Special Forces units will receive "direction finder optics"

Special Forces soldiers received an "optics direction finder". The product “Sprut-3” is capable of day and night, in any weather, using a single glare at a distance of several kilometers, to “see” binoculars, a telescopic sight, or a complex optical-electronic object. All detected targets are recorded and automatically plotted on an electronic map. In real-time information is transmitted to the headquarters.

The new system has already passed preliminary tests and is recommended for acceptance for equipping parts and divisions of special purpose. “Sprut-3” was developed and produced by the Scientific and Production Center for Anti-Terrorism and Forensic Technology “SPEKTR-AT”. The company explained that the product will detect optical and electron-optical means of observing and aiming the enemy up to five kilometers away.

We “trained” the system to find all modern sights, binoculars, night vision devices and even range finders. "Sprut" is able to simultaneously detect and analyze dozens of goals. All information from advanced intelligence officers is transmitted to the command post, which may be in the rear. This is a device for group use. If you apply one or more "Spruts" special forces in real time will get visual information about the most dangerous targets. The Scout Device will be especially useful for groups that search, reconnoiter or free hostages

- said CEO Alexey Kovalev.

Externally, the Octopus Octopus resembles large binoculars. "Sprut-3" fixes the position of detected targets in automatic mode. The device calculates the distance to the target and its coordinates. The auxiliary part of the device is a Russian-designed tablet. "Military iPad" works in two modes - black and white and color. His memory contains electronic cards with high details. On them "Sprut" marks the detected objects.

The mass of the product - from one and a half to two kilograms, depending on the configuration. The body of impact-resistant plastic protects equipment from external influences, including sea water. The system operates at temperatures ranging from minus 20 to plus 50 degrees.

Now only two countries - the USA and France - have mastered the production of "optics direction finders". The most expensive are the products of the American company L-3 Warrior Systems. More low budget releases French company Sagem. The United States strictly limits the sale of such systems, they are supplied only to nearby allies. Users do not have the right not only to transfer products to third countries, but even to open them, reports Izvestia.

Comments

[Herculesic]

And at night, or in bad weather, how far will he “see” the optics? Although, it’s good that they themselves began to do this! I hope that the filling there is native, Russian. ...

[210ox]

Interesting gadget. Only certainly very expensive and enlisted in the masses will not go.

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics? Although, it’s good that they themselves began to do this! I hope that the filling there is native, Russian. ...

[Going]

We must wait for reviews from specialists, and so the statement is tempting.

[Inok10]

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics?

... A stick is always about Two Ends ... a proverb is not familiar? ... and OPTICS will see far at night and in bad weather ... and so the device described in the article ... sees ... but a little further than Optics ... there is a nuance here ... he just needs to "detect" - optics ... for this earlier he needed a "trained eye" ... and, now, the technique, and even in bulk, or Which First Comment has been scribbled, did not read Article ? ... it seems ... Quote:

This is a group use appliance. If you use one or more "Octopus" special forces in real time will receive visual information about the most dangerous targets.

... well then there was only a Tale ... schA will be a Tale ...

Quote: 210ox

Interesting gadget.

... another was not expected, and who had just hanged the Sea Admiral to him? ... Pasha!? ...

Quote: 210ox

Only certainly very expensive and enlisted in the masses will not go.

... another diagonal reader ... for Particularly Gifted Admirals, I recall from the Article:

The Octopus is capable of simultaneously detecting and analyzing dozens of targets. All information from advanced intelligence broadcast to the command post, which may be in the rear. This is a group use appliance. If you apply one or more "Octopus" Special Forces in real time will receive visual information about the most dangerous goals.

... I understand the New Year holidays ... but not to the same extent ...

Quote: Going

We must wait for reviews from specialists, and so the statement is tempting.

... well, laid out above, but the sense for the Downs, that first KP, KNP, PN, etc. it is detected by means of RTR and RER in the square and only then the means of Optical observation are taken, including the location and glare from the optics and one more parameter ... but then I will not say anything ...

[210ox]

Wrong .. I read from the end of the article ..

Quote: Inok10

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics?

... A stick is always about Two Ends ... a proverb is not familiar? ... and OPTICS will see far at night and in bad weather ... and so the device described in the article ... sees ... but a little further than Optics ... there is a nuance here ... he just needs to "detect" - optics ... for this earlier he needed a "trained eye" ... and, now, the technique, and even in bulk, or Which First Comment has been scribbled, did not read Article ? ... it seems ... Quote:

This is a group use appliance. If you use one or more "Octopus" special forces in real time will receive visual information about the most dangerous targets.

... well then there was only a Tale ... schA will be a Tale ...

Quote: 210ox

Interesting gadget.

... another was not expected, and who had just hanged the Sea Admiral to him? ... Pasha!? ...

Quote: 210ox

Only certainly very expensive and enlisted in the masses will not go.

... another diagonal reader ... for Particularly Gifted Admirals, I recall from the Article:

The Octopus is capable of simultaneously detecting and analyzing dozens of targets. All information from advanced intelligence broadcast to the command post, which may be in the rear. This is a group use appliance. If you apply one or more "Octopus" Special Forces in real time will receive visual information about the most dangerous goals.

... I understand the New Year holidays ... but not to the same extent ...

Quote: Going

We must wait for reviews from specialists, and so the statement is tempting.

... well, laid out above, but the sense for the Downs, that first KP, KNP, PN, etc. it is detected by means of RTR and RER in the square and only then the means of Optical observation are taken, including the location and glare from the optics and one more parameter ... but then I will not say anything ...

[ROM1077]

nevermind you smoked a dope yourself did you understand what you said?

[siberalt]

Yeah Now all the bespectacles will have sucks at the forefront.

[Russia]

At the headquarters will understand.

[Vita vko]

Quote: siberalt

Now all the bespectacles will have sucks on the front lines

These are the very first samples to react to glasses. As far as I studied in recent developments, a dual-band laser scanning mode is used, which allows not only to detect the fact of presence, but also to classify the class of optics.

[gridasov]

The fact that a laser is used is clear from many operating parameters. But as you know, the laser beam, or rather the source of its radiation, is just as easily detected, which already unmasks the observer. But in general, everything is clear that this is a small computer with the appropriate information processing program. Therefore, it is tied to an electronic map.

[Golovan Jack]

Quote: Vita VKO

allows not only to reveal the fact of availability, but also to classify the class of optics

Please explain this to comrade Operator

[Vita vko]

Quote: Golovan Jack

Please explain this to Comrade Operator

Here is its civilian counterpart developed 10 years ago. Therefore, multiply approximately the main TTX by 5, + the target coordinate snap option and get Octopus 3. The principle of physics is the same.

Observing device "Octopus"
appointment
The thermal imager allows you to detect people, animals, equipment by thermal radiation, and the laser locator detects the optics of observation systems, binoculars, sights at a distance of up to 400 meters. Also, the laser location channel can work as an active night vision device, and in passive mode it allows to detect infrared illumination of NVD and video surveillance systems.
Features
Observational device "Octopus" combines a thermal imager with high temperature and geometric resolution and a laser location system.
Description
The universal observation device "Octopus" combines all these capabilities in a convenient, durable, splash-proof housing and can be effectively used when conducting search, search and reconnaissance events.
The built-in battery provides up to 7 hours of continuous operation. Octopus has splash-proof connectors for connecting an additional battery and an external storage device or monitor.
In the observation device "Octopus" an uncooled bolometric array infrared detector 4500AS series is installed, the pixel size is 30x30 microns.
Technical specifications
Thermal imaging channel
The number of sensitive elements IR 320x240
Spectral range 7 ... 14 microns
Minimum temperature difference 0,05 K
Field of view 12°х9°
The focal length of the lens is 70±5 mm.
The maximum detection range of a person is not less than 1000 m.
Laser location channel
Field of view 12°х9°
Scan area 12°х3°
The detection range of the PO 4x34 sight is up to 400 m.
General
Power supply built-in Li-ion battery
Time of continuous work not less than 7 hours
Operating temperature -20°С…+50°С
Enclosure class IP66
Weight with battery no more than 1,2 kg
Overall dimensions no more than 180x135x65 mm
Description overdue on: 20.06.2007/XNUMX/XNUMX.
.

[Korax71]

It’s cool. I have IP 68 protection class on my phone, and ipx 7 on the echo sounder. And whose matrix is ​​interesting in it? French ???? or maybe our own riveted?

[zivXP]

And sees anti-reflective lenses? And if behind tinted glass?

[igordok]

What about false goals? Empty bottles, not even necessarily empty.

[Reserve officer]

Quote: siberalt

Yeah Now all the bespectacles will have sucks at the forefront.

Moreover, these "goals" will be the most dangerous. Constantly moving, changing the location.

[midivan]

Quote: siberalt

Yeah Now all the bespectacles will have sucks at the forefront.

The hard life went to optics, and here, as always, Mother Nature comes to our aid, giving us special forces

[APASUS]

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics?

At night, in bad weather (precipitation), even the landing locator has a distortion percentage, I’ll tell you a secret. And already similar systems most likely have a number of key parameters, after which the information is analyzed and gives the result. Both active and passive enemy modes are analyzed, so both in fog and in plain binoculars no shit, and this thing has limitations on detection
I think that the real performance characteristics, we will not see in the media

[hrych]

and vrazhin in the fog sees poorly

[gridasov]

And why see the TTX parameters when, in terms of size and even one parameter of the range of determining the object of observation, we can talk about the power of the energy source, and therefore about many derivative technologies that are used in other industries. You, what do you think that some new physical effect is used? Is that a special program adapted to work with an electronic card, but it is identical to any program for identifying car intruders from the auto stream and many others. .
Of course, it would be much more interesting to create a program for the “tomographic section” of the battlefield with a distance of at least one meter. Then the detection of the enemy is not just on the map. and on the front picture with a divided disposition of the distance, which means you can analyze the depth of the space of contact with the enemy. That is, you can scan the space and create the main comprehensive electronic map, and then, for example, with the "electronic tag" for selected objects, track their movement and much more

[dvina71]

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics?

1. Is bad weather a long-range sniper fire very effective?
2. At night .. I can tell how my grandfather sniper took off a sniper pair during the war .. On a dark moonless night, he and several of his colleagues tried to track down German snipers who got on the eve of the offensive .., so he saw a faint reflection .., noticed direction, when it became light I examined a couple there .., they were just about to change positions and began to line up for him .. cost one bullet. True, he himself was wounded by mortar fire, lost from the unit in the turmoil of the offensive, was credited to missing persons. KR. I got a star after the war .. So the glare was from the plastic cover of the card or the large dial of the watch .. the light source is a flashlight .. what optoelectronic devices can do, one can only guess, but they are much more effective than the human eye.

[akm8226]

Honor and glory to your grandfather !!

[Alex Justice]

My favorite picture

[SHURUM -BURUM]

Well, since it works from minus twenty, it means imported components. How was a device with such a parameter adopted?

[hohkn]

Quote: SHURUM-BURUM

times from minus twenty works, then imported components

It is unlikely. At one time he worked at a defense enterprise. There were two huge chambers in the workshop in which finished products were “chased”. One +60, the second -60 degrees. There was not a single imported component in the products. And this is in the 80s.

[Korax71]

What was good was the time that there was an analogue for each imported radio component. I even saw directories.

[APASUS]

Quote: SHURUM -BURUM

Well, since it works from minus twenty, it means imported components. How was a device with such a parameter adopted?

Night sight PN-23 oil refinery

Operating temperature range - from minus 40 to plus 40o C.

[midivan]

Quote: Herkulesich

And at night, or in bad weather, how far will he “see” the optics?

And how far, this very optics, itself can see, 500m well, maximum 1000m ?, it turns out more than 1500m and it is not necessary

[Maz]

Well, back in 2014, we tried such devices on the demarcation line, and the DNI and LC of the police did not pass these optics into their hands. Data shared. We are not enemies. But not more.

[Russia]

The device is very necessary, but the price is probably hoo-hoo. Does he identify the same brother?

[Dezinto]

Cool thing!
And next, of course, there will be a fighter, with optics, and a long barrel striking two kilometers. And they work, wonderful device.

Only somewhere "glittered" and flew into it.

[Observer2014]

To the ACS, connect this device online and to Donbass.

[siberalt]

In the Donbass, on the other hand, Russians are also fighting. If they hear about this device, then they will hang ropes with debris from the CD-ROMs and let them sparkle along the entire front.

[Galleon]

Let me intervene a little. At the turn of the 2000s, Sagem was the first European office to start making compact army thermal imagers on an uncooled microbolometric matrix. I went to them now at https://www.safran-electronics-defense.com/land-d
efense / infantry / portable-optronics-infantry / handh
eld-multifunction-binoculars-infantry - yes, they have multi-functional optics with different spectrum channels for the military - to choose from. Maybe there is an active laser channel, maybe. But the thermal imaging channel there is almost certainly there, and to him that disc blanks, that bonfires along the front edge are not a hindrance. I think this news is good because our production has learned to prepare these very high-resolution matrices and make products with them. Bravo to science and gratitude.

[Terenin]

automatically applied to the electronic card. In real time, information is transmitted to the headquarters. great! But it is impossible that this infa would be first transferred to the artillery for "processing", and then to the headquarters

[Golovan Jack]

Quote: Terenin

But it is impossible that this infa would be first transferred to the artillery for "processing", and then to the headquarters

And someone here has never served in the army

[Russia]

They shoot at the cinema right away.

[Terenin]

Well, thinking at least not bad

[midivan]

Quote: Terenin

But it is impossible that this infa would be first transferred to the artillery for "processing", and then to the headquarters

It is possible, not for long

[Baloo]

There is a video how a Donetsk sniper put a grenade launcher, and then a sniper. Sounds like a run-in device?
In any case, Kulibin respect and respect.

[Golovan Jack]

Quote: Balu

There is a video how a Donetsk sniper put a grenade launcher, and then a sniper. Sounds like a run-in device?

No.

Quote: Balu

In any case, Kulibin respect and respect

Similar things have been done for a long time, here is an example:

Quote: Mobile optical detection system “Sanya”

The system is designed to detect snipers, observers, artillery correctors, including those masked, equipped with optical sights (devices), as well as artillery guns, anti-tank systems, armored vehicles, observation and command posts, and measuring distances to detected targets.


Performance characteristics:

All-round visibility;
Indication of coordinates of detected targets on the monitor screen;
Detection range - up to 2000m;
Range accuracy - 5m;
Operating temperature range -40 to +50 0С;
The system is installed on vehicles using a mounting kit

[Russia]

Likely he himself well glare.

[Dreamboat]

Similar systems appeared in our country in the early 90s, for very VIP people. True, they were foreign and bulky. And now here is the "binoculars + tablet."

[Okolotochny]

Specify "for VIP persons" - probably in the protection of top officials.

[Dreamboat]

Surely they too, but I knew about the protection of very cool businessmen.

[corporal]

Quote: Dreamboat

Similar systems appeared in our country in the early 90s,

All true. http://taskt.ru/catalog/apparatura-nabljudenija-i
-kontrolja / optiko-elektronnye-pribory /

[ZVO]

Strange news ...
Back in the early 2000s, I saw the Russian anti-sniper laser system alive. In the "special" hands.

[Doliva63]

In RVN (reconnaissance by observation) they must first!

[assa67]

if the declared TX are real, then there is no price for such a device! ..... of course, external factors will have an effect .....

Quote: APASUS

At night, in bad weather (precipitation), even the landing locator has a distortion percentage, I’ll tell you a secret. And already similar systems most likely have a number of key parameters, after which the information is analyzed and gives the result. Both active and passive enemy modes are analyzed, so both in fog and in plain binoculars no shit, and this thing has limitations on detection

but, as they say, nature doesn’t have bad weather)) such a thing for each commander’s platoon, at least .... and for anti-sniper groups .............

[SPACE]

“Sanya” optical detection system goals. All-round visibility; Indication of coordinates of detected targets on the monitor screen; Detection range - up to 2000m; Operating temperature range -40 to + 50 0С; The system is installed on vehicles using an installation kit.

The Mirage stationary optical reconnaissance detection system The Mirage remote-controlled television system is designed to detect optical surveillance of locations of units and objects. Main technical characteristics: Maximum detection range of optical objects: 2000 m.

Detection system for optical objects "MIF-350" The device is designed for round-the-clock observation of the surrounding space in conditions of light noise, a large level of light background or its absence, as well as in other conditions that impede or exclude vision with the naked eye. The device allows you to detect optical observation and aiming devices and evaluate the range to them. Distance to objects in the highlight zone (0 ... 400) m

Indicator of optical objects "Ray-1" The indicator is designed for installation (mounting) on ​​various observation devices and is used to search and locate optical sniper sights and observation devices, including night, sights of military vehicles, guidance devices of ATGM systems and others optical objects. The indicator is designed for operation in the following conditions: ambient temperature - from minus 30 0С to plus 45 0С; relative humidity - 98% (at ambient temperature plus 25 0С); atmospheric pressure - more than 450 mm RT. Art. The detection range by the Optical sight indicator of the ПСО-1 type in daytime conditions in the absence of rain, snow and fog is at least 100 m; effective, not less than 1000 m. The speed of viewing the space at which the detection of optical objects is ensured, not less than 90 0 / s.

Daytime device (indicator) for monitoring and detection of optical systems "Ray-1M"
The Luch-1M indicator allows for quick inspection of the observed area and detection of optical systems, regardless of the principle of their operation (passive, active, television, laser), and also determines their range and number.
Information about the distance to the optical system is issued by a voice message or an intermittent sound signal. Main technical characteristics of the Luch-1M device:
Maximum detection range 1400 m Accuracy of measuring the distance to a detected object ± 10 m Space viewing speed 90 ° / s

Ghost-M device (TLS2000) Purpose: observation of the surrounding space; detection of optical instruments conducting counter-observation, video shooting, aiming; selection of objects on the underlying surface; determination of the distance to the observed objects. The device “TLS 2000” can be used: day and night, in adverse weather conditions (rain, snow, fog), with limited visibility (smoke, dust), with oncoming light interference. Additional features: work from external power sources, including from a power adapter, from the cigarette lighter socket of a car, from a solar battery; using a PC to control the device and output video; determination of coordinates of detected objects; the ability to mount on a tripod or rotary device. Figures of a man, a truck up to 400 m, up to 800 m. Detection range of optical instruments in ambient light up to 30000 lx:
with a pupil diameter of 30 mm with a pupil diameter of 100 mm to 1000 m to 2000 m External video output CCIR / PAL (b / w) Tactical device for monitoring and detection of optical systems "Samurai" Provides: sniper detection; identification of film, photography; optical observation detection; identification of remote fire systems; detection of laser data acquisition systems and technical intelligence tools. The Samurai device has a sealed rubberized casing, which ensures efficient operation in the open air and in the field. The device has an autonomous power supply inserted into a special cassette, which allows for quick replacement of the source. For night-time operation, a grid illumination with brightness adjustment is provided. By a separate order, it is possible to complete it with a built-in electronic compass. A built-in optical sight with an indication system allows for functional inspection of the terrain and monitoring of remote objects. Information is displayed in the optical sight: on the fact of the detection of optical systems (light indication), range to the target (digital indication), operating modes and critical states of the device. The built-in acoustic emitter provides sound and voice signals that duplicate visual information.

Optical-electronic device "Spin-L" is intended for remote detection of counter-optical and optoelectronic devices, sights, telephoto lenses in conditions of both intense daylight and weak night illumination. The principle of operation is based on the use of the physical effect of retroreflection, which consists in the ability of optical systems to reflect probe radiation in the opposite direction at an angle close to the angle of incidence. The device allows you to register optoelectronic surveillance (SN) in the form of a bright glare on the background of the underlying surface. The angle of the bearing of the SN corresponds to the angle of the field of view of the SN themselves. Visualization of the observed objects is carried out through the built-in electronic eyepiece. To register or get a better image, the connector of a standard video signal of CCIR format is taken out to the device body. Technical characteristics: Detection distance of SP and SN: minimum, m 20 maximum, m 1000

[Dreamboat]

Many options have already been made, I once saw how big a wonder is the protection of "one man." But if the price and size were not important for the oligarchs and presidents (the main thing is to enter the escort machine), then the troops must be accessible (not expensive), reliable and compact ...

[lightning]

I believe the principle of operation is that the laser shines "in there" and if it comes across a lens directed at the emitter, the laser is reflected from it and comes back where it is caught by the radiation detector. As soon as the detector is triggered, the system remembers the coordinates where the laser was directed at this moment and displays a mark on the screen that an optical device is possibly seen at this point.
That's just how the system distinguishes optics from a simple bottle or broken glass is incomprehensible.

[zulusuluz]

Optics are coated with an anti-reflective (and other) coating (s) that distort the reflected spectrum. Maybe you saw the difference in reflected light from a window pane and from a good lens? The latter "gives away blue."

[Aviator_]

You can distinguish it if you add the characteristic reflection spectra from optics with multilayer antireflection to the database, this is exactly what is in the sights, and the reflection spectrum on a broken bottle is different. The figurative situation is that the system is active, that is, it gives out its location, where the queue from ZUShka can immediately fly.

[Dreamboat]

And who said that all monitor lizards are active? It seems like the article describes a passive device that captures the glare of light on the lenses, processes the data and produces a "screened" result ...

[Aviator_]

There is nothing at all in the article on activity-passivity, and with a decent blend of random exposure from the terrain, you will have to wait a lot of time. Most likely active.

[faterdom]

The secret here is that the laser light is polarized, and the polarizing filters at the reception allow you to see exactly your beam, which is important with exactly two eyes separated from each other. That is, any enemy lens has surface points that will reflect the sent ray directly into the "left" and "right" eyes of the receiver.

[Aviator_]

For a long time, the binocular principle has not been used to determine the distance, just one beam is enough. Again, it can be modulated, and the modulation can be done by the polarization method, and whatever, so there will be no difficulties in isolating your signal. But this is an active method, and the adversary has laser radiation sensors, unfortunately.

[SPACE]

And these were still used in the Chechen:
The anti-sniper device PAPV (portable automatic optical-electronic countermeasure device) is designed to detect optical and optoelectronic devices (OES), conducting counter-observation and aiming, and to produce pulsed light interference by laser radiation.
PAPV device was created by the Russian Design Bureau of Precision Engineering named after Nudelman, a leader in the development of various laser systems.
The operation of the PAPV device is based on the well-known principle of back reflection of a laser beam. Using a low-energy, eye-safe laser beam with an 0,86 micron wavelength, the system scans the area where the sniper can be. If the beam hits an optical lens - an sight, glasses or another, it is reflected from it. The reflection hits the sensor and is analyzed for the presence of notches with target lines on the lens. The sensor processes beams with a wavelength range from 0,53 to 1,06 microns. If it is confirmed, then a high-energy laser is turned on, which strikes the target.
The performance characteristics of the device optoelectronic counteraction PAPV:
Weight of the device, kg: 56;
Combat crew, people: 2;
Application range, m: 300 - 1500;
Pulse energy of power radiation, J:
at a wavelength of 0,53 μm - 0,2;
at a wavelength of 1,06 μm - 1,5;
Power radiation pulse repetition rate, Hz: 0,1;
Probing radiation pulse power at a wavelength of 0,86 μm, W: 2;
Probing radiation pulse repetition rate, Hz: 6000

[bald]

That one takes up to 5 characteristics.

[Korax71]

And how tall will the horizon line be from human height? 2.5km ???

[bald]

This is not a mortar or an AZI antenna - of course in a straight line.

[Dreamboat]

I don’t really understand about “being analyzed for the presence of notches with target lines on the lens”, so on the part of the sights the lines are drawn on the lens closest to the arrow, and in television devices (night, thermal imaging) the grid is not applied at all?

[bald]

The device is new - no one has yet seen it - but the grid is required (nightly), since in Khmeimim there were approximately 2.5-3 km of targets to the target. . The sniper does not get there, it was necessary to seriously let something in, and the arrow should be said about where to shoot (which is available).

[Operator]

Detection of optical devices is based on laser scanning of the area, while laser radiation is detected at a distance twice as large as optical partitions.

After that, the detection equipment is destroyed by enemy fire.

[Golovan Jack]

Quote: Operator

Detection of optical devices is based on laser scanning of the area, while laser radiation is detected at a distance twice as large as optical partitions.

After that, the detection equipment is destroyed by enemy fire.

And at the same time, such equipment is mass-produced and is in service ...
Operator, the designers are nerds, and the military are suicides, did I understand you correctly?

[karish]

Quote: Golovan Jack

The operator, the designers are nerds, and the military are suicides, did I understand you correctly?

No, just each stick has 2 ends.

[Operator]

Quote: Golovan Jack

the equipment is mass-produced and is in service

Laser direction finders optics are in service with the FSB, FSO and the Russian Guard - to identify terrorist snipers who are not equipped with means of fire counteraction to laser direction finding.

An attempt to use laser direction finders by army special forces will lead to the destruction of special forces because it will highlight its location with a laser.

In addition, direction finders are used outside of populated areas, since the reflections from the window panes of houses practically block them from working. You can also block direction finders with a multitude of glass fragments scattered around their positions.

[Golovan Jack]

Quote: Operator

glare from the window panes of houses almost block out work

Not true. Reflection from glass and from the optical system give two purely different pictures.

Quote: Operator

You can also block direction finders with a multitude of glass fragments scattered around their positions.

Also ... not for the same reason.

Quote: Operator

Laser optical direction finders are in service with the FSB, FSO and the Russian Guard

Sanya is still an army system, and it is in service. Or was there
I repeat the original question:

Quote: Golovan Jack

The operator, the designers are nerds, and the military are suicides, did I understand you correctly?

[Operator]

Quote: Golovan Jack

Reflection from glass and from the optical system give two very different pictures

Is the optical system not glass?

[Golovan Jack]

Quote: Operator

Quote: Golovan Jack

Reflection from glass and from the optical system give two very different pictures

Is the optical system not glass?

No... дерево.
Joke
Glass, even a single lens will be "screened out" by such a device.
The lens system is what he seeks ... and finds.
Finish already laugh, and go learn the materiel.

[Operator]

A double-glazed window or two pieces of glass, placed one after another - is also a "lens system".

[Golovan Jack]

Quote: Operator

A double-glazed window or two pieces of glass, placed one after another - also a "lens system"

No.

[karish]

Quote: Operator

Detection of optical devices is based on laser scanning of the area, while laser radiation is detected at a distance twice as large as optical partitions.

After which the detection equipment is destroyed by enemy fire.

Here is an interesting article on this subject.
http://commi.narod.ru/txt/1995/0204.htm

Technically more sophisticated are laser warning devices for weapon guidance. Unlike the receivers considered above, they should not only record the fact of the presence of such radiation, but also determine the coordinates of its source and the degree of probable threat. One of them is the RL1 equipment (Fig. 1), developed by the Norwegian company Simrad and designed to detect the radiation of laser rangefinders and target indicators operating in the range 0,66 - 1,1 μm. Most modern pulsed lasers with active elements made on the basis of yttrium-aluminum garnet or glass activated by trivalent neodymium ions function in this range of the electromagnetic spectrum.
The RL1 device, consisting of a laser radiation receiver and an information display device, can be installed on carriers of various types - from armored and automotive vehicles to aircraft, helicopters and warships.

[bald]

Damn, they would have been a month ago in Syria, nothing would have happened at the base. They fired from mortars, not more than 3 km (82 mm). And the fact that they were staring before it - for sure.

[Vadim237]

The price of the issue, for this optical finder, is 1600000 rubles.

[bald]

If they were on duty at night, 7 planes and ten wounded would not be there. Pays the Russian Defense Ministry. I think there is no need to regret for such a base. One MIG how much is it ?! And people.

[MOSKVITYANIN]

The new system has already passed preliminary tests and is recommended for acceptance for equipping parts and units of special purpose.

But border guards, or something not useful, especially in the Crimea? Yes, and to supply the irregular formations of LDNR, they are also suitable ...

The United States strictly limits the sale of such systems; they are delivered only to the closest allies. Users do not have the right not only to transfer products to third countries, but even to open them

It is unlikely that we will be so strict with our friends, incl. Una soldiers ... I think in a couple of years Israeli Jews will see such devices on the necks of the Heizbola and Hamas militants ... and ISIS fighters who are being treated in Israel will bite their elbows with frustration ..., gee ...

[Strashila]

Such systems in aviation ... on drones and helicopters. At one time there was an Antisniper complex ... quietly stalled.

[Simon]

You can say - the end to snipers!

[Dreamboat]

And for this, the sniper has a cheap plastic cap on the sight with a narrow slot (anti-glare). You can see it badly, but you can pre-aim, and the sight itself (especially fast lens, with a large lens) opens before the shot ...
Life will complicate, not many professionals will weed out, but each trick will have its own "anti-trick".

[tchoni]

Such things are necessary not only and not so much to scouts, but to put on military vehicles like the same tank and to issue in escort of columns ...

[Victor_B]

And how will this system respond to massively hung glass or stratified glass pieces (maybe even “specially trained” ones) that are not stationary? Or, on the contrary, randomly appear / disappear?
And the city has a lot of broken glass.
What does it react to? On shiny and round? Let's make it square. He stuck a square glass on the lens - and that’s it! (Patent !!!)
NSAIDs scanned these systems with a laser, which means this "binocular" will see the same equipment best, then a mortar or a high-explosive shell.

[Golovan Jack]

Damn, where are the cons ????
Read the tape carefully ... everything is already there, everything is there ...

[Dreamboat]

For some reason, everyone immediately presented the front line where, in response to the use of the device, "something will fly right away." What about protecting the columns and bases from single snipers, terrorists, etc.? There is, for example, the task of protecting the mobile soil systems of the Strategic Missile Forces. And how many of our children in Chechnya died during the shelling of columns and roadblocks by snipers. ..

[Simon]

Good "thing" for our army!

[Vadim237]

For our army, a really good thing would be a sniper rifle chambered for a 14,5-aiming range of 4000 meters and a computer sight - a combined optical finder - then all snipers will definitely come to an end, along with the ATGM calculations.

[Zomanus]

A very good assistant for scouts.
Interesting. But can he determine the type of surveillance device?
It would still put on a platform with heavy
sniper and automatic aiming.

[Piramidon]

Wear glasses at the forefront!

[bratchanin3]

I think that this device is archival and archival, especially in the anti-sniper fight.

[karish]

Now only two countries - the USA and France - have mastered the production of "direction finders of optics."

actually 3
In Israel, they are produced the same for a long time.

The lightweight SpotLite-P requires minimal power and can be transported by two soldiers.

The electro-optical unit (EOU) is based on a FLIR thermographic camera (field of view 48 x 24), CCD (charge-coupled devices) with continuous zoom, rangefinder and range indicator LASER, GPS, light tripod, PTU (pan and tilt unit) and unit data processing.

Rafael claims that the system detects sources of fire at a distance of 1000 m with a high probability of detection and low level false alarms. SpotLite-P is able to localize, record and simultaneously display multiple targets.

Commander Unit includes a convenient computer display, especially adapted to the needs of the operational client, and allows you to plan a mission, defining the limits of the sector among snipers. When a source of fire is detected, the system automatically assigns the target to the sniper responsible for the sector, and not to other snipers.

Rafael claims that the system isolates irrelevant areas, focusing exclusively on a specific target area (quarter, street, house, window), ignoring other live lights from outside predetermined boundaries. SpotLite-P can be pre-configured to scan suspicious points, and then automatically move to the next point at a time planned by the commander.

http://www.israeldefense.co.il/en/content/israeli
-counter-sniper-systems

[Nikolay Fedorov]

The new system has already passed preliminary tests and is recommended for acceptance for equipping parts and units of special purpose.

And why only in special forces? Really so dear? Our simple infantry is moaning now from the lack of such wonderful devices at the front line. It would be nice to introduce South Ossetia to the miracle technology, so that Ossetians would put these Death Snipers into fraternal trenches in order to provide fraternal assistance to the people of Donbass, otherwise the Ukrainian sniper has become impudent recently.

[hezbola]

Evgeev, too, is this, but faith doesn’t allow you to put this on the technique?

[Dedall]

The FSO has such a gadget for a long time. I remember I was standing guard when Borka Alkasha was met in Novocherkassk in 1998. So then they showed me something similar in a minibus with equipment. They said that when determining optics, it gives a signal and an approximate direction. Then, due to progress in microelectronics, it was reduced and in the Czech Republic sometime in 2002 it consisted of two tripods and a laptop. But immediately it gave target designation to the AGS or mortar sight. So the author of the article is “minus” due to the lack of a description of the background