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Pakistan developed radars exported to Jordan

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This is a very positive step..not only do we make radars but we are exporting them to other nations.

It highlights how hard we have worked and how far we have gotten on our self reliance and research and development despite not having many resources and of course despite all our issues.

Sky is the limit. If we have the funds.
 
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Annual IDEAS has shown Pakistan rapid progress in defense industries.
It is a very reasonable result for their hard work.

And we cannot forget the hardwork our Chinese brothers put into it for making Pakistan self reliant, from establishing weapons industry, tank manufacturing to designing and manufacturing missile systems, China has been shoulder to shoulder with Pakistan and supported us at every step.

Damn i didn't know that we even make Radars :D :D Masha Allah

Again slap to those which say Pakistan can't even make Needles :D :D
Yup there are those negative people with that needle comment, reflects how much some people are ignorant in
today's world.
 
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Damn i didn't know that we even make Radars :D :D Masha Allah

Again slap to those which say Pakistan can't even make Needles :D :D
APF
AIRCRAFT PRODUCTION FACTORY


Avionics setup of PAC known as Avionics Production Factory (APF) was initially established as the Radar Maintenance Centre (RMC) in 1983 for overhaul / rebuild of ground based radar systems. In 1989, its capability was enhanced to handle avionics along with ground based radars.

Today APF, with its state of the art facilities, can undertake production of different types of avionics as well as commercial electronics equipment while ensuring high quality standards as per requirements of Aerospace Standard AS9100 Rev C.

The factory has produced number avionics systems like Grifo-7 and KLJ-7 airborne radars, radar warning receivers, Identification of Friend or Foe (IFF), Digital Audio Video and Crash Recorders, various mission computers and navigation systems. Most of these systems have been co-produced in collaboration with Chinese and Western manufacturers.

The factory has also produced various commercial products such as PAC PAD called Takhti-7, PAC notebook and e-book reader.

apf-2.jpg


The avionics production facility at APF can be divided into six major segments: Design & Development, Avionics Integration, Production Line, Testing Line, Specific System Department and Environmental Stress Screening facilities.

APF can undertake design and development of avionics systems based on user requirements and provide complete solution from initial concept to product support throughout its service life. The prototype avionics systems are designed using Computer Aided Design and Simulation tools.

The prototype systems also undergo Electromagnetic Interferrence (EMI) / Electromagnetic Compatability (EMC) and environmental qualification. Systems developed at APF have qualified and are flying on fighter aircraft. The developed system prototypes are functionally tested and integrated in the Dynamic Simulation and Integration Laboratory known as DSI. This facility can also undertake integration of Off The Shelf (OTS) systems with an avionics suite.

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APF has developed core integration technology for meeting new requirements as well as upgrades / modifications / retrofits in existing aircraft. The systems are validated through Hardware In the loop ground testing in simulated environment and are subjected to flight trials before final qualification. After successful qualification, serial production is undertaken utilizing semi automated and automated machines.

APF is a Qualified Production Vendor for various companies and its Generic Production Line employs stuffing of surface mounted and through hole electronic components on bare printed circuit boards. PCB stuffing is a multi-stage process involving PCB inspection, cleaning and drying before these are ready for components installation. The processed bare boards are then passed through automated assembly line which installs the components. Few components like connectors etc are however installed manually.

The assembly line is configured to adapt to production of any type of PCBs. The completed PCBs are inspected using Optical and X-ray inspection systems for faults before being passed for testing. The standard of workmanship during complete production process conforms to requirements of IPC 600 and 610 D standard.

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Stuffed PCBs are passed to Generic Testing Line for in-circuit and functional testing. These PCBs are powered on and tested to ensure serviceability of individual components and complete functioning of PCBs. The testers are adapted for testing any electronic assembly.

The testing facility is generic and comprises of sophisticated test stations.APF has the expertise to develop complete testing solutions including development of software programs and mechanical adaptations for testing of electronic assemblies.

When PCBs have been stuffed with components and tested, these undergo conformal coating before being fed to Specific System Department.
Here these shop repairable units (SRUs) alongwith other components, electrical & mechanical wiring and harness assemblies are put together as a Line Replaceable Unit (LRU) for final testing of system. Since the processes require unique procedures for each system, there are separate assembly and testing areas for every system.

Once a system is ready, it is passed over for Environment Stress Screening where these systems are exposed to practical military environment, with the help of thermal climatic chambers and shakers. The aim of this strenuous testing is to ensure that the equipment conforms to actual aircraft environment as per requirements of Military Standard 810 D. The systems that pass through this process are guaranteed to perform reliably when put into operation.

Avionics Production Factory (APF) also provides life cycle support for these airborne avionics systems. Factory employs are skilled manpower with years of experience in repairs. The facilities are equipped with latest test and measurement equipment and repairs are undertaken as per international quality standards to ensure original equipment manufacturer specifications.

apf-5.jpg


APF also carries out overhauling/refurbishment of low level and high level ground based radars. The facilities available with APF are electronics modules repairs & testing, Cables and harness repair and manufacturing which includes RF, Signalling and power cables, Antenna structural repair and testing, Trouble shooting and repair of hydraulic systems, Gear testing facility and radar vehicle overhauling. Overhauling gives a new life to the radars and are considered fit for operations for another life of 8 to 10 years.

The factory has so far overhauled more than 90 MPDR and TPS series of radars. APF has come a long way to acquire the knowledge and skills in the field of quality production and repair of avionics equipment and overhaul of ground based radars and looks forward to enhance this capability further to achieve the excellence.
 
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Pakistan develops own radar system, says PAF official


11697045-green-radar-display.jpg


Web Desk November 26, 2016 00:02



KARACHI: Commodore Fazal Mahmood, Director Vision of the Pakistan Air Force, on Friday said that Pakistan has developed an indigenous radar system.


Commodore Mahmood, while addressing media at the IDEAS-2016 exhibition, said that the radar system has also been provided to Jordan.

To a question, he said monitoring of national territory is currently carried out through various radars.
 
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@Windjammer agree with @Sulman Badshah

Pakistan's Home made GSR , Ground surveillance radar
GSR ,Ground surveillance radar is a class of radar sensors that monitor activity surrounding or on critical infrastructure areas such as airports,[1] seaports, military installations, national borders, refineries and other critical industry and the like. Such radars are characterized by their ability to detect movement at ground level of targets such as an individual walking or crawling towards a facility. Such radars typically have ranges of several hundred metres to over 10 kilometers.

Pakistan's Ministry of defense production launched a Research and development project for completely indigenous production of a GSR in collaboration with EME and other departments of NUST.
A total of 39 Million Rs were allocated for R&D. The preliminary/Theoretical work was completed within an year with 20+ PHD students working on the project. The project was so successful that AESA and PESA technologies seemed conceivable within Pakistan's own expertise and resources.
International Microwave journal IEEE received and published dozens of research papers about Radar technology from the students working on this project. See project 274 on NUST website
NESCOM was given the task of further developing the AESA , PESA related research which branched out of this project. 300 Million USD were allocated for Pakistan's own dedicated Electronics R&D labs near Islamabad which had to be a subsidiary of NESCOM.
Unfortunately the labs never materialized in its desired form. Much of the funds dedicated for the lab were diverted to other civilian projects by PPP Prime minister Raja Pervez Ashraf.
A toned down NESCOM Electronics complex was completed in 2012,but was again a victim of financial corruption and could not do any mlre than manufacturing Motherboards for NRTC's Software defined radios.

The research on further development and building of a prototype GSR continued at NUST/EME
The project was started in 2006 and named "national Radar" or NR.

Over the years 3 versions were built and tested and in 2014 the Final prototype NR-V3 was accepted for production by Pakistan's Ministry of Defense production.

The Radar's Exact specifications are still undisclosed,but a learned guess is that the Radar has the capability of detecting Humans at 4Km range and Vehicles at 12Km range with an average accuracy of 96%.
The biggest challenge in any Ground surveillance radar is to identify target among clutter or reflections of trees,buildings and other ground objects. This was probably the biggest research project and many research papers were written by Pakistani PHD students on this subject during the project.
The final Algorithms was very robust and with accuracy of 96% or more.

All the components,including Antenna,transmitters,Receivers,Filters and software were designed,built and tested in Pakistan.
It is yet to be seen when the Radar will enter mass production and deployment on strategically important locations for area surveillance.

EME Alumni. Mechanical Engineer. For four years me and my classmates used to taunt Electrical Department that you guys are making radars for years and even your kids will come to EME and do the same

Guess who looks stupid now :sick::sick:
 
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@Windjammer agree with @Sulman Badshah

Pakistan's Home made GSR , Ground surveillance radar
GSR ,Ground surveillance radar is a class of radar sensors that monitor activity surrounding or on critical infrastructure areas such as airports,[1] seaports, military installations, national borders, refineries and other critical industry and the like. Such radars are characterized by their ability to detect movement at ground level of targets such as an individual walking or crawling towards a facility. Such radars typically have ranges of several hundred metres to over 10 kilometers.

Pakistan's Ministry of defense production launched a Research and development project for completely indigenous production of a GSR in collaboration with EME and other departments of NUST.
A total of 39 Million Rs were allocated for R&D. The preliminary/Theoretical work was completed within an year with 20+ PHD students working on the project. The project was so successful that AESA and PESA technologies seemed conceivable within Pakistan's own expertise and resources.
International Microwave journal IEEE received and published dozens of research papers about Radar technology from the students working on this project. See project 274 on NUST website
NESCOM was given the task of further developing the AESA , PESA related research which branched out of this project. 300 Million USD were allocated for Pakistan's own dedicated Electronics R&D labs near Islamabad which had to be a subsidiary of NESCOM.
Unfortunately the labs never materialized in its desired form. Much of the funds dedicated for the lab were diverted to other civilian projects by PPP Prime minister Raja Pervez Ashraf.
A toned down NESCOM Electronics complex was completed in 2012,but was again a victim of financial corruption and could not do any mlre than manufacturing Motherboards for NRTC's Software defined radios.

The research on further development and building of a prototype GSR continued at NUST/EME
The project was started in 2006 and named "national Radar" or NR.

Over the years 3 versions were built and tested and in 2014 the Final prototype NR-V3 was accepted for production by Pakistan's Ministry of Defense production.

The Radar's Exact specifications are still undisclosed,but a learned guess is that the Radar has the capability of detecting Humans at 4Km range and Vehicles at 12Km range with an average accuracy of 96%.
The biggest challenge in any Ground surveillance radar is to identify target among clutter or reflections of trees,buildings and other ground objects. This was probably the biggest research project and many research papers were written by Pakistani PHD students on this subject during the project.
The final Algorithms was very robust and with accuracy of 96% or more.

All the components,including Antenna,transmitters,Receivers,Filters and software were designed,built and tested in Pakistan.
It is yet to be seen when the Radar will enter mass production and deployment on strategically important locations for area surveillance.

Amazing. Pakistan is a nation full of talent and enterprise. The challenge is to mature politically. Despite having so many challenges and financial corruption to tackle with, Pakistanis given a challenge, come up to it.

If our nation becomes politically mature like nations in the West, we will be a force to be reckoned with.
 
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EME Alumni. Mechanical Engineer. For four years me and my classmates used to taunt Electrical Department that you guys are making radars for years and even your kids will come to EME and do the same

Guess who looks stupid now :sick::sick:

Well, they have done a great job that even in such small scale environment, the success rate is to be noted as higher. Any further info in this regard, to share with us?
 
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Well, they have done a great job that even in such small scale environment, the success rate is to be noted as higher. Any further info in this regard, to share with us?

Well it started in 2006 and report says that PhD students worked on it but there were Bachelor students who had Final Year Project on these radars. I will try to get in contact and see if I can find some information.
 
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This project was launched in 1977 , of linking together all radars in use with PAF and sharing the data with a central command and control.
The project links radars in different parts of Pakistan via optic fiber cables or wireless , and Server computers collect and distribute the information generated by those interlinked radars.
The method is Pakistan's own in which Turkish Aselsan software was recently integrated, and is still evolving.
Idea is to use many old and new radars' together to make them behave as one giant radar.
 
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