الصناعة العسكرية الباكستانية

رد: الصناعة العسكرية الباكستانية

انظمه تحكم مدفعيه بالكترونيات صناعه باكستانيه

MOFA-200A (Muti Option Fuze for Artillery)


DESCRIPTION

* Multi Option Fuze for Artillery that incorporates all the features of artillery fuzes.
* Multi Channel Harmonic Processing
* High noise immunity and low probability of cause of burst, by base-bleed motor burnout/ round vibrations
* No known jamming system in this frequency band i.e "S" band.
* Intelligent design.
* Freely available components.
* Inductively programmable in < 1.55 seconds.
* Micro controller based design.



FOUR MODES OF OPERATION


Proximity Mode: (three heights of burst)

* Burst height low 4m ± 2m
* Burst height medium 10m ± 5m
* Burst heights high 20m ± 9m

Time Mode:

* Programmable from 3 sec to 199.9 sec with 100 ms of increment.

Point Detonation Mode:

* Detonation on impact.

Point Detonation Delay Mode:

* Detonation with delay after impact
* Programmable delay (2 ms-50 ms).



PERFORMANCE SPECIFICATIONS

Artillery Round Interface All 105 mm, 130 mm and 155 mm projectiles with bursting munitions.
Gunfire Environment 30,000g’s maximum 18,000 RPM
Operational Environment -40oC to + 71oC
Mission Duration 200 seconds maximum
Height-of-Burst Accuracy All HOBs in 90% lethality range regardless of terrain or firing conditions
Time Mode Accuracy 0.1 second
Reliability >90%
Storage Life 20 years controlled, 2 years uncontrolled
MOFA-200A-02.jpg
 
رد: الصناعة العسكرية الباكستانية

انظمه كشف مناوره الجويه اثناء معارك و مناورات

ACMI (Air Combat Maneuvering Instrumentation System)


INTRODUCTION

Success in the modern air-to-air combat arena depends on effective and realistic peacetime training. The nature of peacetime training requires accurate and detailed mission debriefs. Accurate reconstruction of the mission events is a challenging aspect of the mission debrief. AERO has developed Air Combat Maneuvering Instrumentation System which has revolutionized the training concept of Air Force.

ACMI-01.jpg


SYSTEM CAPABILITIES


The ACMI system is designed to be range-less i.e. it can be operated without any restriction in any area. The system records the "Time Space Position Information" (TSPI) of all the aircraft involved in the training exercise along with their essential parameters onto a removable data storage. The important parameters are shared amongst participant's aircraft as well on ground for real time debrief. The capabilities of the system include:

* Acquisition of aircraft data (MIL-STD-1553 or RS-232 bus)
* Exchange of data between the participating aircrafts using real time data link .
* Capture of “Weapon Employment Events”” (release/firing command).
* Notification to pilots of weapon event results such as hit and miss for missiles for real time kill removal functionality.
* Real time warnings to the pilot such as collision kill/miss etc..
* Recording of time synchronized relevant information for post mission debriefing replay like chaff/flare dispenser, RWR, EW etc.
* Post Launch missile fly out and bombing accuracy calculations.



DEBRIEF STATION CHARACTERISTICS


The debrief ground station software consists of three major parts:

* Pre-mission configuration
* Debriefing and Mission Recreation.
* Report Generation and System Management.

Recreation of mission includes graphical regeneration of mission as well as providing of information in numerical form that is essential for carrying out an effective debrief.
ACMI-02.jpg


ACMI-03.jpg
 
رد: الصناعة العسكرية الباكستانية

ايفيونكس طائرات و طوافات صناعه باكستانيه

LISA-4000 AHRS (Attitude & Heading Reference System)


Manufactured under co-production license from Northrop Grumman Italia (NGI). The Lisa-4000 performs two distinct basic functions:

* Flight Reference.
* Navigation.

The Flight Reference function provides:

* Heading and Attitude for Display/Autopilot.
* Anti-aliasing filtered body angular rate.
* Linear Acceleration data for autopilot inner loop stability augmentation.

Navigation is performed by coupling the LISA 4000 with a Doppler Radar and Air Data Computer or with a GPS. As a navigator the LISA-4000 also outputs high speed inertial velocity data required for accurate weapon release.

The LISA-4000 therefore provides all the inertial output parameters required for Autopilot, Navigation, Display and Weapon Delivery.
Lisa-07.jpg



CHARACTERISTICS


General:
* Size: 1/2 ATR Short/Short (322mm)
* Temperature: -40o C to +71o C
* Weight: 6.2 Kg
* Cooling: Not Required
* Power: 90 W, 18-32 Vdc

Outputs:
* Digital ARINC-429, MIL-STD-1553B, RS-422/485 (Heading, Attitude, Accelerations, Rates, Vertical Velocity)
* Synchro ARINC-407 (Heading, Pitch, Roll, Interlock for Autopilot),Eastern standard synchro output
* Analog (Yaw Rate, Validities)

Accuracy
* Heading: 0.8o
* Attitude: 0.5o
* Doppler/AHRS Navigation: < 1% Distance Traveled, GPS 80m CEP.



SYSTEM INTEGRATION FEATURES


* Openess, Modularity and Scalability for a real Integration.



OPITIONAL LRU’S PACKAGAE

CCMU-Automatic Flux Value Calibration.
Lisa-01.jpg



DCP-Full Digital autonomous interface control.
Lisa-02.jpg


SBU-Eastern Avionic Integration.
Lisa-03.jpg


ENHANCE AVIONICS PACKAGE

ADI/HIS-Fit & Form Cockpit retrofit with enhanced functions.
Lisa-04.jpg


MISSION COMPUTER-In flight/on ground management of large databases, flight plans, missions.
Lisa-05.jpg


MAPS DISPLAYS-Several overlayed digital maps for navigation, Terrain & Obstacle Awareness.
Lisa-06.jpg


INTEGRATED SYSTEMS


* GPS.
* DOPPLER RADAR
* AIR DATA COMPUTER
* TACAN
* HEAD UP DISPLAY
* WEAPON DELIVERY COMPUTER
* AUTOPILOT
* VOR/ILS
* BEZO BALL

Lisa-09.jpg




 
رد: الصناعة العسكرية الباكستانية

صواعق الحساسه صناعه باكستانيه



DETONICS





At AERO we have the facilities of designing, development and production of different detonics, boosters, impulse cartridges, delay cartridges and munitions for different types of fuzes and conventional weapons. We also carry out research and development on different conventional ammunition, explosives, propellets, pyrotechnics & carry out manufacturing of different types of explosive pellets for different types of Detonics and boosters.

IMPULSE CARTRIDGE I-28

* Impulse Cartridge I-28 type is used for jettisoning / release of stores from Mirage Aircraft.



CHARACTERISTICS


Electrical Specifications:

* Normal Firing Voltage: 27 ± 2 V DC
* Safe current ( Max. No-fire Current ): 0.85 + 0.05Amp. For one minute
* Min. all fire current: 1.4 + 0.1 Amp.
* Normal Firing Current: 3.0 + 0.5 Amp.
* Initiator Resistance: 0.40 ~ 0.60 Ohms
* Energy Output: 2000 ~ 3000 Joules
I-28-02.jpg

Performance parameters:

* Pressure: ≥ 80 bars
* Initiator I-28 ignition Time: ≤ 85 ms
* Primer Firing Time: ≤ 15 ms
* Storage Temperature: -40o C to + 65o C.

Product Life

The following life limits are assessed for AERO's Impulse Cartridge I-28 under ambient storage conditions.

* Shelf Life: 8 years
* Utilization Life: 5 years

I-28-01.jpg
 
رد: الصناعة العسكرية الباكستانية

صواعق العاديه صناعه باكستانيه من ايرو

DETONICS


At AERO we have the facilities of designing, development and production of different detonics, boosters, impulse cartridges, delay cartridges and munitions for different types of fuzes and conventional weapons. We also carry out research and development on different conventional ammunition, explosives, propellets, pyrotechnics & carry out manufacturing of different types of explosive pellets for different types of Detonics and boosters.

CARTRIDGE PPLT

* Cartridge PPLT is used in release unit/pylon of Mig-27 Aircraft.



CHARACTERISTICS

PPLT-02.jpg

Electrical Specifications:

* Safe Current at 28 VDC: 0.80 Amp
* Minimum Firing Current at 28 VDC: 1.50 Amp
* Normal Firing Current at 28 VDC: 3.0 Amp
* Electrical Resistance: 0.4 ~ 0.6 ohm

Performance parameters:

* Peak Pressure: (i) 25.0 ~ 32.0 bars at +21o C & -40o C. (ii) 26.0 ~ 35.0 bars at + 93o C
* Ignition Time: not more than 90 ms

PPLT-01.jpg


---------- Post added at 07:58 PM ---------- Previous post was at 07:57 PM ----------

DETONICS


At AERO we have the facilities of designing, development and production of different detonics, boosters, impulse cartridges, delay cartridges and munitions for different types of fuzes and conventional weapons. We also carry out research and development on different conventional ammunition, explosives, propellets, pyrotechnics & carry out manufacturing of different types of explosive pellets for different types of Detonics and boosters.

CARTRIDGE TD-19PK

* Cartridge TD-19PK is used for jettisoning / release of stores from F-7 Series Aircrafts.



CHARACTERISTICS


Electrical Specifications:

* Normal Firing Voltage: 27 ± 2 V DC
* Safe current (Max. No-fire current): (0.7 + 0.05 amp at 27 ± 2 V DC)
* Min. all fire current: (1.5 amp at 27 ± 2 V DC)
* Normal Firing current: 3 + 0.5 Amp.
* Initiator Resistance: 0.30 ~ 0.55 Ω.

Performance parameters

* Pressure: 150 ~ 170 bar
* Ignition Time: not more than 85 ms
* Primer Firing Time: < 15 ms

Storage Temperature

* -40 oC to +60 oC

Product Life

The following life limits are assessed for AERO's Cartridge TD-19PK under ambient storage Conditions.

* Shelf Life: 10 years
* Utilization Life: 3 years

TD-19PK-01.jpg





DETONATOR ELECTRIC To 10/20


This detonator is initiated by electric pulse and filled with sensitive initiatory compositions and secondary explosives.



CHARACTERISTICS


* Resistance range: 2.8 to 3.8 Ω
* Response time: ≤ 10 micro second
* Detonator type: Bridge wire
* Safe current: 235 milli Amp.
* Firing current: 600 milli Amp.

Sensitivity 1micro farad capacitor charge to 50 V should cause functioning in ≤ 10 micro sec. All processes involved in the manufacturing of this detonator are controlled according to ISO: 9001- 2000 accreditation resulting into safe working practices through rigorous risk assessments.



APPLICATION


* TO 10/20 electric detonator initiates explosive train of AB-Series electronic fuzes when desired electric pulse is applied.

DE-1020-01.jpg



DETONATOR M-35

DESCRIPTION M-35 is a non electric detonator and is filled with primary and secondary explosives. This detonator is initiated by an electric detonator and used to initiate the booster charge in explosives train. All processes involved in the manufacturing of this detonator are controlled according to ISO: 9001- 2000 accreditation resulting into safe working practices through rigorous risk assessments. APPLICATION * M-35 detonator is used in different types of fuzes and forms explosive train

D-M-35-01.jpg



CUP BOOSTER


DESCRIPTION

Cup Booster is filled with secondary explosive pellets and used to explode main explosive booster charge. Boosters of different Explosive densities are being manufactured. All processes involved in the manufacturing of this cup booster are controlled according to ISO: 9001- 2000 accreditation resulting Into safe working practices through rigorous risk assessments.

CB-01.jpg



ADAPTER BOOSTERS M-148/M-147

DESCRIPTION These Adapter boosters are filled with C.E explosive pellets and are used to explode main explosives charge of General Purpose Steel & Pre-Fragmented Bombs. Density of explosive pellet is maintained as per requirements. All processes involved in the manufacturing of these adapter boosters are controlled and according to ISO: 9001- 2000 accreditation resulting into safe working practices through rigorous risk assessments. The adapter booster M-148 is used in nose while adapter booster M-147 is used in tail of General Purpose Bombs.


AB-M148-M-147-01.jpg




 
رد: الصناعة العسكرية الباكستانية

رادار رابطه مع انظمه متكامل لدفاع الجوي صناعه باكستانيه من مصانع كامره رادارات

RABTA (C4I/ Air Defence Automation System)


A complete C4I system, that can interface all types of sensors (radars, sonars, IR sensors etc), to form a self-healing self-forming intelligent network. System supports upward, downward and lateral flow of information to bring all tiers of command at the same level of situational awareness. The system can interface to weapons as well, to pass on firing and control orders automatically.



RADAR INTERFACE & DAQ SYSTEM


The system is designed to acquire radar targets information present in the form of video/plot/track. For extracting this information, system supports a multitude of protocols (e.g., synchronous, asynchronous), electrical standards (e.g., RS-485, RS-422, RS232). System is configurable to receive target data from any standardized/known format.



RADAR DATA EXTRACTOR


Radar Data Extractor (RADEX) extracts digital target information by processing primary radar video. The RADEX is designed to accommodate variable scan rates and signal bandwidths of both short and long-range radars and utilize both normal and MTI video signals. It detects targets by correlating target 2-D profile with pre-stored profile. It precisely locates a target by finding maximum strength of radar video in a configurable 2-D region depending on time on target. All processing functions are fully configurable to adapt to specific customer needs. The main characteristics of RADEX include:

* 14-bit sampling at 0.25 Mhz to 20Mhz (max).
* Processing Channels: I/Q / MTI / Normal Video Processing.
* Dynamic Clutter Mapping.
* Target Capacity: 1600 Targets per Scan.



IFF DECODER
Rabta-04.jpg

IFF Decoder provides digital target extraction for all ICAO and AIMS compliant interrogators. IFF Decoder interfaces directly to control centers or other downstream processors. In addition to providing high quality digital secondary target reports, IFF Decoder also correlates primary radar information from Radar Data Extractor.Main features of the decoder are:

* Processing Modes: 1,2,3/A and 3/C.
* IFF Video Sampling: Digital sampling at 4Mhz – 10Mhz (Max).
* IFF Video Processing: Digital/Analog IFF video processing
* Target Capacity: Up to 1600 reports per scan..
* Garbling Detection and resolution of both super imposed and interleaved target returns.
* Performs in the densest FRUIT environments through defruiting techniques.


Rabta-06.jpg

RADAR DISPLAY CONSOLE (RDC)

AERO's Radar Display Console is a fully functional field proven Radar Display with powerful control features for the controllers/operators of the radar. Its integration with variety of radars is field proven. It can display raw radar video as well as processed target information.The numerous display settings/control features allow the controller/operator efficient air-space-management through Radar Display Console.
It has the following technical characteristics:

TECHNICAL CHARACTERISTICS
Rabta-05.jpg

RAW VIDEO:
* Display of multiple videos in separate colors
* User configurable intensity control for all types of videos

PLOTS:
* IFF and fused plots have further classifications according to the military and civil aviation standards.

TRACKS/TRACKER TARGET DATA:
* Different types of targets (output from Multiple Radar Tracker) are displayed on the screen in accordance with MIL-STD-2525B.

BEARING LINES:
* User configurable Plot Suppression Areas and Video Suppression Areas in multiple shapes.

SYMBOLS:
* User can insert/remove different type of symbols of military importance

INTERCEPTION PROFILE GENERATION:
* Controllers/operators can generate interception profiles for the actual interception that is being carried out for the fighter aircrafts or for mock interceptions for training purposes.
* The fighter & target parameter information such as speed/heading/angles of turn etc are also calculated internally by the system upon each track update and are shown to the user.




VOICE SWITCHING SYSTEM (VSS)

Rabta-07.jpg

Voice Switching System is designed to provide highly reliable, state-of-the-art, air-to-ground,ground-to-ground, and intercom communications for controllers of Military and civil air traffic; Air-to-ground communication interfaces provide connectivity between UHF, VHF and HF radio transmitters and receivers; Ground-to-ground communication interfaces provide connectivity to the public switched telephone network (PSTN), the defense switched network, long haul leased telephone lines, and the base telecommunications infrastructure; human interface to the communications network for safe and efficient communication control; each operator has the control to switch between any of the available radio and telephone channels; The Graphical User Interface (GUI) provides a flexible user configurable and friendly control.



MULTIPLE RADAR TRACKER (MRT)


* Can handle up to 2000 system tracks simultaneously.
* Can track maneuvers of up to 7 sustained Gs.
* Kalman filter based prediction engine.
* Dual mode association using both Nearest Neighbor (NN) and Joint Probabilistic Data Association (JPDA) algorithms.
* Provides option to force fuse tracks manually.
* Facilitates to exchange labels and change ids of tracks as desired.



AIR SITUATION DISPLAY (ASD)
Rabta-08.jpg


* Compliant with mil-std-810E for anti-shock, anti-dust and weatherproof design.
* Compliant with mil-std-461 for electromagnetic interference.
* Mil-std-2525 compliant C4 I display with complete GIS support.
* Software can handle upto 2000 Tracks,2000 Symbols and 65535 vector areas simultaneously.
* Up to 255 vector maps can be overlayed simultaneously.
* Automatic interception profile generation feature to facilitate GCI operation.



THREAT EVALUATION AND WEAPONS ASSIGNMENT


Threat Evaluation and Weapons Assignment (TEWA) is an intelligent system designed to evaluate threats and engage weapons to these threats. TEWA detects hostile tracks and assigns a threat level to them. It determines all vital points and areas and calculate their threat scores and sorts out all those weapons that can engage these threats and assigns weapons to these threats.

FEATURES:

* Provides automatic air situation assessment.
* Warns system for incoming hostile tracks.
* Performs automatic threat evaluation and calculates threat level of these hostile tracks.
* Determines suitable weapons that can be used to engage these hostile tracks and engage appropriate weapons to these hostile tracks
* Guides fighters for interception.


WAR GAMING SYSTEM:

* An Air Defence war gaming system based on real-time adversarial head-to-head paradigm.
* Scalable architecture allows easy addition of new models.
* Recording and scenario saving options to facilitate review of player performance.
* Up to 255 players per team.
* Up to 255 referees to monitor the progress of the game.
* Integrated Threat Evaluation & Weapons Assignment module to facilitate tactics evaluation.



RADAR AUDIO VIDEO RECORDING SYSTEM


Radar Audio Video Recording System (RAVRS) is a device for automatic recording, storage and replay of the video information coming from radar as well as the voice information coming from multiple sources. RAVRS is a state-of-the-art technology in the field of digital data logging. It is a powerful system, designed to meet the growing needs in mission critical systems, of reliable audio and video recording.

TECHNICAL CHARACTERISTICS:

* 24 hours a day recording of digital radar video and audio data.
* Fast search of recorded data.
* Simultaneous recording and playback facility.
* Data archiving on internal hard disk (HDD) and external media (DVD-RAM).
* Synchronous playback of the multiple audio and video channels.



BASE OPS ROOM / FIC SOFTWARE


FEATURES:

* Two-way communication of tactical and operational data.
* Tabular display on remote and central command center.
* Handling of thousands of records simultaneously.
* Communication mediums can be dialup, leased line and hot lines.
* Time synchronization with external source and record's time stamping.
* System can be installed at ground stations, ships and air-crafts.
* Encryption is used for secure data transfer.
* Auto acknowledgment mechanism implemented to assure the data communication.
* Can be interfaced with any existing database.
* Cost-effective solution.


Rabta-09.jpg
 
رد: الصناعة العسكرية الباكستانية

انظمه اتصالات مشفره لقوات صناعه باكستانيه
MAHFOOZ (Secure Communication Equipment)

Mafooz-05.jpg

MAHFOOZ (AERO-SCE) is an indigenously developed secure communication system with space domain algorithm. Implemented in specifically designed secure hardware, supports voice, fax and data communication on public switched telephone network and compatible networks.



KEY FEATURES


* AERO-SCE provides a real time, full duplex implementation of the most modern cryptographic techniques that have proven to be efficacious in numerous evaluations.
* Indigenously developed 128 bit customizable encryption algorithm with proven security strength.
* True independent dual security layers due to incorporation of 571 bit elliptic curve cryptography.
* Proprietary multi source frequency domain hardware random number generator.
* Encryption is performed in a tamper proof hardware module with secret algorithms profiled by the security manager.
* Specifically designed to encrypt voice, fax and computer data over PSTN and its compatible networks.
* Intelligible voice quality with good speaker recognition.
* Simple installation by merely connecting the unit between PSTN line and Phone Set.
* Operates like a normal telephone set in insecure mode.
* Key filling through electronic key fill device with encrypted contents.
* Flexible hardware to incorporate any customized encryption algorithm.



SYSTEM SPECIFICATIONS


Physical:
* Mounting: Desktop. 10” x 8” x 3” (L x W x H)
* Weight: less then 3kg
* Display: 2-line LCD
* Keypad: Customized silicon rubber

Communication:
Oparable on all PSTN and Compatible networks
* Modem: V.92 Compatible with auto fallback
* Data Rates: From 19.2kbps to 2.4 kbps for data & Fax.
* Synchronization Time: 15-20s (Depending upon line condition)
* Process Delay: less then 100ms
* Voice Quality: GOOD
* Fax Compatibility: All G3 Standard fax Machines
* Data Compatibility: Transparent; All Standard UART interface at 9600bps, 8, N, 1 Supports various file extension data transfer e-g. .jpg, .RAR, .zip, .PDF, .txt, doc, .PPT etc

Interfaces
* Telephone: RJ-11
* Data: PC Standard DB-9
* Fax: RJ-11
* Power: 2.5mm DC barrel connector

Environmental
* Operating Temperature: -10o C to + 50o C
* Storage Temperature: 120o C to 65o C
* Casing: Metallic, Splash protected
* Humidity: 95% non-condensing
* Vibration: Mil-Std-810F, Method 514.5

PCBs
* Multi-layer design up to 10 layers
* Component Density: More then 250 types of components with wiring Density UP to 0.07962mm

Mafooz-04.jpg



CRYPTOGRAPHIC SPECIFICATION


* Non public domain, customizable algorithm.
* Master key length, 512 bit
* Key storage capacity of 500 different Keys of 512 bit each
* Algorithm execution and Key storage on single BGA chip with Specialized PCB design to avoid on board tempering
* Key management using electronic key gun device
* True independent dual layer of system security
* Multi-source, frequency domain hardware random number generator
* Smart card based device authentication System
* Temper proof casing



STANDARD COMPLIANCE


* SCE Encryption algorithm operates in CBC mode in Compliance to NIST-PUB-800-38A
* Data integrity provided by MAC in Compliance to FIPS-PUB-198A
* Multi-source hardware random numbers acquisition mechanism in Compliance with FIPS-PUB-180-2
* Session secret key ECC based Key exchange protocol in Compliance to FIPS-PUB-186-2
 
رد: الصناعة العسكرية الباكستانية

قواذف يرموك لراجمات صناعه باكستانيه غضب و ازر

Rocket 122 MM He (MBRL) YARMUK
Rocket 122mm HE (MBRL) is a ground to ground free flight artillery rocket fired from multi-tube or single-tube launcher. It is used against pesonnel and light material, providing both fragmentation and blast effect.

ROC_122MMHEMBRLYARMUK.jpg


TECHNICAL DATA
Calibre 122 mm
Weight of filled warhead 18.4 kg without fuze
19.4 Kg with fuze
Weight of propellant 20.4 kg double base
Total length of rocket 2,875 mm
Weight of complete rocket 66 Kg (approx)
Weight of bursting charge 6.0 Kg Compo B
Performance
Muzzle velocity 400 metres/sec
Max. time of flight 78 sec
Range of rocket 20 Km
Max. range without brake ring 20,580 metres
Max. range with small brake ring 15,890 metres
Max. range with large brake ring 12,080 metres
 
رد: الصناعة العسكرية الباكستانية

مواقع و اسماء بعض شركات صناعه الدفاع باكستانيه




Center of Excellence in Science & Applied Technologies
CESAT--Center of Excellence in Science & Applied Technologies

Aero pakistan
Advanced Engineering Research Organization


defense export promotion org
::: DEPO - Defence Export Promotion Organization :::



karachi ship yard
Karachi Shipyard & Engineering Works

IDS PAKISTAN
.:: IDS PAKISTAN ::.




Samad Rubber Works
index


Pakistan ordinance factories
http://www.pof.gov.pk


pakistan aeronotical complax
Pakistan Aeronautical Complex



STUMA PAKISTAN
:..Welcome to [SATUMA]..:



INTEGRATED DYNAMICS
INTEGRATED DYNAMICS :: A Complete UAV Solution Provider


East West Infiniti (Pvt) Ltd
Welcome to East West Infiniti (P) Ltd. "Where Electronic Technology Speaks"

Advanced Computing and Engineering Solutions
ACES >> Home


GLOBAL INDUSTRIAL & DEFENCE SOLUTIONS
::GLOBAL INDUSTRIAL AND DEFENCE SOLUTIONS ::



Marine Systems PVT
http://msl.com.pk/AboutUs.htm




Institute of Industrial Control Systems - IICS
IICS - Defence Products

Marine Systems Limited - MSL
Marine Systems (Pvt) Limited


Scientific Engineering & Technology Services - SETS
IDEX 2011 - Scientific Engineering & Technology Services - SETS


Siddiqsons Limited
:: SIDDIQSONS ::


Xpert Engineering Services - Xpert



SETS (Pvt) Ltd (Scientific Engineering & Technical Services)


IICS(Institute of Industrial Control Systems)

ATCOP(Al-Technique Corporation of Pakistan)


IDS(INTEGRATED DEFENCE SYSTEMS)




Xpert Engineering Services
 
رد: الصناعة العسكرية الباكستانية

انظمه مراقبه الحدود ليل و نهار صناعه باكستانيه من جدذ


nod3.jpg



Click here to view the original image of 800x808px.
SurveillanceSystem.jpg
 
رد: الصناعة العسكرية الباكستانية

براق دخل باكستان قائمه دول صناعه طائرات بدون طيار مسلحه

وUCAV براق : قل مرحبا لباكستان أول طائرة بدون طيار المسلحة المنتجة محليا
4 ديسمبر 2011

منذ الحرب على الارهاب بدأت في افغانستان في عام 2001 ، وقد استخدمت القوة الجوية للولايات المتحدة مختلف منصات مختلفة بدون طيار لاستهداف المتمردين وحركة طالبان. على كل الأراضي الأفغانية ، وكذلك في الاراضي الباكستانية ، بموافقة سرية من الحكومة الباكستانية. مراقبة فعالية منصات الطائرات بدون طيار مثل بريداتور ، طلبت المؤسسة العسكرية الباكستانية والولايات المتحدة لتزويدها طائرات بدون طيار بحيث يمكن مقاضاة الحرب على الإرهاب مع أكثر نجاعة من جانب الجيش الباكستاني. ومع ذلك حرموا من هذه الطلبات وأمريكا واستشهد مرارا وتكرارا في إمكانية استخدام هذه الطائرات بدون طيار في منصات المسارح عسكرية خارج الحدود الباكستانية الأفغانية (أي الهند) ذريعة واهية. أجرت باكستان التي تواجه هذه النفي ، ولكن الثابت في عزمها على تحقيق أهدافها ، وهو تطور الطائرات بدون طيار محلية البرنامج. حتى قبل أن تطلب الاستيلاء بريداتور رفضت ، وكان الجيش الباكستاني استثمرت بالفعل في مختلف طائرات بدون طيار تستهدف الحكم الذاتي ، التي بنيت على حد سواء من قبل القطاعين الخاص والعام. هنا في TechLahore ، غطينا التطورات بدون طيار الباكستانية بضع سنوات مضت.

في الواقع ، وأشرنا إلى أن مستوى التطور ومثل ذلك -- في سخرية بل تطور والخاص الباكستاني مصنعين بدون طيار الطائرات بدون طيار كانت تصدر حتى إلى الولايات المتحدة وزارة الامن الداخلي لتطبيقات المراقبة على الحدود بين الولايات المتحدة والمكسيك.

منذ ذلك الحين ، حدث الكثير. دخلت باكستان في صفقة مع الشركة الإيطالية ، وسيليكس غاليليو ، لإنتاج طائرات بدون طيار مرخص قادرة إلى حد ما في مرافق الطيران كامرا. بالإضافة إلى ذلك ، حصلت باكستان البحرية أيضا طائرات بدون طيار الطائرات العمودية من مصادر أجنبية. بشكل منفصل ، اتبعت الجيش الباكستاني شراكات مع الصين وincented المصنعين المحليين على مواصلة تطوير المنصات الأكثر تقدما داخل البلد. واحدة من أكثر المشاريع الواعدة UCAV حاليا في التقدم المحرز في باكستان هو بلا طيار المسلحة براق. ومن المتصور براق باعتبارها قوة التحمل العالية والمدى الطويل ، على مدى الأفق ، والطائرات بدون طيار المسلحة. على مدى السنوات الأربع الماضية فقد كان قيد التطوير والشائعات تطفو على السطح الآن أنه قد يكون جاهزا للنشر. في معرض تشوهاى الأخيرة في الصين ، التي شاركت مع قوات الجوية الباكستانية في JF - 17 المقاتلة رعد الطائرات ، والمصانع الصينية أيضا عرض صواريخ خفيفة المنمنمة التي كانت مناسبة خاصة للنقل على طائرة بدون طيار. أجزاء مختلفة من هذا المترامية الاطراف الباكستانية بدون طيار برنامج التنمية تأتي معا ، في شراكة مع الصين -- تطوير الأسلحة ، ومراقبة تطوير النظم ، والدفع ، وهياكل الطائرات ، والمحطات الأرضية وغيرها كثير. فإن براق الأولى فقط في خط من طائرات بدون طيار مسلحة قادرة والباكستانية.

وقريبا. وسوف براق ، كما يبدو ، أن تحلق في أوائل عام 2012.

برنامج الطائرة الباكستانية هو مثال رائع على اتساع القدرة التكنولوجية الموجودة في البلد ، وقدرتها على التعاون على الصعيد الدولي دون الاعتماد على المشكلة التي تعاني من التعامل مع أمريكا ، وفوائد الاستثمار في التنمية المحلية والتصنيع المحلي بدلا من الأسلاك طن من المال إلى بلد أجنبي واستيراد المعدات شخص آخر (المملكة العربية السعودية نمط). كما هو الحال مع الرعد JF - 17 طائرة مقاتلة ، وسوف يكتشف أن باكستان مرونة امتلاك وتشغيل منصة المطورة محليا يسمح التخصيص العسكرية التي لا تنتهي ، والسيطرة الكاملة من قدرات ، وبالتأكيد لا تقلق فيما يتعلق بالأمن أو أي شخص آخر معرفة الأداء الحقيقي ، أو تثبيط قدرات حتى من قبل نظام تجيير المنتدى أو الالكترونيات الداخلية الأخرى. ليس ذلك فحسب ، ولكن بالنسبة للشركات التكنولوجية خاصة مقرها في باكستان برنامجا من هذا النوع تخلق فرصا اقتصادية هائلة. وثمة حاجة إلى مجموعة متنوعة من المدخلات المختلفة ، بدءا من المواد إلى برامج لعلم البصريات والالكترونيات وتقنيات الدفع لبناء طائرة بدون طيار ذات التقنية العالية. وهناك برنامج عسكرية متطورة مثل براق يؤدي ليس فقط إلى تحسن في قدرات باكستان العسكرية الدفاعية والهجومية ، ولكن أيضا في فوائد كبيرة للاقتصاد والصناعة المحلية.

ويحدونا الأمل في المستقبل ، مع برامج عسكرية مثل براق ، والتطوير المستمر لنجاح مذهل JF - 17 طائرة مقاتلة والرعد في مجال تكنولوجيا الفضاء المشاريع المختلفة ، وباكستان ستستمر في خلق القدرات المحلية في مجال البحث والتطوير التي ستضمن مستقبل أكثر إشراقا لل شعبها والدفاع ضد أي مصداقية شأنه ان يكون المعتدي.

ويقول مرحبا لأول طائرة بدون طيار باكستان المسلحة المنتجة محليا : إن UCAV براق | TechLahore

The Burraq UCAV: Say hello to Pakistan’s first domestically produced armed drone
December 4, 2011

Since the war on terror started in Afghanistan back in 2001, the United States Air Force has employed various different UAV platforms to target insurgents and the Taliban. Both on Afghan soil as well as in Pakistani territory, with the covert approval of the Pakistan government. Observing the efficacy of UAV platforms like the Predator, the Pakistani military establishment requested the United States to equip it with UAVs so that the war on terror could be prosecuted with more efficacy on the part of the Pakistani military. However these requests were denied repeatedly and America cited the potential use of these UAV platforms in military theaters outside the Afghan Pakistan border (i.e. India) as a flimsy excuse. Faced with these denials, but unwavering in its resolve to achieve its objectives, Pakistan undertook a domestic UAV development program. Even prior to Predator requisition requests being turned down, the Pakistani military had already invested in various autonomous target drones, built both by the private and public sectors. Here at TechLahore, we covered Pakistani drone developments a couple of years ago.

In fact, we pointed out that the level of sophistication was such that – in a rather ironic twist -private Pakistani drone manufacturers were exporting UAVs even to the United States homeland security department for oversight applications on the US-Mexico border.

Since then, much has happened. Pakistan entered into a deal with the Italian firm, Selex-Galileo, for the licensed production of fairly capable UAV aircraft at the Kamra Aeronautical facilities. In addition, the Pakistan Navy also acquired rotorcraft drones from foreign sources. Separately, the Pakistan Army has pursued partnerships with China and has incented local manufacturers to continue to develop more advanced platforms within the country. One of the more promising UCAV projects currently in progress in Pakistan is the Burraq armed drone. Burraq is envisioned as a high endurance, long-range, over the horizon, armed UAV aircraft. For the last four years it has been under development and rumors are now surfacing that it may be ready for deployment. At the recent Zhuhai airshow in China, in which the Pakistan Air Force participated with its JF-17 Thunder fighter aircraft, Chinese manufacturers also displayed miniaturized lightweight missiles that were particularly suited for carriage on a drone. Various parts of this sprawling Pakistani drone development program are coming together, in partnership with China – weapons development, control systems development, propulsion, airframe, ground stations and much else. The Burraq will only the first in a line of capable, armed Pakistani drones.

And soon. The Burraq, it seems, will be flying in early 2012.

The Pakistani UAV program is a wonderful example of the breadth of technological capability that exists in the country, its ability to collaborate internationally without relying on problem-ridden dealings with America, and the benefits of investing in local development and local manufacturing as opposed to wiring a ton of money to a foreign country and importing somebody else’s equipment (Saudi Arabia style). As with the JF-17 Thunder fighter aircraft, Pakistan will discover that the flexibility of owning and running a domestically developed military platform allows unending customization, full control of capabilities, and absolutely no worries with regards to security or someone else knowing its true performance, or even inhibiting the capabilities by doctoring the IFF system or other internal electronics. Not only that, but for private technological firms based in Pakistan a program of this nature creates tremendous economic opportunity. A variety of different inputs, ranging from materials to software to optics to electronics and propulsion technologies are required to build a high-tech UAV. A sophisticated military program such as the Burraq will lead not only to an improvement in Pakistan’s defensive and offensive military capabilities, but also in significant benefits for the economy and local industry.

We hope that in future, with military programs such as Burraq, the continued development of the spectacularly successful JF-17 Thunder fighter aircraft and its various space technology ventures, Pakistan will continue to create domestic research and development capabilities which will ensure a brighter future for its people and a credible defense against any would-be aggressor.

Say hello to Pakistan’s first domestically produced armed drone: The Burraq UCAV | TechLahore
 
مركبة قتال المشاة الأفاعي


Infantry Fighting Vehicle (IFV) Viper


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The IFV is equipped with an ATGM mount with a provision for 2X ATGMs. Its unmanned, remote controlled turret features a 30mm main gun and 12.7mm Remote Controlled Weapon System (RCWS). It is well protected by Sloped armour and carries a state of art sensors & Optical suite.

The C4ISR enabled IFV is developed by Heavy Industries Taxila (HIT).

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برمجة الألغام المضادة للدبابات وقاذفات تطوير بواسطة POF

Programmable Anti Tank mine and Launchers develop by POF
Anti Tank mine and Launchers develop by PAF shown during IDEAS-2018 source SAMAA FM VIDEO.jpg
Programmable Anti Tank mine develop by PAF shown during IDEAS-2018 source SAMAA FM VIDEO.jpg

Programmable Anti Tank mine develop by PAF shown during IDEAS-2018(4) source SAMAA FM VIDEO.jpg
Programmable Anti Tank mine develop by PAF shown during IDEAS-2018(3) source SAMAA FM VIDEO.jpg
Programmable Anti Tank mine develop by PAF shown during IDEAS-2018(0) source SAMAA FM VIDEO.jpg
 
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