M1 irons advanced warfare
Submit a Tip.Call of Duty Advanced Warfare M1 Irons Weapon Guide – Ordoh
May 04, · The M1 Irons will be releasing for the Playstation 3, Playstation 4 and PC versions of Advanced Warfare at a later date which is usually a month just like previous DLCs. May 05, · The M1 Irons was first seen in the latest patch for Call of Duty Advanced Warfare for PS4, Xbox One and PC. A listing was spotted in private matches which led fans to . Sep 8, – M1 Irons in-game mesh created for Call of Duty: Advanced Warfare DLC.
M1 irons advanced warfare.Jonathan Irons | Call of Duty Wiki | Fandom
May 05, · The M1 Irons was first seen in the latest patch for Call of Duty Advanced Warfare for PS4, Xbox One and PC. A listing was spotted in private matches which led fans to . May 04, · The M1 Irons will be releasing for the Playstation 3, Playstation 4 and PC versions of Advanced Warfare at a later date which is usually a month just like previous DLCs. 10 rows · May 25, · The M1 Irons is a single-action revolver Special Weapon, meaning it can only be chosen as a.
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Call of Duty Advanced Warfare is Getting the “M1 Irons” Revolver Soon (Update)
M1 Irons coming to Advanced Warfare on Xbox tomorrow for free
Fighting “tomahawks”: user’s guide
Reprint courtesy of CNews
A week ago, the American command made claims about the use by the Iraqi military of some allegedly Russian equipment designed to counter the precision weapons illegally sold by Russia to Baghdad. Of course, we do not know what the presidents were talking about, but they reported on all channels: to knock off a tomahawk or a laser-guided bomb, an ordinary microwave is enough. It turns out that it is not much different from the very “means of countering satellite communication systems”, in the supply of which the Americans accuse Russia. Maybe all claims should be made to the manufacturers of microwave ovens?
The drama in Iraq appears to viewers in strange and bizarre forms, however, the absence of any kind of blackout is striking. The night streets of Baghdad, even during the bombing, were beautifully lit until recently. Despite the fact that sometimes the lights went out, the authorities always quickly dealt with the accident. At the same time, no anti-aircraft searchlights were visible. They are not visible even when the camera was shooting in the infrared range.
Precision weapons. Features of targeting at night
Allies in Iraq have deployed weapons designed for use in the context of the use of hydrogen bombs. In the process of development, it passed the test for resistance to radiation, electromagnetic and light pulses of a nuclear explosion, and much more. However, testing for resistance to the effects of a kitchen microwave, apparently, was not included in the test program ..
The US military has already demonstrated its commitment to night strikes. This tactic was chosen with the expectation of superiority in the means of guidance and fire control using optoelectronic devices. Basically, sensors and sights of two types are used here – infrared (in the near part of the spectrum) and thermal (for the far – thermal part of the spectrum). The former include, among other things, night vision devices and sights using various kinds of image intensifier tubes (image intensifier tubes), and the latter include more complex and expensive thermal imagers.
Target designation for high-precision weapons can be external and transmitted from satellite, aircraft or from the ground, when the target is illuminated by a laser, automatic or semi-automatic. In this case, guidance is carried out by searching and identifying the target through a television sight with the participation of an on-board computer. In addition, an accurate weapon can follow a course plotted on a map in his computer’s memory.
The missile is able to find and recognize the target itself, but in any case, the latter must be visible to the guidance means. Through smoke and fog, the most sensitive sensor will see only a blurry spot that is impossible or extremely difficult to identify. It seems absurd to speculate that infrared or thermal imaging technology is able to see through the ground and walls in Iraqi conditions, where the soil heats up to 60 ° C during the day.
In calm, windless weather, the Americans would not be able to use their electronics at all, since the targets are effectively covered with a smoke screen. In a dust storm, the war did not go well either. What prevented, in the absence of dust and smoke? Natural interference or caused by Iraqis through kitchen equipment?
High technology and high intelligence
The illumination was most likely the obstacle. In TV coverage, the lighting on the streets of Baghdad was particularly impressive, where conventional fluorescent lights were widely used. As you know, these light sources emit in a wide range – from the invisible ultraviolet to the almost full working spectrum of image intensifier tubes, that is, the infrared range.
Most of the known image intensifiers operating in analog mode will be blinded by these light sources, or even irreversibly damaged. A conventional night vision device with an image intensifier, when trying to look through it at any light bulb, simply burns out in the center of the field of view. More sophisticated devices are equipped with apertures and shutters that fire at the time of flashes, but, with constant light, these shutters will not open at all.
Spectral characteristics of modern photocathodes for 3rd generation image intensifier tubes
- 1 – multi-alkali (S-25) photocathode;
- 2 – improved multi-slot (Super S-25) photocathode;
- 3 – photocathode of the 3rd generation (GaAs) modification OMNI IV;
- 4 – extended in the near infrared region (ENIR) photocathode based on InGaAs
Spectral characteristics of different types of fluorescent light sources: Xenon lamps
Spectral characteristics of different types of fluorescent light sources: Mercury lamps
Spectral characteristics of different types of fluorescent light sources: Green fluorescent lamps
Spectral characteristics of different types of fluorescent light sources: White fluorescent lamps
Spectral characteristics of different types of fluorescent light sources: Halogen lamps
Spectral characteristics of different types of fluorescent light sources: Halogen lamps (on iron)
An obvious conclusion follows from this – the sensors operate not only in the infrared range, but also in a significant part of the visible spectrum, which accounts for most of the light energy of the illumination source. In addition, it is easy to understand which lamps should have been chosen for lighting, before the attack by the Anglo-Americans. It is also possible to specially choose the gas composition of the lamp so that the emission maxima coincide with the frequencies of the illumination lasers, which were undoubtedly known to the Iraqis from the experience of the last war. This is not a secret for us either – the set of frequencies for possible types of backlight lasers is known – 0.53, 1.06, 5.03 and 10.5 microns. Organizing the production of “Ilyich’s bulbs” or ordering them abroad, in any case, would be much easier than making atomic weapons, missiles, etc. weapons of mass destruction.
As for the thermal imagers of the first generation, which have a mechanical scanning device, then for them, in addition to illumination, the frequency of flashing of fluorescent lamps – 50 Hz can become a hindrance. Superimposed on the natural frequency of the scope’s sweep, it will cause at least the appearance of running stripes (stroboscopic effect). However, with automatic image correction, this interference can be filtered out. On the other hand, thermal imagers operating in the thermal part of the spectrum (3-5.5 microns and 8-14 microns) are more sensitive to conventional incandescent lamps, which is due to their low efficiency. Since the radiation is mainly in this range, microwave ovens and even irons can also become sources of active interference.
Thus, it becomes clear that when attempting to shoot with laser target designation in Baghdad at night, the result was most likely hitting the brightest lantern on the street. And this is in the event that it was possible to aim at all. Even when using air bombs, the cost of extinguishing all the lights in the area in this way will be too high. In these conditions, the use of cluster bombs with steel balls, banned after the Vietnam War, was a good way out. First, the Americans destroyed with ball ammunition all the lights, and at the same time the microwave ovens, in the area of the electrical substations closest to the planned object. Then they tried to disable the substations themselves or the cables leading to them and power lines (power lines). But at that moment, the Iraqis, apparently, turned off the light themselves and still made it possible to strike at the object. But while the tomahawk was flying, the light could be turned on again ..
It would be more effective to deliver air strikes using lighting bombs or just during the day. This was exactly what was observed later, although the allies apparently did not have lighting bombs at all, but the A-10 attack aircraft and helicopters coped with the combat mission during the day. In any case, the use of high-precision weapons gave all the same results as the carpet bombing in Vietnam. What the aviation failed to cope with is demolished by tank guns and ground artillery. But here it is no longer necessary to talk about the humanity of the weapons used.
Technology and economics: What can the Russian army do??
Methods for creating active interference for electro-optical devices used for guidance are known. It is enough to shine an ordinary laser pointer on any TV camera, and it will go blind. If a high-power pulsed laser is used for this, then more significant effects are attainable. Moreover, lasers can be selected for the entire infrared and thermal ranges. It is almost impossible to protect against them, since filters for a narrow part of the spectrum simply do not exist, and the shutter will not have time to work in a short time interval. So in the United States, 20 years ago, a special searchlight was developed for such purposes. And, by the way, you should pay attention to the strange shape of the optical sight of modern small arms – it is a night vision device with an infrared searchlight to illuminate the target and interfere with optoelectronic devices.
Day-night machine gun with infrared illumination
Such a night vision device for small arms is equipped with a sight with a thermal imager or a cheaper image intensifier. In the first case, its cost may exceed $ 100 thousand. But this figure is more likely on the shoulder of the Arabs than the Russian taxpayer. Therefore, the war in Iraq brings sad thoughts. No matter how cunning the Iraqis are, they lost the war. However, our Ministry of Defense of the Russian Federation would also benefit from paying attention to the practice of manufacturers of microwave ovens and other electrical goods.