Serbia wants to sell military equipment to Pakistan

[proka89]

BOV M10 and M11

They are offered together with Nora B52 self propelled howitzer. First one is command vehicle, and second one is scout vehicle New versions with improved armor are supposed to give protection against 12.7 mm.

 

[proka89]

@S.U.R.B.

Probably trainers, COINs, and UAVs, as well as weapons for aircrafts.

Lasta 95 trainer

The Aircraft «LASTA» is designed for flight familiarization, evaluation of flying ability, pilot primary and basic training, primary instructions, acrobatics, formation flying, navigation, instrument and night flying. It can perform basic training in gunnery, rocket firing and bombing, also.


SPECIFICATIONS

Power plant:

- one engine ''AVCO-LYCOMING AEIO-540- L1.B5D" 224 kW (300hp), or optionally AVCO-LYCOMING AEIO-580-B1A 235 kW (315 hp)
- propeller two blade, variable pitch, constant speed HARTZELL HC-C2YR-4CF/FC 8475-6, or HARTZELL HC-C2YR-4CF/FC 8475-8

Dimensions:

- Wing Span: 9.702 m
- Length Overall: 7.965 m
- Height: 2.84 m
- Wing Area: 12.9 m2

Weights:

- Empty Equipped: 888 kg
- Max. Fuel: 130 kg
- Max. Take Off (Utility category): 1210 kg
- Max. Take Off (Aerobatic category): 1145 kg

Operational Capabilities (at max. TOF)

Speed:

- Maximum at S/L: 320 km/h
- Never Exceed: 390 km/h
- Maximum Rate of Climb at S/L: 8.5 m/s

Other characteristics:

- Service ceiling: 6000 m
- T-O Run: 300 m
- Landing Run: 280 m
- Maximum Range (without fuel reserve): 1160 km
- Maximum Flight Duration (without fuel reserve): 3 h
- Limit Load Factor: +6/-3

Kobac COIN

The Kobac is prototype of light military trainer aircraft in development by UTVA. It is a single-engine, low-wing tandem-seat turboprop training aircraft with a metal airframe. The aircraft will be capable of higher basic training functions including aerobatics, instrument, tactical flying and it provides an easy transition to jet trainer at higher training levels. And also will be capable of performing close air support, counter insurgency (COIN), and reconnaissance missions. Kobac in Serbian is the Sparrowhawk.

Specifications (Kobac prototype)

General characteristics

Crew: Two, student and instructor
Empty weight: 1,325 kg (2,921 lb)
Gross weight: 1,700 kg (3,748 lb)
Powerplant: 1 × Pratt & Whitney Canada PT6A-62 turboprop, 857 kW (1,149 hp)flat-rated at 708 kW (950 shp)

Performance

Maximum speed: 555 km/h (345 mph; 300 kn)
Cruising speed: 500 km/h (311 mph; 270 kn) at 7,620 m (25,000 ft)
Stall speed: 143 km/h (89 mph; 77 kn) EAS flaps and gear up, 128 km/h (80 mph; 69 kn) flaps and gear down
Range: 1,537 km (955 mi; 830 nmi)
Service ceiling: 11,580 m (37,992 ft)
g limits: + 6.0 g to -3.0 g
Rate of climb: 20.8 m/s (4,090 ft/min)
Take-off distance over 50 ft (15 m) obstacle at sea level: 1,280 ft (296 m)
Landing distance over 50 ft (15 m) obstacle at sea level: 2,295 ft (510 m)


Tactical UAV Pegaz

Long range tactical UAV for day and night reconnaissance and surveillance missions, target acquisition and designation. Equipped with single payload (up to 40 kg on the central adjunction point) or two different (up to 30 kg on the rear and up to 10 kg on the front adjunction point) provides flexibility to fulfill any kind of mission.

Тechnical data
Engine: Two cylinders boxer, 32 КW (43 BHP)

Propeller: Wooden two blades, pusher

Wing span: 6.34 m

Wing area: 4.24 m

Length: 5.395 m

Empty weight: 120 kg

Max payload weight: 40 kg

Max takeoff weight: 230 kg

Max speed: 200 km/h

Cruising speed: 130-150 km/h

Service altitude: 3000 m

Flight duration: 12 h +

Takeoff: Automatic from prepared runway (optional: catapult)

Landing: Automatic on prepared runway (emergency: parachute)

Range: 100 km

Guiding: Fully autonomous way points tracking, holding, camera guiding Emergency and return home mode Altitude and velocity autopilot

Short Range Tactical UAV ‘‘Sparrow’’

Tactical UAV for day or night reconnaissance and surveillance short range missions (up to 10 km) carrying EO payload (daylight or IR camera on the gyro stabilized platform) up to 1.5 kg.

Technical characteristics and performances

Engine: DC electric, 800 W
Propeller: Two blades, graphite composite
Battery: Li-Po 28V, 8000mAh
Wing span: 2.806 m
Wing area: 0.75 m2
Length: 1.94 m
Weight (without payload): 5.5 kg
Maximum payload weight: <1.5 kg
Max takeoff weight: 7 kg
Max speed: 120 km/h
Cruising speed: 61 km/h
Operational altitude (AGL): 300 - 500m
Flight duration: 1+ h
Launching: Automatic, hand launch
Landing:
- Automatic, parachute and airbag
- Optional: belly landing
Uplink: UHF, frequency-hopping spread spectrum
Downlink: S-band, digital, coded
Guiding: Fully autonomous way points tracking, holding, camera guiding
- Emergency and return home mode
- Altitude and velocity

Weaponry for helicopters, we sold them to Iraq recently

MULTI-SENSOR INTELLIGENT PLATFORM &#8211; MIP 11

The main application of system MIP is passive intelligence, surveillance and acquisition of moving and stationary objects in daily, night and low visibility conditions, in a move or in a stay position.
System includes multiple sensors which observe an area of interest and establish its electronic image in different parts of the electromagnetic spectrum. These groups combine multisensors complementary sensor fusion in order to efficiently solve the partial data base problem - passive or semi-active acquisition of facilities. The resulting multispectral image scene is corresponding to the actual situation in the area and can be distributed in real time to other users via the network.

Sensor system is placed on automatized ruggedized telescopic masts in various sizes and remotely controlled stabilized and unstabilized carriers units with a possibility of precise moving in azimuth and elevation.

System integrates the following sensors:
- passive sensor for the visible part of the spectrum - (video camera),
- passive infrared sensor range (thermal imaging - camera),
- active and passive source of laser radiation sensor - for measuring the distance to the object (laser range finder),
- GPS for self-position determination,
- digital compass for orientation.

Also, in order to extend the range of visibility, it is planned further research program and analysis of the possible integration of other sensors such as:

- radar,
- sound goniometer system for accurate determination of sound- sources,
- radar detector, detector of infrared or laser radiation, and chemical and - biological detectors

The system MIP deals with following activities:

- an object detection (to obtain basic information about the existence of the object electronic image scene analysis)
- an object identification (to obtain information on the nature and type of building electronic image scene analysis)
- geo-location (determining the absolute or relative position of the object in relation to the OE system).
- putting object&#8217;s position (coordinates) in the geographic information system (GIS).
- further data distribution to C4ISR system at &#1072; higher level

 

[proka89]

MIP 11 inside:

Robotized platforms

Machine gun for helicopter dors

 

[Screambowl]

may be India can buy these

 

[proka89]

We are also producing wide range of infantry weapons. The most famous producer is Zastava Arms

ZASTAVA ARMS

M93 12.7 long range rifle

M21 5.56x45 Assault Rifle

M02 12.7mm Coyote

Grenade throwers BGA 30 and 40 mm

EZ9

 

[proka89]

We are also large producers of ammunition, and there are some other projects that we are working on so feel free to ask me whatever you wish and i will try to answer as best as i can. There is also possibility that part of this conversation was military medicine or Army academy or even technical cooperation. Thanks to the war our military surgeons are one of the best in the world, and our biggest military hospital (VMA) is one of the best in the region. We are even building military hospital in Angola, that will look like ours, I believe that we will even train their personnel. We were supposed to build one in Libya also, but that is now on hold. And our military institute is one of the best with a lot of equipment that only the few world countries have in their possession.

http://www.vti.mod.gov.rs/index.php?view=labs

 

[Gentelman]

All those weapons are domestically designed and produced. Sometimes we do import some parts, but we are trying to produce most of it by ourselves. Of course we did borrow some of the ideas , for example ALAS is similar to canceled Polyphem missile....

Lazar MRAP/MRAV

The Lazar armored personnel carrier is named after the Serbian Prince Lazar, who headed Serbian Army in 14-th century. This APC was revealed in 2008.

Weight 16.3 t empty basic (with applique 28 t)
Length 7.25 m
Width 1.5 m - 2 m
Height 2.45 m (up to armored hull roof)
Crew 3, 10 passengers
Armor Basic Lv.III, Applique Lv.V
Main armament 20x110 mm autocannon M55
Secondary armament 7.62mm gun, 30mm grenade launcher
Engine diesel 440 hp
Suspension 2x2 tandem axles
Operational range 600 km before refueling
Speed 90 km/h

Cupola options:

- 7.62 x 54 mm machine gun M86
- 30 mm grenade launcher BGA-30 (Serbian license-built AGS-17)

Turret options:

- 12.7 x 108 mm machine gun M87/M02/M07 and 7.62 x 54 mm machine gun
- 20 x 110 mm cannon M55 (Yugoslav, now Serbian development based on the HS.804)[2] and 7.62 x 54 mm machine gun
- 30 x 170 mm cannon M86[3] and 7.62 x 54 mm machine gun

Possible AT missiles

PA will like to use their own APCs....
well maybe we will have some techs used on this to improve our own...
or maybe we can consider to replace our American APCs with this one.....

 

[A1Kaid]

I think if PA is interested it should procure certain military equipment and hardware from Serbia, and if Serbia is interested should procure military equipment and hardware from Pakistan. Pakistan manufactures a large variety of military hardware which I'm sure which will satisfy Serbia and many other countries.

Pakistan should also sell weapons and military hardware to Slovenia, Bosnia, Montenegro, and Croatia.

 

[proka89]

Promotional video for Bumbar AT

Lasta 95

Rocket motor for Orkan 262mm

New Zastava machine gun in 5.56x45

Interesting modification in Serbian army

Mounted orkan (262mm) tubes on ex 9k52 luna-m vehicle

Mile Dragic - Production - Proizvodi
Mile Dragic Productions, located in Zrenjanin, Serbia specializes in the production of a full range of high-quality protective and tactical gear used by law enforcement and military forces, as well as a domestic line of sports apparel.

 

[proka89]

Wide range of ammunition:

PPU
Prvi Partizan Ammunition

Sloboda

KATALOG SLOBODA 2005 SAJAM

Krusik
New Page 1

VB-10 Concludes Company Trials

The VB&#8211;10 soldier system continues to be refined by the state&#8211;owned Yugoimport SDPR and used in formal military trials over the Autumn

Vojnik Budocnosti&#8211;10 (VB&#8211;10) remains a Yugoimport SDPR programme, the Serbian government having yet to commit to a formal programme of record although prototypes of the system have been tested and evaluated domestically and has also been demonstrated to several potential customers in the Middle East and the Far East.

Aleksandar Lijakovic, Head of Promotion Department at Yugoimport said, &#8220;[The VB&#8211;10] has been based on our strategy of the development of a system of systems. We are trying to produce new advanced systems of systems for artillery, mechanised platforms and mechanised infantry. We are building modern state of the art systems with fire control systems and networking.&#8221;

&#8220;We are making a complete development of systems within the Yugoimport SDPR company with original Serbian weapons and optical sights but of course we can also integrate imported components: computers and cameras &#8211; normal commercial and military level off the shelf standard components and integrate them.&#8221;

Serbian requirements for soldier modernisation began in 1999&#8211;2000 and includes all aspects of capability, elements of which are entering service and have already been selected for the VB&#8211;10 system.


New Weapons

As part of Serbia&#8217;s infantry modernisation plans, two new NATO calibre weapons are being brought into service; the 5.56x45mm M21 assault rifle and the M77 7.62x51mm automatic weapon family.

Lijakovic said, &#8220;Those two rifles are the basic weapons systems but the majority of soldiers in the squad will have the 5.56mm weapon. This weapon has cameras with helmet mounted displays and provides for firing around corners. Only two guys in a squad will get the M77 weapons, intended for long range targeting and long range surveillance and Laser Range Finding (LRF).&#8221;

The 5.56mm M21 which dates from 1999 is offered in three barrel lengths. The medium sized barrel is issued with the VB&#8211;10 ensemble. Known as the M21BS&#8211;v10, it is designed as a weapon&#8211;sensor platform with an optical sight bracket on a Picatinny rail; which serves as a mount for an optical sight with integrated target marker which is activated from the forward hand grip. A reflex sight is attached to the top side of the optical sight and the eyepiece of the optical sight has a built in CCD camera connected to an LCD display which allows for firing around corners. The weapon can be used from both eyes and passive night sights can be added for 24 hour operations. In the VB&#8211;10, every soldier in the squad will get a system with a portion of this equipment. The system has been designed so that the camera can be removed leaving only the normal optical sight in circumstances such as low availability of power.

Lijakovic said, &#8220;The system on the M77 7.62x51mm system consists of an integrated daylight sight with optical sight with only X2.1 magnification but with a 15 degree field of view. It is a very effective optical sight. The system has the laser target pointer integrated with this. Depending on the squad concept we can speak about the squad commander who would be equipped with this and the assistant squad commander who is responsible for range finding and pointing targets. He can generate data about range finding and input that data into his GPS computer and send this position by radio communication systems to a parallel network. The guy has this rifle for shooting of enemy troops with this powerful optical sight or even the reflex sight for emergency short distance firing but the basic idea for this weapon is target pointing at long ranges.&#8221;


C4I Trials

At the lowest level, squad commanders will have the position of all members of the squad and also all soldiers have GPS equipped radios which are integrated into the system, and into accompanying vehicles for example. Platoon or company commanders will receive the positions of their subordinate unit leaders. The squad commander assistant will input information about target position and communicate this information upwards to their commanders.

In addition to being able to recharge power in each vehicle, squad members will also have access to vehicle communications via an RF link the intercom out to a range of 1000m.

Trials have been completed with simulated typical tactical missions, including in urban terrain operating as a system with Serbia&#8217;s new Lazar wheeled IFVs at a military test centre 30km northwest from Belgrade. These new trials took place in Autumn 2010, the first which have included VB&#8211;10 since 2007. These saw fifteen sets of equipment used to replicate operations from squad up to company level.

&#8220;Soldier systems are one part of it,&#8221; explained Lijakovic. &#8220;It is a system of systems of joint task forces. We are calling it BMS for Joint Task Forces which is integrating C4I systems throughout the joint task force including the armoured elements represented by M84 tanks, mechanised vehicles and also motorised infantry with the Lazar.&#8221;

In the trials a Trimble Nomad computer was used with the VB&#8211;10 which used Windows Mobile and APP&#8211;6 interfaces although the system is designed to be device agnostic. In the trials Liteye HMDs were also used. Displays will be limited to the squad leader and over. Lijakovic said, &#8220;We are not going any lower because it will be a traffic mess. If soldiers have spotted something they can call by voice and we can input a symbol and the commander can upload data to the higher levels. We are also working on two&#8211;way situational awareness so that not only the upper command echelons have information but also the platoon leader will have information on where the other leaders are, based on their geographic position.&#8221;

A new domestic personal radio is being described as being in a medium stage of development. Lijakovic said of the VB&#8211;10, &#8220;We followed the same logic as any other SMP programme. We are not limited in the radio. We have tested several UHF IP radios with several manufacturers. We can use any type.&#8221;

Different types of US, French and UK sourced CNRs, currently in Serbian service were also used in the trials.

For personal protection new body armour is being deployed known as PBB VB&#8211;10, which supports modular protection to Level 3, 3+ and 4. A new digital camouflage pattern is also entering service.

 

[proka89]

A few more random pictures and that is all from me

 

[Skull and Bones]

Is ZASTAVA arms state owned or private company?

 

[farhan_9909]

HIT should go for a jv with serbian firms for jointly developing a MRAP

 

[proka89]

State owned. Almost all defence industry companies in Serbia are state owned

 

[muslim282]

Serbia is a country producing very good high end weaponry that would fit in well with pakistans needs.
I think we need to build relationships and also have a larger base from where we can buy from and hopefully sell to and involve on joint projects.
Serbia is such a country. Over the last few years serbia has and is trying to build it,s relationships with an number of muslim and non-european countries. Even though it has a questionable past for many, I think pakistan should explore this avenue.
If doesn't benefit us, it won't hurt us.