6th International Defence Fair Partner 2013
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DESERT FIGHTER
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proka89
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Field tent for one person:
Zastava arms hunting rifles:
Zastava arms military program:
Zastava arms sniper rifles:
SOKO 122mm:
BOV M11:
BOV with triple 20mm cannons and strela missiles
Serbian army M10 uniform:
Zastava arms hunting rifles:
Zastava arms military program:
Zastava arms sniper rifles:
SOKO 122mm:
BOV M11:
BOV with triple 20mm cannons and strela missiles
Serbian army M10 uniform:
CheefCoach
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He never do that. He assume that everybody knows what it is on picture. We on mycity-military forum usually do.
In meantime little clarification:
The 8x8 IFV with same color is new Lazar 2. One with camouflage pattern is Lazar 1. The truck with 4 missile container is ALAS. Big RPG is BUMBAR. MRL is MORAVA. The SPG with long barrel is NORA B52, that spg came on Partner with 2 variants. 4x4 Armored car is BOV. Blue-white plane is Lasta 95, and gray is KOBAC. SPG with two revolver drum (on video too) is SORA. Small robot with 2 rpgs is MILICA. There is one BOV in AA variant which is made for God knows who. There is also some electronic equipment and some trucks, jeeps... NORA, Lasta 95 and BOVs are enter into armies. Rest are prototypes. I forgot, small UAV is GAVRAN and big is PEGAZ. Small is just finished, big one is prototype.
If you notices there is a lot of projects in development. That is because we don't have a lot of money for R&D so we are hoping that some early orders will help us. Military industry of Serbia is working to make World safer place
.
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DESERT FIGHTER
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He never do that. He assume that everybody knows what it is on picture. We on mycity-military forum usually do.
In meantime little clarification:
The 8x8 IFV with same color is new Lazar 2. One with camouflage pattern is Lazar 1. The truck with 4 missile container is ALAS. Big RPG is BUMBAR. MRL is MORAVA. The SPG with long barrel is NORA B52, that spg came on Partner with 2 variants. 4x4 Armored car is BOV. Blue-white plane is Lasta 95, and gray is KOBAC. SPG with two revolver drum (on video too) is SORA. Small robot with 2 rpgs is MILICA. There is one BOV in AA variant which is made for God knows who. There is also some electronic equipment and some trucks, jeeps... NORA, Lasta 95 and BOVs are enter into armies. Rest are prototypes. I forgot, small UAV is GAVRAN and big is PEGAZ. Small is just finished, big one is prototype.
If you notices there is a lot of projects in development. That is because we don't have a lot of money for R&D so we are hoping that some early orders will help us. Military industry of Serbia is working to make World safer place
I know abt nora,alas,lazar,lasta etc... but many posters arent aware.... as for money... same goes for our country.. hope we cooperate more...
Btwn zastava arms look nice...
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.... wont mind them invading my house.. 
... on a serious note.. is that armoured or just assembled in Serbia?
CheefCoach
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I believe that vehicle carry some sort of sensor. You see the pole that stick up behind the girls. Who ever toke that picture had something else on his mind
.A lot of sensors were showed on that fair, for those who like that sort of things. Most people prefer to watch planes and guns. They show some staff which generally don't need to be there, but army made sort of tactical technical assembly (TTA), which is sort of military parade. On TTA they show one weapon of each kind and they allow people to see that at close-that bringing military and people closer together and creating sort of bond between them. That why you can see humvey on Fair which were donated by USA, and they don't have any connection with Serbian military industry or aren't planed for sale.
proka89
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Partner 2013 Fair
The First Deputy Prime Minister and Defence Minister Aleksandar Vučić opened the 6th International Fair of arms and military equipment “Partner 2013” at the Belgrade Fair.
On that occasion he said that the “Partner” represents the meeting place for R&D and business entities in the field of defence technologies and the opportunity for domestic and foreign partners to establish new and improve existing business and technical cooperation.
At this fair 92 R&D, service and auxiliary institutions of the Ministry of Defence of the Republic of Serbia participate, together with arms and military equipment manufacturers from country and abroad.
To the visitors of this fair Institute presented its special purpose program: Public Alert and Warning system, CTU300 – Device which provides ciphered full-duplex voice and data transmission over PSTN telephone lines, OpCard – embedded miniature scrambler, iCD0804 – Bulk Ciphering Device, Q7 module and PicoITX module intended for 2D/3D vision systems. Together with Military Technical Institute our company IMP-Computer Systems exhibited prototype of the ground station for unmanned aircraft “Pegaz” and RAPID - solution for providing modern data processing and visualization capabilities to radar systems.
proka89
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M-84AB1 main battle tank at Partner 2013
The M-84AB1 is the latest version of the tank pertaining to M-84 series. The three basic parameters of tank concept (fire power, protection and mobility) are substantially improved by this modernization.
The following innovations are built into the modernized tank, namely: new fire control system (connected to four-channel sighting device), passive reconnaissance radar system (FIRS), tank surveillance measuring device (TOMS) (for surveillance, reconnaissance and sighting at night and in conditions of reduced visibility), command information system (CIS) (providing situation awareness, and data display on situational map with the possibility of information sharing), remotely controlled weapon station cal. 12.7 mm, system for prevention of explosive fire, system for engine protection, NBC system, explosive reactive armor (ERA), electro-magnetic protection against mines, air-conditioning, modified running gear, and power pack with 1000 or 1200 KS engine.
Adapted tanks represent an example of successful integration of different subsystems into one entity, thus making the tank more complete and improving its quality as firepower carrier. The subsystems developed in the process of the development of the above mentioned tank may be successfully applied to other types of the tanks pertaining to T series including the families of T-55, T-62 and T-72 tanks, as well as other types of tanks.
The M-84AB1 main battle tank integrated new day/night sighting device DNNS 2ATK with a thermal imager or alternatively, digital fire control system (FCS).
The tank is also equipped with command-information system KIS M84 and the tank commander's TOMS, an universal multi-sensor optoelectronic platform of tank commander.
To increase its self-protection, the M-84AB1 is fitted with the active optoelectronic protection system SOFTKILL, based on integration of laser detection device, radar detection device and smoke grenade launcher with efficient smoke pots in the visible spectrum, IR, thermal and millimeter radar spectra.
Latest generation of modernized YugoImport main battle tank M-84AB1 at Partner 2013 0207133*-*Army Recognition
Self-propelled ALAS Lorana missile system at Partner 2013
The ALAS/LORANA family of long range missiles belongs to the category of modern prospective systems of long range guided missiles guided without any visual contact between the operator and the target. The system of guidance of all types of missiles belonging to this family of missiles is based on the application of inertial navigation system (INS) in the mid part of the trajectory which provides for flight against the trajectory planned during preparation of the mission using favorable geographical conditions of the terrain shown on digital map on the console of command information system (CIS) in mission operative center.
TV guidance consisting of CCD TV/ thermal image camera and two-way data transmission system based on optical cable coiled around the pulley installed in the rear part of the missile which provides for the operator to carry out reconnaissance of the terrain, select the target and terminal self-guidance. Rocket propulsion of LORANA is based on missile engine using solid fuel which provides for the range of 9 km, while ALAS system uses turbojet engine which provides for effective ranges of 25 km and even 50 km, depending of the applied technical solutions of the subsystems, primarily the capacity of the fuel tank and the length of the optical cable.
The design of the system provides for its integration with different army, navy and airborne platforms, as well as engagement of wide range of moving and stationary' dotted land targets and sea targets, and above all engagement of vital targets deep behind the enemy line.
The self-propelled transport, launching and guidance system (TLG) of ALAS missile is developed in the form of a launching module mounted on a wheeled or tracked vehicle chassis and a missile guidance panel integrated in the vehicle cabin.
The launching module consists of a cradle which is movable in traverse and elevation with the electro-mechanical transmission onto which the transport and launching containers are mounted.
The command and information system (CIS) console and TV monitor for missile guidance are built in the operator's colmmand panel. On his CIS console the system operator receives the designated targets with missile trajectories displayed on a digital map as well as the command for engagement.
After launching the missile, the operator guides it by means of a joystick and a two-way device for data transmission (data link) based on the optical fiber, using the given trajectory and TV/thermal imaging of the target zone generated by the homing head cameras which is displayed on the monitor, until the target has been identified and locked, at the maximum distance of 25 km. In the course of the missile guidance, the operator can change the target and abort the mission by himself.
Battalion battery command post of the ALAS missile system is developed in the form of a container type module which is mounted on a wheeled or tracked chassis vehicle.
The command post is equipped with the target observation and tracking system which is carried out by means of the opto-electronic multi-sensor platform and radar, and the command-information system which enables the networking of the battalion battery with the higher command, as well as mission planning and target definition and designation.
The LORANA rocket is designed for operations at distance up to 9 km on movable and non-movable armored and semi-armored targets.
The LORANA rocket is equipped with TV guidance and powered by a sustainer motor with solid propellant and connected with the launching location via optic fiber cable.
http://www.armyrecognition.com/part...es_of_yugoimport_at_partner_2013_0107133.html
The M-84AB1 is the latest version of the tank pertaining to M-84 series. The three basic parameters of tank concept (fire power, protection and mobility) are substantially improved by this modernization.
The following innovations are built into the modernized tank, namely: new fire control system (connected to four-channel sighting device), passive reconnaissance radar system (FIRS), tank surveillance measuring device (TOMS) (for surveillance, reconnaissance and sighting at night and in conditions of reduced visibility), command information system (CIS) (providing situation awareness, and data display on situational map with the possibility of information sharing), remotely controlled weapon station cal. 12.7 mm, system for prevention of explosive fire, system for engine protection, NBC system, explosive reactive armor (ERA), electro-magnetic protection against mines, air-conditioning, modified running gear, and power pack with 1000 or 1200 KS engine.
Adapted tanks represent an example of successful integration of different subsystems into one entity, thus making the tank more complete and improving its quality as firepower carrier. The subsystems developed in the process of the development of the above mentioned tank may be successfully applied to other types of the tanks pertaining to T series including the families of T-55, T-62 and T-72 tanks, as well as other types of tanks.
The M-84AB1 main battle tank integrated new day/night sighting device DNNS 2ATK with a thermal imager or alternatively, digital fire control system (FCS).
The tank is also equipped with command-information system KIS M84 and the tank commander's TOMS, an universal multi-sensor optoelectronic platform of tank commander.
To increase its self-protection, the M-84AB1 is fitted with the active optoelectronic protection system SOFTKILL, based on integration of laser detection device, radar detection device and smoke grenade launcher with efficient smoke pots in the visible spectrum, IR, thermal and millimeter radar spectra.
Latest generation of modernized YugoImport main battle tank M-84AB1 at Partner 2013 0207133*-*Army Recognition
Self-propelled ALAS Lorana missile system at Partner 2013
The ALAS/LORANA family of long range missiles belongs to the category of modern prospective systems of long range guided missiles guided without any visual contact between the operator and the target. The system of guidance of all types of missiles belonging to this family of missiles is based on the application of inertial navigation system (INS) in the mid part of the trajectory which provides for flight against the trajectory planned during preparation of the mission using favorable geographical conditions of the terrain shown on digital map on the console of command information system (CIS) in mission operative center.
TV guidance consisting of CCD TV/ thermal image camera and two-way data transmission system based on optical cable coiled around the pulley installed in the rear part of the missile which provides for the operator to carry out reconnaissance of the terrain, select the target and terminal self-guidance. Rocket propulsion of LORANA is based on missile engine using solid fuel which provides for the range of 9 km, while ALAS system uses turbojet engine which provides for effective ranges of 25 km and even 50 km, depending of the applied technical solutions of the subsystems, primarily the capacity of the fuel tank and the length of the optical cable.
The design of the system provides for its integration with different army, navy and airborne platforms, as well as engagement of wide range of moving and stationary' dotted land targets and sea targets, and above all engagement of vital targets deep behind the enemy line.
The self-propelled transport, launching and guidance system (TLG) of ALAS missile is developed in the form of a launching module mounted on a wheeled or tracked vehicle chassis and a missile guidance panel integrated in the vehicle cabin.
The launching module consists of a cradle which is movable in traverse and elevation with the electro-mechanical transmission onto which the transport and launching containers are mounted.
The command and information system (CIS) console and TV monitor for missile guidance are built in the operator's colmmand panel. On his CIS console the system operator receives the designated targets with missile trajectories displayed on a digital map as well as the command for engagement.
After launching the missile, the operator guides it by means of a joystick and a two-way device for data transmission (data link) based on the optical fiber, using the given trajectory and TV/thermal imaging of the target zone generated by the homing head cameras which is displayed on the monitor, until the target has been identified and locked, at the maximum distance of 25 km. In the course of the missile guidance, the operator can change the target and abort the mission by himself.
Battalion battery command post of the ALAS missile system is developed in the form of a container type module which is mounted on a wheeled or tracked chassis vehicle.
The command post is equipped with the target observation and tracking system which is carried out by means of the opto-electronic multi-sensor platform and radar, and the command-information system which enables the networking of the battalion battery with the higher command, as well as mission planning and target definition and designation.
The LORANA rocket is designed for operations at distance up to 9 km on movable and non-movable armored and semi-armored targets.
The LORANA rocket is equipped with TV guidance and powered by a sustainer motor with solid propellant and connected with the launching location via optic fiber cable.
http://www.armyrecognition.com/part...es_of_yugoimport_at_partner_2013_0107133.html
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