from unmanned aircraft, missiles and even outdated jet fighters may threaten excessive
With advanced stealth aircraft offensive and defensive capabilities.
A frequently cited response may be directed energy weapons (DEWs)
For example, laser or microwave, they can be emitted quickly and accurately.
Plenty of power, unlimited magazine capacity. The U. S.
The air force envisioned three types of airborne weapons.
Power laser used to interfere with or damage enemy sensors and seekers
The horizontal layer that can burn into the air-to-
Missile launched in the air, high-
Power levels capable of destroying aircraft and ground targets.
The Air Combat Department plans to test a counter
The missile laser turret at the beginning of 2020 may eventually be installed in bombers and F-35s. Sixth-
The generation fighter program is still strict concept today, especially considering the huge cost and effort to solve the problem in Phase 5Generation.
Many component technologies such as lasers, collaborative engagement, and unmanned driving are already under development, but integrating them into one fuselage remains a major challenge.
First, sixth
A generation of fighter jets could be at 2030 or 2040.
At that time, the concept of air combat is likely to evolve again.
Sebastian robolin holds a master's degree in conflict resolution from Georgetown University and serves as a university lecturer for the China Peace Corps.
He also works in education, editing and refugee placement in France and the United States.
The security and military history he is writing about war is boring.
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