The MWS-15 is a modular semi-automatic rifle. The weapon is fed with .223 Rem ammunition 5.56 x 45 mm NATO or .300 AAC Blackout. The length of the barrel is 8 to 20 inches. The MWS-15 modern rifle is a 100% modular construction, it is an excellent base for creating ideal configuration that meets the requirements practically for every user.
\nThe MWS-15 rifle from the beginning was being created for special forces and rapid response sub-units, therefore we came up with the approach for acquiring unusually reliable weapon, that can rapidly adapt to any given task and adjust to any caliber \u2013 the MWS-15 was designed for shooting, first of all with the .300 BLK ammunition. Besides the rifle is simple and can be easily adjusted to NATO 5.56 mm ammunition when the barrel is replaced.
\nThe MWS-15 Modular Weapon System is just an another representative of modular weapon system family manufactured by Zak\u0142ady Mechaniczne \u201cTarn\u00f3w\u201d. The most essential component of this innovative MWS-15 rifle is gas mechanism that is based on movement of a short piston, it guarantees high level of reliability. The MWS-15 rifle is equipped with classic upper and lower manipulators respectively that are positioned on the trigger guard for ambidextrous people. The unique construction makes firing possible even with the unfolded buttstock.
\nThe current ZMT goods are known and appreciated i.e.: ZMT MWS-25 (that is a base commodity) and the ZMT MWS-25 (that is a base commodity) and ZMT MWS-38 (58% of the product consists of the parts from the MWS-25). The initial MWS-15 was created on the same principle \u2013 however, in this case we deal with the 74-percent only that the parts transferred from base weapon construction.
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| MWS-15 | \nBarrel length | \n|||||
|---|---|---|---|---|---|---|
| 20” | \n18” | \n16” | \n14,5” | \n10,5” | \n8” | \n|
| Calibre | \n5,56x45mm NATO | \n5,56x45mm NATO/.300BLK (7,62×35) | \n||||
| Weight (without optic devices, bi-pod and magazine) – depending on completation | \n4,2 kg | \n4,15 kg | \n3,85 kg | \n3,8 kg | \n3,65 kg | \n3,45 kg | \n
| Overall length with unfolded buttstock | \n980 mm | \n929 mm | \n863 mm | \n825 mm | \n724 mm | \n660 mm | \n
| Overall length with folded buttstock | \n767 mm | \n716 mm | \n665 mm | \n627 mm | \n526 mm | \n462 mm | \n
| Magazine capacity | \n10/20/30 rounds | \n
60 mm Light Commando Mortar is designed for destructive kinetic impact against enemy combat systems and to destroy manpower, light field fortifications as well as firearms and military technology with semi-indirect fire. Due to the high range and high fragmentation of the projectile, the mortar provides effective support to the fighting units under different optical visibility and atmospheric conditions both during the day and at night. The steep trajectory of the missile and the small dimensions of the mortar in the combat position allow the targets to be struck by semi-indirect fire, i.e. observed from the firing position.
\nLMC manufactured by ZM Tarn\u00f3w S.A. is the only mortar on the market that allows to fire projectiles up to 2.2 kg while ensuring the guaranteed durability of the barrel at the level of 2000 shots. The LMC mortar is designed to fire 60 mm MAPAM (Mortar Anti-Personal Anti-Material) ammunition with a propellant charge I (Charge 1) by SAAB Bofors Dynamics. The LMC mortar is equipped with a built-in programmable digital sight with the display of the distance to the target and display of angular values, which enables to fire other 60 mm rounds with a caliber compliant with the STANAG 4425 ed. 2 of any manufacturer under the condition that the propellant is limited to the permissible pressure value and the digital sight is reprogrammed to implemented compatible shooting tables.
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\n\n| Barrel caliber | \n60.7 mm | \n
| Length | \n850 mm | \n
| Height | \n230 mm | \n
| Maximal range | \nmin.1300 m | \n
| Minimal range | \nmax. 110 m | \n
| Shot angle range for the scope | \n45\u00b0 \u00f7 85\u00b0 | \n
| Weight | \n\u2264 7.5 kg | \n
| Maximum pressure of gunpowder gases in the barrel | \n28\u00b12 MPa | \n
| Rate of fire without correcting the aiming | \n25 rds./min | \n
| Rate of fire with improved aiming rounds | \n10 rds./min | \n
| Maximum number of rounds fired by continuous fire | \n30 | \n
| Recommended service | \n2 operators | \n
| Minimum service | \n1 operator | \n
| Sight | \ndigital | \n
Modern complex command and control systems require the use of high-class video systems that allow displaying a large amount of information on a relatively small and compact device.
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Features such as legibility and clear presentation of data lead to an effective command and combat management process which is one of the most important contemporary issues of military technology.
\nThe 17\u2019\u2019 Operator Monitor (MO17) allows to display the image in the optimal size and resolution, ensuring brightness of the image, which allows for its legibility even in strong sunlight. The ergonomic casing allows to put the device in any configuration.
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The MO17 has been upgraded with advanced solutions for the securing of confidential information, which ensure compliance with the requirements of the standard of protection against emission from disclosing SDIP-27 Level B.\u00a0 Due to this, MO17 is perfect for processing classified information.
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Main characteristics:
\n\u00a0
\nScreen parameters:
\nDisplay size: 17\u2019\u2019;
\nScreen resolution: 1280×1024 (SXGA)
\nScreen contrast: 1000:1
\nBacklight brightness: 1600 nits
\nAngle of view: 170(H), 160(V)
\nColor depth: 16.7M
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Device\u00a0 parameters:
\nPower supply: 24V DC (18-36V DC) max. 5A
\nDimensions: 415mm x 354.5 mm x 82 mm
\nWeight: 11,7 kg \u00b12,5%;
\nNumber of connectors on the casing: 2
\nMechanical-climatic class: N.7-O-I-A according to NO-06-A101:2021 i NO-06-A103:2021
\nStandards: NO-06-A107:2021, NO-06-A103:2021
\nEMC: NO-06-A200:2012 (KCE-02, KRE-02, KRS-02, KCS-01, KCS-06, KCS-07, KCS-08)
\nTempest standard: SDIP-27 Level B (TPZU-2);
\nWorking temperature: from -30\u00b0C to +50\u00b0C
\nOperating limit temperature: from -40\u00b0C to +60\u00b0C
\nAssembly: VESA 150×150
\nInterface: VGA (DVI optional)
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\n
\n\n",
"content_text": "Modern complex command and control systems require the use of high-class video systems that allow displaying a large amount of information on a relatively small and compact device.\n \nFeatures such as legibility and clear presentation of data lead to an effective command and combat management process which is one of the most important contemporary issues of military technology.\nThe 17\u2019\u2019 Operator Monitor (MO17) allows to display the image in the optimal size and resolution, ensuring brightness of the image, which allows for its legibility even in strong sunlight. The ergonomic casing allows to put the device in any configuration.\n \nThe MO17 has been upgraded with advanced solutions for the securing of confidential information, which ensure compliance with the requirements of the standard of protection against emission from disclosing SDIP-27 Level B.\u00a0 Due to this, MO17 is perfect for processing classified information.\n \nMain characteristics:\n\nHigh brightness and contrast display\nDurable menu keyboards with backlit POWER button\nCasing made\u00a0 of aluminium alloys, resistant to mechanical exposures and precipitation\nCompliance with the requirements of EMC defense standards\nAbility to secure of confidential information due to the design compliant with the requirements of the standard of protection against emission from disclosing SDIP-27 Level B\n\n\u00a0\nScreen parameters: \nDisplay size: 17\u2019\u2019;\nScreen resolution: 1280×1024 (SXGA)\nScreen contrast: 1000:1\nBacklight brightness: 1600 nits\nAngle of view: 170(H), 160(V)\nColor depth: 16.7M\n \nDevice\u00a0 parameters:\nPower supply: 24V DC (18-36V DC) max. 5A\nDimensions: 415mm x 354.5 mm x 82 mm\nWeight: 11,7 kg \u00b12,5%;\nNumber of connectors on the casing: 2\nMechanical-climatic class: N.7-O-I-A according to NO-06-A101:2021 i NO-06-A103:2021\nStandards: NO-06-A107:2021, NO-06-A103:2021\nEMC: NO-06-A200:2012 (KCE-02, KRE-02, KRS-02, KCS-01, KCS-06, KCS-07, KCS-08)\nTempest standard: SDIP-27 Level B (TPZU-2);\nWorking temperature: from -30\u00b0C to +50\u00b0C\nOperating limit temperature: from -40\u00b0C to +60\u00b0C\nAssembly: VESA 150×150\nInterface: VGA (DVI optional)",
"date_published": "2022-06-08T09:38:361654681116",
"date_modified": "2022-06-23T06:09:001655964540",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2022/06/mo17.png"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=15995",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/stanowisko-dowodzenia/",
"title": "Command post",
"content_html": "By the name command post we must understand the entire vehicle dedicated for control \u2013 the vehicle consists of the following parts: command terminal, combat fire control panel, means of communication box, for exchanging information and data with an overriding command post, radar and radiolocation station, for monitoring the state of readiness and ongoing combat activities conducted by the subordinate firing units.
\nThe command post is built up in the Jelcz vehicle. This is a special vehicle designed for military purposes, it is dedicated for military structures, it is used on public roads and on paved roads in off-road conditions. The command posts dedicated for officers and commanders are in the cabin of the vehicle. The command post carries out the tasks of the entire firing unit battery command process \u2013 it is designated to implement the two kinds of tasks: tactical command (directing the fight) and fire command (fire control).
\nThe communication box is mounted on the cargo platform of the vehicle. The box is a build-up settlement for the Information Communications Technology devices (ICT) and the power supply system of the command post. The box itself is a kind of physical protection for the devices placed inside the RED zone it is also a material protection against electromagnetic emission.
\nThe command post software is tasked to support command processes and to direct the fight of the subordinate firing units. It captures and converts images of air traffic plight, from the collected data, it also acquires the operational and tactical information from the devices equipped in the battery. The software used in the command post is capable of managing, guiding and controlling not less than six firing units, one radiolocation station, and it is also adapted to connect one external radiolocation station or one overriding command post, in order to increase operational awareness of the commander in chief.
\nThe fire control subsystem of the command post consists of the two posts, which are built on the basis of portable computers (notebooks, laptops) that were preliminarily programed with a proper software tasked for peek-preview of the situation and decision-making. It is also equipped with a weather sensor, in order to collect meteorological data, and the GPS receiver which transmits positioning data.
\nThe emergency subsystem of the command post is designated to protect classified information, that may take place at the command post, against third parties: e.g. sabotage or espionage activities, or access by unauthorized persons. It is also secured against assault, burglary or theft.
\nThe contamination removal subsystem of the command post secures protection of the personnel staying inside the cabin. In any case of vehicle exploitation in the contaminated area, the ventilation and filtering devices mounted in the vehicle, protect the crew against harmful gases, the ventilation system creates excess pressure of clean air in the cabin.
\n
\n
\n\n",
"content_text": "Description\nBy the name command post we must understand the entire vehicle dedicated for control \u2013 the vehicle consists of the following parts: command terminal, combat fire control panel, means of communication box, for exchanging information and data with an overriding command post, radar and radiolocation station, for monitoring the state of readiness and ongoing combat activities conducted by the subordinate firing units.\nThe command post is built up in the Jelcz vehicle. This is a special vehicle designed for military purposes, it is dedicated for military structures, it is used on public roads and on paved roads in off-road conditions. The command posts dedicated for officers and commanders are in the cabin of the vehicle. The command post carries out the tasks of the entire firing unit battery command process \u2013 it is designated to implement the two kinds of tasks: tactical command (directing the fight) and fire command (fire control).\nThe communication box is mounted on the cargo platform of the vehicle. The box is a build-up settlement for the Information Communications Technology devices (ICT) and the power supply system of the command post. The box itself is a kind of physical protection for the devices placed inside the RED zone it is also a material protection against electromagnetic emission.\nThe command post software is tasked to support command processes and to direct the fight of the subordinate firing units. It captures and converts images of air traffic plight, from the collected data, it also acquires the operational and tactical information from the devices equipped in the battery. The software used in the command post is capable of managing, guiding and controlling not less than six firing units, one radiolocation station, and it is also adapted to connect one external radiolocation station or one overriding command post, in order to increase operational awareness of the commander in chief.\nThe fire control subsystem of the command post consists of the two posts, which are built on the basis of portable computers (notebooks, laptops) that were preliminarily programed with a proper software tasked for peek-preview of the situation and decision-making. It is also equipped with a weather sensor, in order to collect meteorological data, and the GPS receiver which transmits positioning data.\nThe emergency subsystem of the command post is designated to protect classified information, that may take place at the command post, against third parties: e.g. sabotage or espionage activities, or access by unauthorized persons. It is also secured against assault, burglary or theft.\nThe contamination removal subsystem of the command post secures protection of the personnel staying inside the cabin. In any case of vehicle exploitation in the contaminated area, the ventilation and filtering devices mounted in the vehicle, protect the crew against harmful gases, the ventilation system creates excess pressure of clean air in the cabin.\nGallery",
"date_published": "2021-03-22T11:29:071616412547",
"date_modified": "2021-04-06T10:46:591617706019",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2021/03/stanowisko-1.jpg"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=15991",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/ciagnik-artyleryjski/",
"title": "Artillery tractor",
"content_html": "Artillery tractor is a vehicle of an average load capacity but high mobility, it is used for hauling and transporting of the firing unit. Additionally it is equipped with a technical-service storage space for the firing unit.
\nThe artillery tractors are flexible means of transportation for the firing unit, it is easy to relocate the vehicle in between the quarters, because the vehicle is just an another version of a truck. The chassis is typical for the wheeled vehicle, the chassis clearance is quite high, the tires are equipped with off-road thread and most importantly, it is a four-wheel drive transmission. The firing unit can be towed, hauled or transported on the platform of the vehicle inside the cargo hutch.
\nWhat is more, the fire, or any other combat activities, can be carried out directly from the platform cargo hutch of the vehicle. Also, the fire can be carried out remotely as well, from the inside of the vehicle\u2019s cabin.
\nThe hardware platform of the vehicle is made of truss construction with number of storage compartments and a storage rack. The storage capacity is enough for one firing unit and two equipment units \u2013 artillery and rocket sets. The dimensions of the artillery truck meet the requirements of road, railway and air transport regulations (in-country and NATO standards), the vehicle can be transported by the air-cargo carrier such as C-130 HERCULES. The cabin of the vehicle is adapted to work in hazards of contamination conditions, as well as, in desert conditions, because it is equipped with air-ventilation fans and air-filtering system.
\nThe passenger capacity of the artillery tractor is four people total \u2013 it is the minimum service crew for the firing unit. The cabin is air-conditioned and adapted for the crew to rest or stand-by, there is also enough storage for ammunition, and all the necessary maintenance equipment to keep the unit ready and alert for 24 hours a day.
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\n
\n\n",
"content_text": "Description\nArtillery tractor is a vehicle of an average load capacity but high mobility, it is used for hauling and transporting of the firing unit. Additionally it is equipped with a technical-service storage space for the firing unit.\nThe artillery tractors are flexible means of transportation for the firing unit, it is easy to relocate the vehicle in between the quarters, because the vehicle is just an another version of a truck. The chassis is typical for the wheeled vehicle, the chassis clearance is quite high, the tires are equipped with off-road thread and most importantly, it is a four-wheel drive transmission. The firing unit can be towed, hauled or transported on the platform of the vehicle inside the cargo hutch.\nWhat is more, the fire, or any other combat activities, can be carried out directly from the platform cargo hutch of the vehicle. Also, the fire can be carried out remotely as well, from the inside of the vehicle\u2019s cabin.\nThe hardware platform of the vehicle is made of truss construction with number of storage compartments and a storage rack. The storage capacity is enough for one firing unit and two equipment units \u2013 artillery and rocket sets. The dimensions of the artillery truck meet the requirements of road, railway and air transport regulations (in-country and NATO standards), the vehicle can be transported by the air-cargo carrier such as C-130 HERCULES. The cabin of the vehicle is adapted to work in hazards of contamination conditions, as well as, in desert conditions, because it is equipped with air-ventilation fans and air-filtering system.\nThe passenger capacity of the artillery tractor is four people total \u2013 it is the minimum service crew for the firing unit. The cabin is air-conditioned and adapted for the crew to rest or stand-by, there is also enough storage for ammunition, and all the necessary maintenance equipment to keep the unit ready and alert for 24 hours a day.\nGallery",
"date_published": "2021-03-22T11:25:181616412318",
"date_modified": "2021-04-06T11:14:231617707663",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2021/03/Ciagnik-1.jpg"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=15985",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/jednostka-ogniowa/",
"title": "The firing unit",
"content_html": "The firing unit is dedicated to combat low-flying air-borne targets and lightly-armored ground or on-water targets. The shooting is carried out from the spot, in any weather conditions, at any time of day while using remote target tracking.
\nThe firing unit is connected to the command post via wireless link or wired connection, it receives data about air traffic and target combat commands with indicated, and targeted objects. The sighting sub-system is integrated with the tracking system and the IFF interrogator. Besides the PZR-A, there are the following components included in the firing unit (FU): the portable console for remote control, the autonomous power supply system and necessary means of communication. The firing unit is capable of automatic firing while using automatic target tracking and also it can be operated in a manual mode by the shooter.
\nWhen the firing unit is mounted on the artillery vehicle/tractor, the firing can be carried out from the platform of the vehicle (or from the post/terminal mounted in the cabin of the artillery vehicle). The system can work autonomously or it can cooperate with the entire battery, in order to create synchronized, fully-automated, closed shield for the strategic single point objects. The firing unit is characterized by high reliability and operational infallibility, while all the included devices are adapted to work in any weather conditions, because they meet the requirements of defense standards. The cannon/automatic gun is equipped with a remote source of power, which provides uninterrupted work for a period of at least seven days. Petrol refueling takes place, not more often than, once in six hours. The transport of the firing unit is done by towing or haulage \u2013 the artillery vehicle is used for that, it can tow the cannon or transport it on the platform of the truck. Furthermore, the firing unit can be transported by an aircraft or boat of any kind, under the condition, that it\u00a0 meets the general terms and conditions of loading and securing the cargo on a platform or carrier dedicated for transporting artillery equipment.
\nThe ammunition used against air-borne targets is the following: GROM/PIORUN missiles used interchangeably with the 23 mm cartridges for the 2A14 cannon of the following types: HEI-T, API, APDS-T, FAPDS-T (manufactured in or outside the country).
\nFor ground and on-water targets it is recommended to use 23 mm cartridges dedicated for the 23 mm 2A14 cannon of the following types: HEI-T, API, APDS-T, FAPDS-T (manufactured in or outside the country).
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| Technical data: | \n|
| Firing assets | \n2 cannons in 23 mm caliber, 2 rocket launchers Grom/Piorun | \n
| Artillery fire angles | \nhorizontal/traverse: 360\u2070,\n vertical/elevation: from -3\u2070 up to +75\u2070 | \n
| Rounds per minute for cannons (rpm) | \nup to 400 rpm for one automatic gun | \n
| Cannon firing range: the maximum vertical/total\n The maximum effective range for ground targets (m) | \n2000 m with HEI-T and API\n 3000 m with APDS-T and FAPDS-T | \n
| The maximum rocket range | \n5500 m with Grom, 6500 m with Piorun | \n
| Rocket fire angles | \nhorizontal/traverse: 360\u2070\n vertical/elevation: from 0\u2070 up to +75\u2070 | \n
| Chassis clearance | \n360 mm | \n
| Track of wheels | \n1670 mm | \n
| Combat position dimensions | \nLength: 4570 mm\n Width: 2750 mm \nHeight: 1670 mm | \n
| Weight in movement position | \n1500 kg | \n
\n
\n\n",
"content_text": "Description\nThe firing unit is dedicated to combat low-flying air-borne targets and lightly-armored ground or on-water targets. The shooting is carried out from the spot, in any weather conditions, at any time of day while using remote target tracking.\nThe firing unit is connected to the command post via wireless link or wired connection, it receives data about air traffic and target combat commands with indicated, and targeted objects. The sighting sub-system is integrated with the tracking system and the IFF interrogator. Besides the PZR-A, there are the following components included in the firing unit (FU): the portable console for remote control, the autonomous power supply system and necessary means of communication. The firing unit is capable of automatic firing while using automatic target tracking and also it can be operated in a manual mode by the shooter.\nWhen the firing unit is mounted on the artillery vehicle/tractor, the firing can be carried out from the platform of the vehicle (or from the post/terminal mounted in the cabin of the artillery vehicle). The system can work autonomously or it can cooperate with the entire battery, in order to create synchronized, fully-automated, closed shield for the strategic single point objects. The firing unit is characterized by high reliability and operational infallibility, while all the included devices are adapted to work in any weather conditions, because they meet the requirements of defense standards. The cannon/automatic gun is equipped with a remote source of power, which provides uninterrupted work for a period of at least seven days. Petrol refueling takes place, not more often than, once in six hours. The transport of the firing unit is done by towing or haulage \u2013 the artillery vehicle is used for that, it can tow the cannon or transport it on the platform of the truck. Furthermore, the firing unit can be transported by an aircraft or boat of any kind, under the condition, that it\u00a0 meets the general terms and conditions of loading and securing the cargo on a platform or carrier dedicated for transporting artillery equipment.\nThe ammunition used against air-borne targets is the following: GROM/PIORUN missiles used interchangeably with the 23 mm cartridges for the 2A14 cannon of the following types: HEI-T, API, APDS-T, FAPDS-T (manufactured in or outside the country).\nFor ground and on-water targets it is recommended to use 23 mm cartridges dedicated for the 23 mm 2A14 cannon of the following types: HEI-T, API, APDS-T, FAPDS-T (manufactured in or outside the country).\n \n\n\n\nTechnical data:\n\n\nFiring assets\n2 cannons in 23 mm caliber, 2 rocket launchers Grom/Piorun\n\n\nArtillery fire angles\nhorizontal/traverse: 360\u2070,\nvertical/elevation: from -3\u2070 up to +75\u2070\n\n\nRounds per minute for cannons (rpm)\nup to 400 rpm for one automatic gun\n\n\nCannon firing range: the maximum vertical/total\nThe maximum effective range for ground targets (m)\n2000 m with HEI-T and API\n3000 m with APDS-T and FAPDS-T\n\n\nThe maximum rocket range\n5500 m with Grom, 6500 m with Piorun\n\n\nRocket fire angles\nhorizontal/traverse: 360\u2070\nvertical/elevation: from 0\u2070 up to +75\u2070\n\n\nChassis clearance\n360 mm\n\n\nTrack of wheels\n1670 mm\n\n\nCombat position dimensions\nLength: 4570 mm\nWidth: 2750 mm\nHeight: 1670 mm\n\n\nWeight in movement position\n1500 kg\n\n\n\nGallery",
"date_published": "2021-03-22T11:20:071616412007",
"date_modified": "2021-04-06T11:13:361617707616",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2021/03/JO1-1.jpg"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=15980",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/przeciwlotniczy-system-rakietowo-artyleryjski-pilica/",
"title": "PILICA \u2013 the anti-aircraft artillery rocket system",
"content_html": "PILICA \u2013 the anti-aircraft artillery rocket system is dedicated for aircraft defense, it is a short-range system (V-SHORAD).
\nThe PSR-A PILICA evolved from the previously existing construction to the entirely new system, it was elaborated on the basis of experience and knowledge of the constructors working in the Zak\u0142ady Mechaniczne Tarn\u00f3w S.A. who previously modernized earlier versions of the 23 mm anti-aircraft cannons and artillery rocket systems. The application of new technology solutions significantly improved effectiveness, firing accuracy and quality of the PSR-A PILICA. The system is capable of protection and coverage of single objects, such as command posts or larger areas, for example military units, airport and logistics bases against any air assaults.
\nThe PSR-A PILICA is equipped with an integral sub-system of target detection and identification, combat and object management on the ground, in the air and on water surfaces, \u2013 these features allow the PSR-A PILICA achieving high combat effectiveness while maintaining high mobility and keeping low exploitation costs. The PSR-A PILICA is capable of destroying aircrafts and combat helicopters thanks to the increased speed of object detection and target tracking.
\nThe PSR-A PILICA detects, recognizes and identifies objects, and then distributes separate tasks and commands in an automated way. The firing unit is capable of individual target detection, identification and combat in an autonomous mode (without sending data to the command post), the opto-electronic head and the IFF system makes it possible for the firing unit to work individually and autonomously. While switched to the system mode. However, when the system is switched to operation by the command post, the firing unit and its sub-systems receive data, commands and tasks in a separate data collection zone, this is a separate area of firing responsibility where the device reports statuses of executed combat tasks. The command reporting and task data receival collected in the command post is conducted in an automated way. The firing unit can be operated manually, the shooter can perform firing while keeping the automatic target tracking feature on (manual mode). The firing unit is equipped with a portable console for remote control, this device is for remote service. In case of power outage, failure or any power supply emergencies, the user can switch the device entirely to manual mode, at all times of its usage, using provided artillery weaponry. The firing unit is also equipped with a stabilized opto-electronic head with day-night vision, the head can work independently and autonomously in scope of area observation, target detection and identification. The head is not only a part of the guidance system, it is the main source of information for the entire system, because the detected, traced and recognized targets are rendered by the device in form of data, and this data is initially collected and then exchanged within the entire command network of the PSR-A PILICA.
\nThe system consists of six firing units which are equipped with the following components: artillery vehicles, command posts, radio and radar stations; two transporting vehicles and two ammunition trucks. This is an autonomous battery, the firing units can work in a network-centric command system, nonetheless they have capability to work entirely in an automatic mode.
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"content_text": "Description\nPILICA \u2013 the anti-aircraft artillery rocket system is dedicated for aircraft defense, it is a short-range system (V-SHORAD).\nThe PSR-A PILICA evolved from the previously existing construction to the entirely new system, it was elaborated on the basis of experience and knowledge of the constructors working in the Zak\u0142ady Mechaniczne Tarn\u00f3w S.A. who previously modernized earlier versions of the 23 mm anti-aircraft cannons and artillery rocket systems. The application of new technology solutions significantly improved effectiveness, firing accuracy and quality of the PSR-A PILICA. The system is capable of protection and coverage of single objects, such as command posts or larger areas, for example military units, airport and logistics bases against any air assaults.\nThe PSR-A PILICA is equipped with an integral sub-system of target detection and identification, combat and object management on the ground, in the air and on water surfaces, \u2013 these features allow the PSR-A PILICA achieving high combat effectiveness while maintaining high mobility and keeping low exploitation costs. The PSR-A PILICA is capable of destroying aircrafts and combat helicopters thanks to the increased speed of object detection and target tracking.\nThe PSR-A PILICA detects, recognizes and identifies objects, and then distributes separate tasks and commands in an automated way. The firing unit is capable of individual target detection, identification and combat in an autonomous mode (without sending data to the command post), the opto-electronic head and the IFF system makes it possible for the firing unit to work individually and autonomously. While switched to the system mode. However, when the system is switched to operation by the command post, the firing unit and its sub-systems receive data, commands and tasks in a separate data collection zone, this is a separate area of firing responsibility where the device reports statuses of executed combat tasks. The command reporting and task data receival collected in the command post is conducted in an automated way. The firing unit can be operated manually, the shooter can perform firing while keeping the automatic target tracking feature on (manual mode). The firing unit is equipped with a portable console for remote control, this device is for remote service. In case of power outage, failure or any power supply emergencies, the user can switch the device entirely to manual mode, at all times of its usage, using provided artillery weaponry. The firing unit is also equipped with a stabilized opto-electronic head with day-night vision, the head can work independently and autonomously in scope of area observation, target detection and identification. The head is not only a part of the guidance system, it is the main source of information for the entire system, because the detected, traced and recognized targets are rendered by the device in form of data, and this data is initially collected and then exchanged within the entire command network of the PSR-A PILICA.\nThe system consists of six firing units which are equipped with the following components: artillery vehicles, command posts, radio and radar stations; two transporting vehicles and two ammunition trucks. This is an autonomous battery, the firing units can work in a network-centric command system, nonetheless they have capability to work entirely in an automatic mode.\nGallery",
"date_published": "2021-03-22T10:50:311616410231",
"date_modified": "2021-04-06T10:34:371617705277",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2021/03/PILICA-1-scaled.jpg"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=15904",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/komputer-symulacji/",
"title": "(Polski) Komputer symulacji",
"content_html": "\n",
"content_text": "Sorry, this entry is only available in Polski.",
"date_published": "2021-03-01T14:00:031614607203",
"date_modified": "2021-08-25T10:34:131629887653",
"authors": [
{
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
}
],
"author": {
"name": "Magdalena Wrona",
"url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/",
"avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g"
},
"image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2021/03/KS1b.png"
},
{
"id": "https://zmt.tarnow.pl/wordpress/?post_type=portfolio_item&p=13971",
"url": "https://www.zmt.tarnow.pl/wordpress/en/item/zdalnie-sterowany-modul-uzbrojenia-zsmu-a3-zsmu-a3b/",
"title": "ZSMU A3 / ZSMU A3B REMOTE CONTROLLED WEAPON STATION",
"content_html": "The ZSMU-1276 A3 / A3B is a remotely controlled armament that allows the crew to carry out fire accurately and efficiently in the battlefield from the interior of the vehicle or the object. The positioned armament operates at wide range of firing angles and the applied system of fire control, at a certain guidance velocity rate, gives effective support to terrestrial units and also annihilates live force, technical equipment, lightly armored off-road vehicles, stationary objects and targets in motion that move at various velocities or low-flying air-borne targets at any time of day and night. The equipment is designated for usage in moderate and cold climate.
\nThe ZSMU-1276 A3 / A3B remote controlled weapon station is designated to mount on the following carrier types:
\n– wheeled armored transporter vehicles,
\n– off-road personnel vehicles,
\n– specialized wheeled and tracked vehicles,
\n– stationary objects and floating units.
\n| TECHNICAL DATA | \nZSMU A3 | \nZSMU A3B | \n
| Basic armament | \nUKM 2000C cal. 7.62 mm | \nWKM-Bm cal. 12.7 mm | \n
| Weight | \n165 kg \u00b15% | \n190 kg \u00b15% | \n
| Service | \n1 person | \n1 person | \n
| Reloading | \nBasic \u2013 electrical, emergency \u2013 manual | \nBasic \u2013 electrical, emergency \u2013 manual | \n
| Work mode/cycle | \n– using operator\u2019s control desktop, | \n– using operator\u2019s control desktop, | \n
| – emergency (manual) | \n– emergency (manual), | \n|
| \n | – additional control panel from the moveable stand | \n|
| Elevation angle scope (ascension) | \nod \u20135 \u030a do +50 \u030a | \nod \u20135 \u030a do +50 \u030a | \n
| Azimuth angle scope (rotation) | \nn x 360 \u030a | \nn x 360 \u030a | \n
| Optoelectronic head | \n– day camera, | \n– day camera, | \n
| – thermal vision, | \n– thermal vision, | \n|
| – laser rangefinder (5 km) | \n– laser rangefinder (5 km) | \n|
| Additional features | \nballistics adapted for the UKM 2000C | \n– gyroscope stabilizer unit for armament and cameras | \n
| – video-tracker, visual target tracking, | \n||
| – comprehensive ballistics for tracking targets in motion \n\u2013 for the rifles: UKM 2000C and WKM-Bm 12.7mm | \n
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\n\n\n", "content_text": "Description\nThe ZSMU-1276 A3 / A3B is a remotely controlled armament that allows the crew to carry out fire accurately and efficiently in the battlefield from the interior of the vehicle or the object. The positioned armament operates at wide range of firing angles and the applied system of fire control, at a certain guidance velocity rate, gives effective support to terrestrial units and also annihilates live force, technical equipment, lightly armored off-road vehicles, stationary objects and targets in motion that move at various velocities or low-flying air-borne targets at any time of day and night. The equipment is designated for usage in moderate and cold climate.\nThe ZSMU-1276 A3 / A3B remote controlled weapon station is designated to mount on the following carrier types:\n– wheeled armored transporter vehicles,\n– off-road personnel vehicles,\n– specialized wheeled and tracked vehicles,\n– stationary objects and floating units.\n\n\n\nTECHNICAL DATA\nZSMU A3\nZSMU A3B\n\n\nBasic armament\nUKM 2000C cal. 7.62 mm\nWKM-Bm cal. 12.7 mm\n\n\nWeight\n165 kg \u00b15%\n190 kg \u00b15%\n\n\nService\n1 person\n1 person\n\n\nReloading\nBasic \u2013 electrical, emergency \u2013 manual\nBasic \u2013 electrical, emergency \u2013 manual\n\n\nWork mode/cycle\n– using operator\u2019s control desktop,\n– using operator\u2019s control desktop,\n\n\n– emergency (manual)\n– emergency (manual),\n\n\n\n– additional control panel from the moveable stand\n\n\nElevation angle scope (ascension)\nod \u20135 \u030a do +50 \u030a\nod \u20135 \u030a do +50 \u030a\n\n\nAzimuth angle scope (rotation)\nn x 360 \u030a\nn x 360 \u030a\n\n\nOptoelectronic head\n– day camera,\n– day camera,\n\n\n– thermal vision,\n– thermal vision,\n\n\n– laser rangefinder (5 km)\n– laser rangefinder (5 km)\n\n\nAdditional features\nballistics adapted for the UKM 2000C\n– gyroscope stabilizer unit for armament and cameras\n\n\n– video-tracker, visual target tracking,\n\n\n– comprehensive ballistics for tracking targets in motion\n\u2013 for the rifles: UKM 2000C and WKM-Bm 12.7mm\n\n\n\nGallery\n\n\n\n\n\n\n\n\n\n ", "date_published": "2020-05-21T12:27:421590064062", "date_modified": "2023-10-27T10:26:121698402372", "authors": [ { "name": "Magdalena Wrona", "url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/", "avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g" } ], "author": { "name": "Magdalena Wrona", "url": "https://www.zmt.tarnow.pl/wordpress/en/author/wrona/", "avatar": "https://secure.gravatar.com/avatar/d85f1fcd27c6d126fc8a096e4416ffa3ce3e38769f59447998cf27b53c1cde8f?s=512&d=mm&r=g" }, "image": "https://www.zmt.tarnow.pl/wordpress/wp-content/uploads/2020/05/PERUN-2.jpg" } ] }