TELEOPTIK GYROSCOPES ELECTRO OPTO...

TELEOPTIK – GYROSCOPES

ELECTRO-OPTO MECHANICS

The production program includes:

1. DEVELOPMENT AND MANUFACTURE OF OPTICAL INSTRUMENTS AND AIMING DEVICES

2. GUIDANCE AND HOMING OF MISSILES AND MISSILE SYSTEMS

3. INSTRUMENTS AND EQUIPMENT OF ARMORED COMBAT VEHICLES, GYROSCOPES AND GYROSCOPIC DEVICES

4. AIRCRAFT AND HELICOPTER INSTRUMENTS AND EQUIPMENT FOR DOMESTIC AIRCRAFTS

5. SILENCERS - for different calibers of rifles and handguns

6. NANOTECHNOLOGY

Factory “Teleoptik” was established on April 22th, 1922 named “The

first Yugoslav factory for telephony, optics and precision engineering”.Through the evolution of several BOAL (Basic Organization of

Associated Labor) “Teleoptik-gyroscopes” exists as a separate entity

as of 1973.

HISTORY OF ENTERPRISE

Machine workshop is equipped with the latest CNC lathes,

milling machines, machining centers …

We create the most complex 3D models of system

components in the field of optoelectronics, aircraft and rocket

techniques.

Project of modernization "Orao" is today one of the most

important state projects. We are participate in the complete

modernization of a completely new development of hardware and

software, attack-navigation and communication system.

Teleoptik-Gyroscopes has always been a pioneer in

the development, testing and acquisition of new

technologies

In order to increase anticorrosion, antifriction,

thermal resistance and other protection of various

materials, we got it a unique machine in the Balkans -

Rotamat, for the application of nanotechnology, which

allows a series of NANO protection applications on a wide

range of materials (steel, bronze, brass, aluminium,

plastic, rubber).

In our factory are present new technologies of

products surface protection with nanoparticles

* Production of electronic circuit boards

“Clean room" has been renovated for final

adjustments and installation of optical and

optoelectronic systems

• Testing laboratories have the necessary measuring equipment for the implementation of the testing

process

• Equipment is continuously monitored, calibrated, supplied current assurance and doesn’t leave space

laboratory

• Equipment handled by qualified laboratory personnel, which is certified

• Laboratories provide opinions and interpretation of the results of its tests to customer

• In the process of testing laboratories using standardized methods exclusively

Optical laboratory – Equipment, Services

Metrological laboratory ML 21 – Equipment, Services

Chemical laboratory - Equipment, Services

Physical laboratory – Equipment, Services

LABORATORIES

Optical laboratory

* Magnification telescopic system ± 100x (sight, telescopes, binoculars,

etc.)

* Measuring the angle of vision optical devices ± 50°

* Measuring the distance Exit pupil telescopic system 0-1000

* Exit pupil diameter telescopic systems 0-35

* Parallax optical devices and instruments 0-5 Dptr

* Resolution of optical devices (resolution 0,64 "to 41,3")

* Diopter adjustment eyepiece optical devices and instruments ± 5 DPTR.

* Focal length prime lenses and Dublee ± 500mm

* The vertex distance free lenses and Dublee ± 500mm

* The radius of curvature ± 500mm prime lens

* Measuring angles of optical prisms with an accuracy of 1 „

(rectangular prism, Pehan prism ...)

* Recording of the spectral curve of transmission, reflection and

absorption

in the range 190nm - 3300nm for solid samples with dimensions up to

200 mm

(glass, metal coating layers)

* Noncontact temperature measurement by FLIR T660 IR cameras (thermal

efficiency, installation, etc.)

Spectrophotometer

Optical Test Station OTS 200

Metrological laboratoryFEATURES and OVERVIEW OF MEASUREMENT EQUIPMENT

Length

- Mechanical measuring watches

- Control branches

- Micrometer for external, internal measurements and special applications

- Nonius

- Depth meter

Torque - moment of force

Moment key

Rotational speed

- Tachometers

- Stroboscopes

- Measuring centrifuge

Acceleration Vibration

- Preamplifiers accelerometers

Frequency

- Frequency meter

Frequency meter digital

Pressure

- Manometer

- Mano vacuum meters

- Vacuum meters

- Absolute pressure transducers

- Variometers, Altimeter

Converters of absolute and relative pressure

Temperature

- Thermometers with liquid

- Measuring temperature converters

- Preamplifiers converter temperature

- Temperature controllers

- Thermographs, thermohygrographic

- Calibrators furnace and chambers

Relative humidity

- Hygrographs

- Regulators of humidity

Electric current, the voltage and the quantity of electricity

- Measuring DC voltage sources

- Digital voltmeters

- Analog voltmeters

- Measuring voltage transformers

Resistance

- Measuring resistors

- Decade resistance

- Bridges for measuring resistance

- Measuring instruments for resistance

- The earthing resistance and loop

Capacitance

- Measuring capacitors

- Decade capacitance

- Bridges for measuring the capacitance

Metrological laboratory (2)

Ability to review and calibration of measuring equipment

•The speed of rotation of 100 min -1 to 1000000 min -1 (analog and digital

speedometers)

* Direct current µA 20 to 20 A (analog and digital voltmeters and ammeters,

multifunction gauges, multimeters, resistance meters and conductivity, measuring

bridges, resistance decades, resistors, calibrators, meas DC sources)

* DC voltage of 10 µV to 1,200 V (analog and digital voltmeters and ammeters,


bridges, resistance decades, resistors, calibrators, mensural DC sources)

* AC voltage of 10 µV to 1,200 V (analog and digital voltmeters and ammeters,


bridges, resistance decades, resistors, calibrators, mensural AC sources)

* Resistance of 10 mΩ to 110 MΩ

(analog and digital voltmeters and ammeters, multifunction gauges, multimeters,

resistance meters and conductivity, measuring bridges, resistance decades,

resistors, calibrators, mensural AC and DC sources)

* Capacitance of 10 pF to 10 mF (capacitors, the capacitive decades)

* The inductance of 10 µH to 1000 H (coils, inductive decades)

Chemical laboratory

* Identification and examination of the composition of inorganic coatings and layers (zinc, tin,

cadmium, copper, silver, gold, etc ...)

* Examination of the external appearance

* Determination of thickness of surface protection

* Gravimetric method

* Dissolution method

* Testing of adhesive strength (point method, the method of deleting the filter paper, a method

of heating.)

* Porosity tests (Feroskil, immersion method, droplet method)

* Corrosion resistance test (salt fog method, method continuous immersion to a solution of

sodium chloride, the method of alternating immersion in sodium chloride solution)

* Protective testing (ability to test the protective anodic oxide layer on aluminum and aluminum

alloys)

* Protective testing of chromatic layer on copper and copper alloys

* Testing electrolyte for galvanic coatings (zinc, nickel, copper, chromium, lead, tin, lead, etc ...)

* Testing of the color (the physico-chemical characteristics, the performances during

application, drying time, gloss, flexibility, resistance to various temperatures, resistance to

water, the infrared-reflection, hardness, etc ...)

* Testing of lacquers (physico-chemical performances, viscosity, drying time, and adhesion,

flexibility, hardness, resistance to a wide temperature range, resistance to heat aging

resistance, water absorption, etc ...)

XRF (determination of chemical composition)

Brukers Titan 800: Type

XRF Spectrometer

Clime-mechanical tests:

* The effect of vibration (up to 3000 Hz), random vibration and

detect resonant frequencies

* Exposure to a centrifugal acceleration of samples up to 150g.

* The influence of impact loads in sinus or half-sine mode up to 200g.

* Exposure to temperatures in the range of -70 to +180° C

* Exposure to the combined effects of temperature and humidity in

the range of 0 to 180° C and from 3 to 98% relative humidity.

Physical laboratory

Climate chambers

Centrifuge

System for testing of influence on vibrations and impacts

“Clean Rooms”

* In the company there are 3 “clean rooms” each 600m2

* The cleanliness of the space 100 000; there are also classes of

purity 10 000 and 5000 (measured according to standard ISO 8 for cleanroom clasification)

• Temperature 24 ± 2 °C

• Overpressure 5 – 10 Pa

• Moisture 50% ± 10%

* In the “clean rooms” is final assembly and adjustment gyros,

missile programs, optics, overhaul

* The level of cleanliness is necessary in the room due to the

installation of rolling bearings that are extremely sensitive to external influences

AVIATION OFFENSIVE NAVIGATION SYSTEMS

* Installation digital electronic equipment, weapon systems,

offensive-navigation system and devices for anti-electronic

protection

EQUIPMENT FOR MODERNIZED GROUND-ATTACK AIRCRAFT -“EAGLE”

* Built in the new acquisition optoelectronic systemthat allows tracking target at longer distances

* After the modernization, the “Eagle” will be able to

perform all tasks at day and night in complex

meteorological conditions; the aircraft will not lose on

aerodynamics and maneuvering abilities would remain

the same; also the modernization would expand the

aircraft’s lifespan

* In addition, modifications will be carried out parts

of structures, a new guided weapons for action atground targets

AVIATION OFFENSIVE NAVIGATION SYSTEMS

AIRBORNE MISSION COMPUTER ARM-AE1

Features:

· Intel Core i51.9Ghz Quad Core

· 16GB DDR3 Memory

· 2 touch screen displays support (HDMI/DVI, VGA)

· 2/4 independent PAL/NTSC analog or HD/SD

video inputs

· OS: Windows 7, 8, 10, VxWorks

· DO-160 Certified

· Analog/Digital signal processing support

· Multiple I/O ports including 2x1553, ARINC Rx/Tx,

2xCANBus, multiple UARTS

· Removable USB Solid State Drive for mission plan,

recording and debrief

· MIL 38999 circular connections support· Robust and fan less for silent operation

•ARM-AE1 is an ideal solution for military fixed wing aircraft, helicopter and

military vehicles, where space and reliability are at a premium

•ARM-AE1 is optimised for Military airborne requirements offering

exceptional performance and versatility in a small package working in harsh

environment

•The Airborne interfaces (MIL-1553 & ARINC) are provided to allow the user

to integrate equipment such as: Inertial Navigation System, Air Data

Computer, HOTAS, Radio Navigation equipment, Airborne armament FCS, as

well as pilot HMI or other USB or Ethernet peripherals

•ARM-AE1 is equipped with analog/digital acquisition & signal processing

capabilities allowing the system integrator connection with the equipment

with analog/GPIO digital outputs.

AIRBORNE PILOT DISPLAY 5.6” APM 5.6

Features:

· High Brightness (Sun-light Readable)

· Extremely Small Bezel Dimensions

· Full Customer defined 18 x Bezel Buttons& switches

· Full Customer defined 3xEncoder features

· Multiple Video inputs (HDMI/DVI, VGA, CVBS PAL/NTSC)

· Low Weight

· Light sensor included, NVG Compatibility (Option)

· Military Circular Connectors

· Wide Range for Environmental/EMI/EMC

· Fully Enclosed Unit (IP66), Convection Cooling

· Rugged AR Touch Screen (Option)

•The Airborne Pilot Monitor APM 5.6” (APM 5.6) is a highly reliable

airborne display system

• APM 5.6 offers a 5.6” rugged display that is particularly suitable for

Military Mission Airborne/Ground applications where space is at a

premium such as in Jet Fighter Cockpits, Helicopters and Armored

vehicles

•The APM 5.6 has small bezel size, flexible mounting configurations,

configurable I/O, and flexible AC/DC power supply make it a valuable

solution for many mission critical applications

•The APM 5.6 is a full-featured military specified display with a wide

variety of standard options, and TELEOPTIK - Gyroscopes is prepared to

customize the display to ensure that the product meets your exacting

requirements

AIRBORNE PILOT DISPLAY 8.0” APM 8.0

Features:

· High Brightness (Sun-light Readable)

· Extremely Small Bezel Dimensions

· Full Customer defined 22 x Bezel Buttons & switches

· Full Customer defined 3 x Encoder features

· Multiple Video inputs (HDMI/DVI, VGA, CVBS PAL/NTSC)

· Low Weight

· Light sensor included, NVG Compatibility (Option)

· Military Circular Connectors

· Wide Range for Environmental/EMI/EMC

· Fully Enclosed Unit (IP66), Convection Cooling

· Rugged AR Touch Screen (Option)

•The Airborne Pilot Monitor APM 8.0” (APM 8.0) is a highly reliable airborne

display system

•APM 8.0 offers a 8.0” rugged display that is particularly suitable for Military

Mission Airborne/Ground applications where space is at a premium such as in

Jet Fighter Cockpits, Helicopters and Armored vehicles

•The APM 8.0 has small bezel size, flexible mounting configurations, configurable

I/O, and flexible AC/DC power supply make it a valuable solution for many mission

critical applications

•The APM 8.0 is a full-featured military specified display with a wide variety of

standard options, and TELEOPTIK – Gyroscopes is prepared to customize the

display to ensure that the product meets your exacting requirements.

MISSILE PROGRAM

IR (Infra Red) HOMING HEADmissile “ARROW 2M”

• “Arrow 2M” is intended for the destruction of low-

air targets in the airspace under optical visibility

conditions

• IR homing head is for forming control signal

proportional to angle of the vision line (distancevector) of the target

Technical features

Operating surrounding temperature -40°C ÷ 50°C

Optical system field of vision angle 2α = 1,5°

Maximal target following speed

At start up to

12°/s,

during flight 9°/s

Time needed to put gyro in operation 5 s

Maximal target reaching distance to 6 km

Voltage supply of electric circuit 40 V

Mass of standard head 930 g

HOMING HEAD FOR “ARROW 10”

• “Arrow 10” is a highly mobile, low-altitude, short-rangeground to air missile system.

•Homing head is a part of circle for directing a rocket and

is designed for providnig passive homing missiles at an air

target by providing the control signal for angular velocity

and line of sight for bearing corner

It can operates in two diapason spectrum:

- "F" channel to the visible range of the background of

the uniform, with three degrees of cloud cover and in the

final day cloudiness;

-”I” channel in the infrared spectrum of the complexbackground of the sky during the day and at night

Technical features

Angle of field operation “F” and

“I” channel1°

The maximum angular velocity 15°/s

Maximum angle of bearing ±40°

Temperature range -40°C ÷ 50°C

AUTOPILOT “A-200” (to programmed rocket target)

• Autopilot "A-200" is used to the control signal from the output unit

electronics and programmers formed executive signal for operating the rocket

servo system

• It can be used in unmanned aircrafts.

Technical features

Accuracy of keeping direction 0,5°

The accuracy of rolling stabilization ± 1,5°

Accuracy of keeping the height ± 25m

Altitude use 100 ÷ 7000 m

Supply voltage of the rotor

gyroscope3x115 V, 400 Hz

RPM of the rotor gyroscope 23000 min-1


Mass 6,8 kg

TV-IIR Homing heads-missile system “ALAS”

Developed for attacks on tanks, armored fighting vehicles,

fortifications, command posts, low-flying helicopters, coastal ships,

industrial facilities, bridges and more. It can be used by helicopters,

armored vehicles, small ships and infantry.

The ALAS uses a combined TV/IR guidance, which cannot be jammed.

ALAS-D (daily) ALAS-C (nightly)

CCD field of view 3x5° Sensai IC passive

Optics 35-50 mm

Fiber optic guide

Range: 25 km (rocket motor) ≈60km (turbo jet motor)

Correlation and contrast algorithm of target tracking

Freely rotating gyroscope MEMS gyroscope

TV HOMING HEAD TV.HH 200mm

Features:

· Designed and manufactured for airborne integration

· Ruggedized design according to the object dynamics influence

· Strap-down INS cappabilities

· Different kind of interfaces for object integration (CAN, UART,

1553)

· Can be integrated as surveillance equipment

· Qualified according to the MIL standards

· Different kind of HH calibration regarding to the customer needs· Full Customer support during HH integration

* The TV Homing Head TV.HH -200mm is a highly reliable system

and ideal solution for the airborne smart weapon integration

regarding to the video information during terminal phase of

guiding missiles

* Depending on the customer needs TV.HH-200mm can be

prepared/integrated in both system configuration modes LOBL-

Lock On Before Launch & LOAL-Lock On After Launch all controlledby the airborne HOTAS system.

IIR-HH175 homing head

•IIR-HH175 homing head is designed for missile system guided ground to ground

•IIR HH-175 is thermal equipped missile homing head, designed for use in night at

low light conditions

• It’s thermal optics allows precision attacks on ground targets using built in

tracking algorithm. This algorithm allows the operator to select a target and

track it

• Tracking allows the homing head to steer the missile to its target and

eventually destroy chosen target

Technical specification:

Diameter 175 mm

Weight 3,5 kg

Length 340 mm

Range 3 km

GuidanceContrast/centroid, correlation,

combined / terminal IRH guidance

System

stabilzation2 – axis gimballed

•TV-HH175 homing head is designed for missile system guided ground to

ground

•TV HH-175mm is a TV equipped homing head, designed for use in

daylight conditions

•Its optical element allows this head to track targets up to 3km away

•This homing head is designed to allow precision attacks on ground

targets using built in tracking algorithm

TV-HH175 homing head

Technical specification:

Diameter 175 mm

Weight 3,9 kg

Length 340 mm

Range 3 km

GuidanceContrast/centroid, correlation,

combined / terminal IRH guidance

System

stabilzation2 – axis gimballed

DC Brushed Torque Motor

Motor is designed in such a way as the

function in direct-drive construction

The stator is equipped with permanent

magnets and the rotor with DC specific winding

which is connected to an extra-flat comutator-

brushes system. The rotor performs a continuous

rotation.

The DC direct drive construction torque

motor is equivalent to a DC servomotor with a

gear or mechanical multiplier but, because of the

latter’s absence (gear/mechanical multiplier), the

servosystem is ideal for very fast accelerations

or decelerations.

GYROSCOPE

• Gyroscope is part of the control of the missile in which

the control signal transmitted conductive line (micro -

cable) to the control panel

• It is used in guided missiles – Maljutka.

Technical features

Maximum deviation frames for 30 souter frame ± 1°

inner frame -4°÷ 3°

Speed rotor gyroscopes 27000 min-1

During the fall speed of the rotor from

27000 to 18000 min ˉ ¹for at least 30 s

Power release bracket 30 ÷ 200 N


Mass 0,342 kg

GYROSCOPE FREE FOR “BUMBLEBEE”

Gyroscope free is designed for disposable AAMS (anti-armor missile system)

“Bumblebee”, which provides information on the vertical reference in period of 3

seconds after launching.

* Power supply: +5 V DC

* Acceleration – from the gas generator

* Current consumption: 50 mA

FIRE CONTROL SYSTEM - FCS

COMPONENTS FOR FIRE CONTROL SYSTEM (sensor head, control panel)

FOR ARMORED COMBAT VEHICLE LAZAR

(or a similar vehicle, may be carried out modifications to the customer's needs)

COMPONENTS FOR FIRE CONTROL SYSTEM (sensor head + collimator)

FOR NAVAL ANTI-AIRCRAFT GUN 20mm

SENSOR HEAD COMPRISES:

1. DAILY CHANNEL

2. NIGHT CHANNEL (THERMOVISION)

3. LASER RANGE FINDER (LRF)

CONTROL PANEL COMPRISES (ON COMBAT VEHICLE):

1. JOYSTICK FOR LAUNCHING REMOTE CONTROLLED WEAPON STATION

2. COMPUTER WITH A APPROPRIATE SOFTWARE THAT ALLOWS OBSERVATION AND AIMING

TARGET 3. JOYSTICK ALSO HAS FUNCTION OF TRIGGER AND LRF (LASER RANGE FINDER)

COMBAT VEHICLES GYROBLOCK

• It can be used for measuring the angular velocity

tank gun tube about three mutually vertical axis

and the inclination angle measuring longitudinal

axis and transverse axis of the cannon vehicle

relative to the horizontal plane• Previous application: tanks T-55A , M-84, M-84A

Gyroblock for tank M-84

Technical features

Measuring range of angular velocity

gyroscope0 ÷ 20°/sec

Accuracy of angular velocity

measurement± 0,5%

The minimum random drift to 0,03°/sec

The measuring range of angles 0° ÷ ±15°

Temperature range -30° ÷ 50°C

Mass 14 kg

GYRO SEMI-COMPASS GPK-59

* Gyro semi-compass GPK-59 is used to control

ground combat vehicles at a given exchange rate

and measuring the angle of rotation

* It can be used for various moving objects,vessels, etc. Previous use: tanks M-84 and M-84A.

Technical features

Supply voltage3x36 V, 400 Hz – for gyro motor GMA-4P

27,5 V for pointer illumination

Range of

measuring0 ÷ 360°

Measurement

accuracy± 40 AH in 30 min.

Pointing

resolution20 AH

Temperature

range-30°C ÷ 50°C

Mass 2,2 kg

OPTICAL SIGHT ONS-1

Designed for targeting fixed and moving targets at firing an

automatic rifle 7,62 mm at distances up to 800m by day, by

day in low visibility conditions and at night the visible targets

Magnification of 3,5x and field of view of extraordinary 12°

This configuration of sight enables fast and reliable mountingon Picatinny sight rail

Technical features

Magnification 3,5 x

Field of view 12°

Eye relief 35 mm

Objective diameter 21 mm

Constant diopter -0,5 … -0,75 dpt

W/H/L 89/83/180mm

Temperature range -30°C to + 50°C

Total mass ≈ 935g ± 20g

• Increased aiming confidence• Reduced training time and ammunition• Easy to use and clean• Unaffected by extreme weather conditions• Rugged – durable construction• No hazardous materials used• Filled with Nitrogen• Illuminated reticle offers perfect aiming during day, dusk and dawn!

OPTICAL SIGHT NO M10

Designed for targeting fixed and moving targets at firing an automatic rifle 5,56 mm at distances up to 500m

by day, by day in low visibility conditions and at night the visible targets

Fast and reliable mounting on Picatinny sight rail

Modern design, the highest quality materials, enabling reliable long-term use in the most extreme conditions

Technical features

Magnification 2 x

Field of view 14°

Eye relief 50 mm


Constant diopter -0,5 … -0,75 dpt

W/H/L 81/74/180mm


Total mass ≤ 590 g

Optical sight 4x20 is designed for targeting

fixed and moving targets at firing an automatic

rifles at distances up to 500m by day, by day in

low visibility conditions and at night the

visible targets

Magnification of 4x and field of view of 7°

Meets all the requirements of high precision; it

has the practical use in extreme climatic andterrain conditions Technical features

Magnification 4x

Field of view 7°


Reticle ballistic

Exit relief position ≥ 50 mm

Resolution up to 15”

Parallax ≤ 0,2 dpt

Dimensions 170x81x75 mm

OPTICAL SIGHT 4x20

OPTICAL SIGHT 4x28

Designed for targeting and moving targets at distances up to 800m by

day, by day in low visibility and night at the visible targets

Designed for automatic rifles

Meets all the requirements of high precision; it has the practical use in

extreme climatic and terrain conditions

Technical features

Magnification 4x

Field of view 7°

Reticle ballistic

Exit relief position ≥ 50 mm

Resolution up to 15”


Length 175 mm

4x28 on modular assault rifle Zastava M17

OPTICAL SIGHT 8x56

8x56 is reliable device which guarantees long-term usage in

all environmental circumstances

Advanced design and first-class optics as well, image is clear

and well-illuminated

Reticle is movable according to direction and height,

providing a stability of position taken during rectification

Useable on long range sniper rifles with different calibers.

Technical features

Magnification 8x

Field of view 3°


Dioptric adjustment ± 2,5 dpt

Exit pupil distance 75 mm

Mid tube diameter 30 mm

Exit pupil diameter 7 mm

Length 400 mm

Mass 850 g

TECHNICAL FEATURES 6x42 8x42 10x42

Magnification 6x 8x 10x

Field of view 4° 3° 2°

Entrance pupil diameter 42 mm 42 mm 42 mm

Exit pupil diameter 7 mm 5,2 mm 4,2 mm

Exit pupil distance 92 mm 87 mm 85 mm

Resolution to 7” to 7” to 7”

Reticle MilDot MilDot MilDot

Eyepiece dioptric range - 2,5 dpt… + 2,5 dpt - 2,5 dpt… + 2,5 dpt - 2,5 dpt ... + 2,5 dpt

Parallax ≤ 0,2 dpt ≤ 0,2 dpt ≤ 0,2 dpt

Length ~ 340 mm ~ 340 mm ~ 340 mm

Temperature range -30°C ... + 55°C -30°C ... + 55°C -30°C ... + 55°C

Designed for targeting fixed and moving targets by day, by day in low visibility

and night at the visible targets

Useable for long range sniper rifles

Meets all the requirements of high precision over long distances, as well as the

practical use in extreme climatic and terrain conditions

OPTICAL SIGHTS (6x42, 8x42, 10x42)

RED DOT SIGHT

Non-magnifying reflector (or reflex) sight for firearms, that

gives the user an aimpoint in the form of an illuminated red dot

Fast acquisition and easy to use gun sights for target shooting, in

police and military applications.

Useable on hand granade launcher 40mm

Note:Size of spot is constant with 11 levels of light intensity

Technical features

Magnification 1x

Size of spot 3 MOA

Size of clicking on 100m 22 mm

Parallax 0 dpt

Power supply 3V (type 2032)

Temperature range -30°C to 55°C

Dimensions 155x60x85mm

Mass 480 g

COLLIMATOR SIGHT NK M09

Designed as main or auxilary sight system on aircrafts (planes or helicopters)

It can be mounted on manually controlled machine guns as well

It has magnification 1x and supply illumination DC 24V

Reticle could be made in division system of 60-00 or 64-00, or in other division or reticle shape,which customer demands

SIGHT SYSTEM NSBG-1

Opt-mechanical instrument which uses for direct or indirect sighting for grenade launcher 30mm

It can shoot mobile and immovable targets on ground at day, reduced visibility and night on illuminated targets.

Technical features

Magnification 2,7x

Field of view 13°

Exit pupil diameter 4,5 mm

Eye relief 27 mm

Resolution ≤ 18”

Constant diopter -0,5 to -1 dpt

Angular division 1/6000

Mass of NSBG-1 1 kg

Mass of set 2,35 kg

SIGHTING DEVICE NSB-3


Elevation angle scale 0-00 to 10-00

Azimuth angle scale 0-00 to 60-00

Value of division, azimuth drum 1-00 (100 mils)

Value of division, azimuth plate 0-01 (1 MIL)

Bubble level sensitivity 5’ to 7’


Mass 0,8 kg

NSB-3 serves for sighting of both moving and stationary targets when firing with the light mortar 60mm

and 82 mm in day and night time conditions.

Collimator reticle is being used for sighting.

The sighting device is provided with scales for taking of horizontal and vertical angles and with

collimator for sighting.

We can also produce NSB-3 with angular division 1/6400

SIGHTING DEVICE NSB-4B

Magnification 1,8x

Field of view 8°

Exit pupil diameter 5,5 mm

Exit pupil distance 25 mm

Resolution 20”

Constant diopter -0,5 to -1 dpt


Bubble level sensitivity 5’ to 7’


Mass of sighting device with binocular 0,910 kg

NSB-4B serves for sighting of both moving and stationary targets when firing with the light mortar 120 mm,

in day and night time conditions

Vertical and horizontal angles are assumed on appropriate drums and plates

We can also produce NSB-4B with angular division 1/6400

PASSIVE OPTICAL SIGHT

POS – 11 is intended for effective detection of the target and aiming in darkness

Useable on assault rifles 7,62mm caliber

The sight can be equipped with an image intensifier tube of generation 2+ as well as generation 3

Technical features

Magnification 3,5 x

Field of view ≥12°

Azimuth adjustment range ± 10

Elevation adjustment range ± 10

Image intensifier tube Gen 2+ ili Gen 3

Width 90 mm

Height 90 mm

Length 185 mm


Total mass < 1200 g

THERMAL IMAGING SIGHT-NT35 is a thermal weapon sight which is widely used for law enforcement

It can detect heat of any targets against cooler background during day or night, especially in severeconditions such as total darkness, haze, dust, sleet, forest, grass, disguise ...

THERMAL IMAGING SIGHT– NT35

DETECTOR DATA

IR resolution 640x480

Type Uncooled FPA

LENS DATA

FOV/Focal distance 18°x13,3°/35mm

F F 1.0

Detection distance (human) 1140m

Recognition distance (human) 320m

Eye relief 27mm (50mm optional)

Diopter -5~+5

IMAGE PERFORMANCES

Display 800x600 OLED

Zoom 2x

Reticle color White/Black

Battery type 2pcs CR123 battery

Picatinny rail MIL-STD 1913

Operating temperature range -30°~ +60°C

DIMENSIONS

LxHxW 156x61x66mm

Mass 560g

THERMAL IMAGING SIGHT – NT75

THERMAL IMAGING SIGHT-NT75 with high resolution which is widely used for law enforcement

With the current technology, it can continuously detect heat of any targets against cooler

background during day or night, especially in severe conditions such as total darkness, haze, dust, sleet,forest…

DETECTOR DATA

IR resolution 640x480

Type Uncooled FPA

NETD/Sensitivity ≤ 50mK@30°C

LENS DATA

FOV/Focal distance 8.3°x6.5°/75mm

Focus range 8m~∞

Detection distance (human) 2400m

Recognition distance (human) 620m

Eye relief 48mm

Diopter -6~+4

IMAGE PERFORMANCES

Display 800x600 OLED

Zoom 2x, 4x

Reticle color White/Black

Battery type 2pcs 18650 lithium battery

Picatinny rail MIL-STD 1913

Operating temperature range -35°~ +60°C

DIMENSIONS

LxHxW 252x99x87.5mm

Mass < 1.2kg

NIGHT VISION ATTACHMENT

Set with ONS-1

Set with ON-M10

NVA is attachment device that serves for the purpose of converting existing rifles into fully functional night

vision weapon systems in an extremely easy and quick transition

It may become part of any existing riflescope system, which enables the equipment to be used in wide rangeof tactical applications

Technical features

Magnification 1x

Field of view 14°

Focus length 60 mm

Entrance pupil diameter 40 mm

Focus range 10m÷ ∞

Width 75 mm

Height 80 mm

Length 185 mm


Total mass 650 g

LASER TARGET DESIGNATOR

Opto-electronic device which is used for marking targets with laser

beam at night and low visibility conditions

Fast and efficient targeting in these conditions

Can be mounted on any type of weapon that has a Picatinny rail.

Laser Target Designator Visible spectrum Invisible spectrum

Power of laser radiation 5 mW 5 mW

Wavelength laser diode radiation 635 – 645 nm 780 - 850 nm

Visibility at night conditions (brightness 5 lx) 200 m 500 m

Work autonomy 5 hours 5 hours

Temperature range -10° to 55°C -10° to 55°C

Supply lithium battery CR -123A 3V 3V

Mass without battery with Picatinny mount 230g 230g

Dimensions 94 x 51 x 38 mm 94 x 51 x 38 mm

RECTIFICATION TELESCOPE

Enables reduction of barrel axis in different weapon

calibers in the desired position on board for rectification

or distant target

Produced in following calibers: 5,56 / 7,62 / 12,7 / 20 /30mm / 40mm or by customers demand..

Technical features

Magnification 4x, 5x or 5,5x

Dioptric adjustment -0,5 to -0,75 dpt


Centricity of caliber axis

and optical axis≤ 0-01

PERISCOPE

* Commander periscope is an optical device that is mounted on top of

the turret armored combat equipment.

Mirror periscope can lead fixed in two positions as follows:

- Operating position can be adjusted for height and capture the

desired viewing angle

- Passive position when the scope is not used.

Periscope is filled with inert gas and supplied the system to prevent

fogging and freezing part of the periscope which is exposed to weather

conditions.

Commander periscope

Periscope driver

Periscope driver is an optical device that attaches to

the cab armored combat assets.

Normal field of view:

- the width of the horizontal field of view 78°

- the width of the vertical field of view 26°

The power of resolution: 20˝

HAND-BEARING COMPASS TYPE M-53

Uses for determination sides of the world and a general orientation, the orientation of the

map, measuring and entering coordinates

It could be used in sports and recreation and a variety of other outdoor activities or as

needed in ordinary life.

TECHNICAL FEATURES

Division in

thousandths0 ÷ 6400 (smallest 50/1000)

Division in degrees 0 ÷ 360 (smallest 2˚)

Accuracy in

thousandths± 35/1000


Mass 155 g

SILENCERS

A suppressor, sound suppressor or silencer is a device attached to or part of the barrel of a

firearm or air gun which reduces the amount of noise and visible muzzle flash generated by

firing the weapon. Dimensions, mass and suppression level are harmonized with international

manufacturers.

These are made of high quality materials and robust constructions. Not affect the accuracy and

precision shooting. They are resistant to various shocks and falls. The silencer can be quickly

and easily attached and removed from the weapon. It can be easily dismantled and cleaned with

the same equipment and tools for maintenance of weapons for which the suppressor is intended.

Length

[mm]

Mass

[kg]Diameter,

max/internal

[mm]

Suppression level*

-dB(AI)

228 0,51 48/40 19/17**

* Shot intensity measured at a distance of 10m / 45°, laterally relative to barrel muzzle with burst noise

measuring device passing through filter by which the sensitivity of measuring device is appropriate to human ear

characteristic

** The first measured value refers to suppression level measured for the ammunition having subsonic bullet and

the other refers to standard ammunition

SILENCER FOR SUBMACHINE GUN9x19mm PARA MP5 H/K

SILENCER FOR ASSAULT RIFLE

7,62x39mm M70, AK47, AKM

Length

[mm]

Mass

[kg]

Diameter -

max/internal

[mm]

Suppression level*

-dB(AI)

225 0.62 54/43 21/10**

* Shot intensity measured at a distance of 10m / 45°,

latteraly realtive to barrel muzzle with burst noise

measuring device passing through filter by which the

sensitivity of measuring device is a appropriate to

human ear characteristic.

** The first measured value refers to suppression

level measured for the ammunition having subsonic

bullet and the other refers to standard ammunition

SILENCER FOR ASSAULT RIFLE 7,62x39mm M70, AK47, AKM

SILENCER FOR SNIPER RIFLE

7,62x51mm NATO TRG22 SAKO


measuring device passing through filter by which the sensitivity of measuring device is appropriate to human ear

characteristic

** The first measured value refers to suppression level measured for the ammunition having subsonic bullet andthe other refers to standard ammunition

Length

added to weapon[mm]

Mass

[kg]

Diameter

max/internal[mm]

Suppression level*

-dB(AI )

290/194 0,76 54/43 20/9**

SILENCER FOR ASSAULT RIFLE 5,56mm M16A1, A2,

5,56mm M4 CARBINE COLT

Lengthadded to weapon

[mm]

Mass

[ kg]Diameter

max/internal

[mm]

Suppression level*

-dB(AI)

192/140 0,57 48,5/32 10


measuring device passing through filter by which the sensitivity of measuring device is appropriate to human

ear characteristic;

SILENCER FOR PISTOL 9x19mm

PARA CZ99/CZ999 ZASTAVA

* Shot intensity measured at a distance of 10m / 45°, laterally

relative to barrel muzzle with burst noise measuring device

passing through filter by which the sensitivity of measuring

device is appropriate to human ear characteristic

** The first measured value refers to suppression level

measured for the ammunition having subsonic bullet and theother refers to standard ammunition

Length

[mm]

Mass

[kg]

Diameter

max/internal

[mm]

Suppression level*

-dB(AI)

216 0,47 41/36 14/12**

;

SILENCER FOR MACHINE GUN 7,62x54mm M-84 ZASTAVA, PKS


measuring device passing through filter by which the sensitivity of measuring device is appropriate to human

ear characteristic

Length

[mm]

Mass

[kg]Diameter

max/internal

[mm]

Suppression level*

-dB(AI)

254 1,4 75/40 10

WEAPON Length

[mm]

Mass

[kg]

Diameter,

max/internal

[mm]

Suppressionlevel*

-dB(AI)

9mm Para CZ99/CZ999 ZASTAVA(Serbia)

216 0,47 41/36 14/12**

Automatic pistol 7,65mm M61(CZ), M84 ZASTAVA

216 0,36 43.5/38 22

Pistol .22LR 154 0,145 31/26.5 21

SUB MACHINE GUN 9mm PARA MP5 H&K

228 0,51 48/40 19/17**

SUB MACHINE GUN 9mm PARA UZI

228 0,43 46/40 19/17

SILENCERS FOR PISTOLS AND SUBMACHINE GUN

ASSAULT RIFLE Length

[mm]

Mass

[kg]

Diameter,

max/internal

[mm]

Suppression level*

-dB(AI)

7,62mm AK47/AKM, M70

(Serbian version) and other

models: RPK, M72 ZASTAVA LMG(Serbian)

225 0.62 54/43 21/10**

5,45x39mm AK74 225 0,61 54/43 13

5,56x45mm AK-102 225 0,61 54/43 12

5,56x45mm M21 ZASTAVA 274 0,77 54/43 13

5,56x45mm M21 ZASTAVA TACTICAL

190 0,56 48/33 10

5,56mm G36C H&K 160 0,5 48/43 10

5,56x45mm M16 A2/M4 192 0,57 48.5/32 10

SILENCERS FOR ASSAULT RIFLES / LIGHT MACHINE GUNS

* Shot intensity measured at a distance of 10m / 45°,

laterally relative to barrel muzzle with burst noise

measuring device passing through filter by which the

sensitivity of measuring device is appropriate to

human ear characteristic

** The first measured value refers to suppression

level measured for the ammunition having subsonic

bullet and the other refers to standard ammunition

WEAPON

Length

[ mm]

Mass

[ kg]Diameter,

max/internal

[ mm]

Suppression level*

-dB(AI)

Semi-automatic 7,9x57mm M76 ZASTAVA(Serbian)

285 0,83 54/43 20/10**

Semi-automatic 7,62x54R mm M91 ZASTAVA

285 0,82 55/43 20/9

Bolt-action 7,62x51mm(N) TRG22 SAKO

290 0,76 54/43 20/9

Bolt-action .338 LM TRG42 SAKO 290 0,86 54/43 20/9

Bolt-action 7,62x51mm (N) LRS2 R93 BLASER

274 0,78 54/43 21/10

Bolt-action 5,56x45mm LRS2 R93 BLASER

274 0,78 54/43 16

Rifle .22LR ZASTAVA 186 0,175 31/26,5 23

.50 M93 ZASTAVA 576 3 60/43 12

SILENCERS FOR SNIPER RIFLES AND RIMFIRES

WEAPON

Length

[ mm]

Mass

[ kg]Diameter,

max/internal

[ mm]

Suppression level*

-dB(AI)

7,62x54mm M84 ZASTAVA /PKS 254 1,4 75/40 10

SILENCER FOR MACHINE GUN

Cartridge Subsonic 9mm PARA 7,62x39mm M78 7,62x51mm (N) 7,9x57mm Mauser

Bullet, Weight [ g] 9,5 / 10,2 11.8 13 15,6

Velocity V0 [ m/s] 290 290 310 310

Energy E0 [ J] 399 / 429 496 625 750

Barell, Length [ mm] 100 415 400 550

SUBSONIC AMMUNITION (Producer “Prvi Partizan” Uzice, Serbia)

Address: Filipa Višnjića St 3111080 Belgrade – Zemun, Serbia

+381 11 2614 - 522 +381 11 2105 – 439

[email protected]

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