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#PakistanAirForce #PAF receives yet another #Saab2000 #Erieye Airborne Early Warning and Control (AEW&C) aircraft

Photo link: https://t.co/b3B592kS5D

@FalconsSpotters https://t.co/Fo7PKjdUES
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Photos posted yesterday confirmed as JF-17B carrying two CS/BBF1 250 kg Fuel Air Explosive (FAE) or thermobaric bombs which envelope their target in fuel cloud & then ignite cloud in high temperature explosion using fuel & oxygen mix

#Pakistan #PakistanAirForce #PAF #JF17 #JF17B https://t.co/lLcQiyaWT7
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I remember Pakistan had it’s on FAE bomb tested back in the early 2000s. It was similar size weapon shown in the pictures back then.
 
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PAF’s Eagle-eyed view
Published in Show Daily 2018 - Day 3

By
Asian Military Review
-
November 29, 2018

The PAF’s air defences systems monitor every movement in its skies, and is showing its capabilities in the Pakistan Hall. (Alan Warnes)





Protecting Pakistan’s airspace, is the main role of the Pakistan Air Force (PAF). Under Project Vision, which commenced operations 19 years ago, the PAF has done a phenomenal job doing just that.


Pulling together information from a number of multi-service sensors means the PAF has a single recognised air picture (RAP) that provides its air defenders with an eagle-eyed view. As a result it has 24/7 coverage of all its airspace, which can extend hundreds of miles out into the sea and across its borders.

One source told the IDEAS Show Daily, “we have US, European and Chinese short range, medium range and long range radars, that are both air based and ground based. They are coming from vintage and modern systems.” He went on to say, “with all this information fed and merged into our Air Space Management Centre (ASMC) we get a Recognised Air and Maritime Picture (RAMP).”

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Nigeria’s Air Force Commander, Air Marshal Sadique Abubaker is given a briefing on the Air Space Management Center at the PAF’s stand on the first day of IDEAS 2018.
The Army and Navy surveillance systems are also plugged into the ASMC, along with the Civil Aviation Authority (CAA) sensor, radar and flight plans, ensuring the air surveillance coverage is robust. One example of its airborne radar input combines aerial pictures of Sweden’s Saab Erieye, French Dassault 20 and Chinese CETC ZDK-03s which are downlinked to the ASMC. It is difficult to know of such an air defence system anywhere else in the world that draws upon such a wide variety of foreign sensors. Clearly they have come up with a complex system. “No, not really,” said another spokesman, “we use our very own indigenous multi-radar tracker, integrated into all of air defence systems. We don’t rely on the tracker of those particular systems.”

At IDEAS, the same source added, “We now have a system that has been perfected over a couple of decades, so it is battle-hardened and time proven. The air threats are very unique too – they come from the long standing threat in the east and the effects of terrorism in the west, all happening along very long borders.”

The PAF has four air defence centres, covering the complete aerial space of Pakistan.

“We stitch together all the sensor’s pictures together to get the complete picture. How far it goes out to sea depends upon where the ship-borne radar is located.”

When it comes to an unidentified flying aircraft, a fighter will be launched from one of the PAF’s Air Defence Alerts (ADAs) situated around Pakistan. They are then directed onto the target by a Ground Control Interceptor (GCI). In the eastern borders there are a lot of unmanned aerial vehicles crossing the border and both sides are looking deep into each other’s territories, to ensure they have an early airborne warning. Then there is the airspace over Afghanistan which is always uncertain because of the ongoing war on terror.

Defending Pakistan’s airspace is obviously a major motivation for everyone in the military to ensure the country is well defended.

Watching The Noisy Neighbours
This is an article published in our November 2016 Issue.

By
Alan Warnes
-
August 29, 2017

Undoubtedly Pakistan’s ZDK-03 is one of the most unusual AEW aircraft. The Pakistan Air Force has developed the platform with China Electronics Technology Corporation. (PAF)





It is always handy to know what your neighbour is up to, particularly if they are not friendly. So it is no surprise that over the past decade there has been a proliferation of Airborne Early Warning (AEW) platforms in the Asia Pacific.


Airborne Early Warning aircraft are one of the most affordable ways of monitoring your neighbour. Flying over international waters or in your own airspace, operators in the rear of the aircraft can point the aircraft’s radarin the appropriate direction, then sit back and watch. In the Asia-Pacific there are two countries that other actors most want to keep an eye on; the People’s Republic of China (PRC) and the Democratic People’s Republic of North Korea (DRPK). The latter continue to fire ballistic missiles, which could one day be loaded with nuclear warheads and this causes real headaches for Japan and the Republic of Korea (ROK), which are in easy range.

The PRC has more strategic aspirations spreading its maritime and territorial claims into the South China Sea, where there are plenty of oil and gas resources. Beijing makes no excuses for claiming the Spratley and Paracel Islands in the South China Sea where they have set up military outposts, to the annoyance of other countries such as Brunei-Darussalam, Indonesia, Malaysia, Philippines and Vietnam, which claim parts of these archipelagos as their sovereign territory. Meanwhile, India and Pakistan have never got on, while the PRC sees the former’s aspirations for a blue water navy as a threat to its own maritime supremacy.

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The Republic of Singapore Air Force’s four G-550s equipped with the EL/W-2085 radar have boosted Singapore’s AEW capabilities considerably. The aircraft were declared fully operational in April 2012. (Alan Warnes)
Such strategic considerations make it unsurprising that so many countries in the Asia-Pacific have acquired AEW aircraft over the past decade or so. Input picked up by the radars equipping these aircraft can help form a Recognised Air Picture (RAP) of a particular segment of airspace, which mission commanders in the rear of the aircraft can monitor. The RAP can be data-linked to ground stations for commanders and eventually political leaders to make snap decisions in the face of confrontation or conflict. In addition, AEW aircraft have a useful role to play in managing air operations, directing aircraft to and from their ground and air targets.

DPRK
When a DPRK missile fired what Pyongyang claimed was a submarine-launched ballistic missile in late August, the weapon, the identity of which was not revealed, traveled about 540 nautical miles/nm (1000 kilometres/km) and was one of their longest launches to date. Japanese Prime Minister Shinzo Abe called it an unforgivable act of violence and a grave threat to Japan’s security. Russian Air Force (RUAF) fighters intruding Japanese airspace are also an issue. It was against this backdrop of dual threats from the DPRK and RUAF that Japan became the first nation in the region to acquire an AEW platform, with the delivery of four Boeing E-767s in 1998 and 1999. They are operated by the Airborne Early Warning Group of the Japan Air Self-Defence Force (JASDF) at Hamamatsu airbase in southern Japan.

The brain of the aircraft’s systems is the Northrop Grumman APY-2 S-band (2.3-2.5/2.7-3.7 gigahertz/GHz) air surveillance radar, but to overcome obsolescence they have been continuously upgraded throughout their 16-year operational history. On 28 October 2014 the US Department of Defence announced that Boeing had been awarded a $25.6 million contract to upgrade the aircraft. The work includes enhancements to the aircraft’s mission computing, electronic support measures, Identification Friend or Foe (IFF) interrogator/transponder, Automatic Identification System (for the detection of maritime transponders used by shipping) and data link upgrades. The JASDF also operates 13 Northrop Grumman E-2C Hawkeye AEW aircraft which are flown by the Airborne Early Warning and Surveillance Group, based at Misawa and Naha airbases in northern Japan and the Japanese island of Okinawa respectively. In June 2015, the US State Department approved the supply of four E-2D Hawkeyes under a $1.7 billion multi-year deal. The first aircraft was ordered in November 2015 (for $151 million) and another in July 2016 ($163 million) which will be operational by March 2018. There are no details on when the further two aircraft will be ordered and delivered. In terms of JASDF doctrine, the E-2Cs provide aerial coverage of Japan’s 16090nm (29800km) coastline, while the E-767s are used as strategic assets.

Across the Sea of Japan, the ROK also suffers with issues from its northern DPRK neighbour. The ROKAF (Republic of Korea Air Force) is one of the region’s newest entrants to the AEW club, with four Boeing 737-700IGW Peace Eye AEW aircraft ordered on 7 November 2006 in a $1.6 billion contract but technical issues delayed the first official hand over until 1 August 2011 and the last in late October, 2012. All four aircraft are flown by the ROKAF’s Airborne Early Warning and Control squadron at Gimhae Air Base in the southern ROK. The Northrop Grumman Multirole Electronically Scanned Array (MESA) L-band (1.215-1.4GHz) radar is the centre-piece of the aircraft’s tactical systems. It’s coverage is reportedly sufficient to monitor the airspace above most of the DPRK, this means that it is unlikely anything can fly in the DPRK without the ROK knowing about it.

South of China
As you head further south, most countries focus their attention on the potential Chinese threat. Watching its military forces deploy to the Spratley and Paracel Islands archipelago (see above) is a real concern to many of the PRC’s neighbours in the South China Sea. Underneath this vast expanse of water around these two archipelagos in the South China Sea there is believed to be some 213 billion barrels of oil, or the equivalent of 80 percent of Saudi Arabia’s reserves, according to Forbes magazine. Malaysia’s military has repeatedly asked for funding for up to four AEW aircraft, but the government has so far rejected its requests. Indonesia too has a desperate requirement, but for now nothing, it relies on three obsolete Boeing 737 Surveillers maritime patrol aircraft for monitoring the seas of the Malacca Strait. These aircraft are equipped with an ageing Motorola AN/APS-135(V) X-band (8.5-10.68GHz) Side Looking Airborne Modular Multi Mission Radar, but this radar has no datalink capability to hand off track and RAP information to other users. There is unlikely to be any funding for a new AEW system until 2020. The Royal Thai Air Force flies two Saab 340 Erieye AEW aircraft, operated by Wing 7 at Surat Thani, not far from Thailand’s border with Malaysia and these aircraft play a significant part in Thailand’s Integrated Air Defence System (IADS).

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The Royal Thailand Air Force operates two Saab 340 Erieyes which form an important component of Thailand’s IADS. (Saab)
With the Malacca Straits continuing to be a hotbed of piracy and while tensions with Malaysia and Indonesia ebb and flow on a regular basis Singapore relies on intelligence to prepare itself for any eventuality. The Republic of Singapore Air Force (RSAF) announced the $1 billion purchase of four Gulfstream G-550 turbofan transports configured with Israel Aerospace Industries’ Elta Systems division EL/W-2085 Conformal Airborne Early Warning (CAEW) L-band/S-band radar. Deliveries took place between 2009 and 2010 and the aircraft were declared fully operational on 13 April, 2012 at Tengah airbase where they are operated by the Republic of Singapore Air Force’s 111 Squadron.

IAI Elta continue to market their EL/W-2085 equipped G-550 which is also operational with Israel. The Aeronautica Militaire (Italian Air Force) has of these aircraft on order in a $750 million order, and the first one should be delivered by the end of the year having almost completed modification at IAI’s Ben Gurion airport facility just outside Tel Aviv. Avishay Izhakian, IAI Elta’s deputy general manager for marketing and business development told AMR that this aircraft “is a fourth generation CAEW; the main difference is the advanced radar technology which makes it more powerful; you get better or same performance with lesser resources. Weight is a big factor in the AEW world and the aircraft fulfils several missions, not just tracking airborne targets but (targets) on the ground and at sea. We have developed the aircraft for the threats of the future not just today”

Meanwhile, Taiwan’s Republic of China Air Force (ROCAF) operates six E-2K Hawkeyes, which are configured to the E-2C Hawkeye 2000 standard which outfits the aircraft with a new mission computer, and an additional satellite communications aerial. Of the ROCAF’s six E-2Ks, two are brand new aircraft and four E-2Ts originally delivered in September 1995 were upgraded to the E-2K standard in a deal worth $250 million. These aircraft play a crucial air surveillance role working in tandem with a network of ground-based air surveillance radars, which form the ROCAF’s IADS. The operators onboard provide a wide area surveillance of the Taiwan Straits, East and South China Seas.

South Asia
Both Pakistan and India have acquired AEW aircraft in recent years; mainly to keep an eye on each other, and in India’s case, Pakistan’s ally and New Delhi’s occasional rival the PRC. These new aircraft provide low altitude coverage for both sides, looking into mountain valleys and across the horizon over the sea. As one senior Pakistan Air Force officer told the author: “Ground based air defence (GBAD) radars can’t cover the sea, and not always the land. Pakistan’s contrasting terrain; sea, desert, glaciers and high peaks meant that monitoring these areas was ‘patchy’ until the (AEW) arrived in the late 2000s.” The Saab 2000 Erieye system, acquired in 2010 are flown by 3 Squadron and the Chinese-built ZDK-03 Karakorum Eagle operated by 4 Squadron. First deliveries of the latter took place in 2011. The latter is a Shaanxi Y-8G turboprop freighter developed by the China Electronics Technology Group (CETC) with a revolving radar on top: “There are differing areas of interest, which led to the different solutions” the PAF officer continued.

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Undoubtedly Pakistan’s ZDK-03 is one of the most unusual AEW aircraft. The Pakistan Air Force has developed the platform with China Electronics Technology Corporation. (PAF)
As part of India’s growing AEW capabilities, it was announced on 4 July 2008 that the government had ordered three Embraer EMB-145I in a $210 million deal. All three have been delivered to India’s Centre for Airborne Systems (CABS), part of the country’s Defence Research and Development Organisation (DRDO) in Bangalore south-west India. The DRDO has developed an AESA (Active Electronically Scanned Array) radar operating in S-Band which can track targets in the air and in the sea. However, in 2014 India announced it was looking for a longer-endurance and higher-altitude platform compared to the EMB-145, on which to integrate this indigenous radar system. An initial two Airbus A330 turbofan transports, the precise variant of which has not been announced, were selected expected to cost between $813 million and $840 million, depending on sources, with an option for four more. The Indian Air Force has operated three Ilyushin/Beriev A-50EhIs for AEW since 2009, equipped with IAI Elta Systems’ EL/W-2090 L-band radar which are located at Agra airbase in northern India, and are operated by 50 Squadron.

Australia
Like the ROK (see above) the Royal Australian Air Force (RAAF) opted to acquire the 737-700IGW to fulfill its AEW needs. All four E-7A Wedgetails, as they are designated by the RAAF reached full operational clearance in May 2015, and are flown by 42 Sqn at Williamtown airbase in New South Wales. They are playing a big part in Operation OKRA, Australia’s contribution to the US-led Operation INHERENT RESOLVE against the Islamic State of Iraq and Syria (ISIS) insurgent organization which has occupied significant portions of the north-west and east of those countries.

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An RAAF E-7A taxies off the runway. The force has six E-7As which have been very busy participating in Operation OKRA, Australia’s contribution to ongoing anti-ISIS efforts. (Alan Warnes)
New Systems
One of the latest systems on the block is Saab’s GlobalEye AEW aircraft for which its manufacturer sees a big market in the Asia-Pacific region. Launched at the Singapore airshow in February, this followed a two aircraft deal worth $1.27 billion deal announced in November 2015 from the United Arab Emirates. The GlobalEye combines the new Saab Erieye-ER S-band AESA radar and Selex/Leonardo Seaspray-7500 X-band (8.5-10.68GHz) maritime surveillance radar onboard Bombardier’s Global-6000 business jet. At the airshow, Erik Winberg, Saab’s director of business, said the GlobalEye has “a swing-role capability that can work in the air, land and maritime domain. We can do any sort of surveillance in those three domains.”

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Saab is now marketing its new GlobalEye AEW aircraft in South-east Asia, where it sees a market for the Bombardier 6000 integrated with an AESA and maritime surveillance radar. (Saab)
Ultimately, AEW aircraft provide the military with the speedy intelligence needed to react to an adversary. The operational requirements for the RAP are constantly growing, because of aircraft and missiles boasting low radar cross sections. When the DPRK is firing missiles, do not think that the DPRK or Japan does not see it. That is why many countries have purchased some of the most technologically driven, if very expensive, air platforms yet developed; to defend themselves not just against threats in the air, but on the ground or at sea too.

by Alan Warnes
 
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".....Undoubtedly Pakistan’s ZDK-03 is one of the most unusual AEW aircraft. The Pakistan Air Force has developed the platform with China Electronics Technology Corporation. (PAF)......."

Curious to see the reason for that comment.
 
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F-16s entered PAF in January 1983, on 23rd March 1983 Air Chief Marshal Anwar Shamim lead the fly past in F-16A. the most unique example of dedication, commander of the force flying newly introduced type, solo flight means he must be OCU qualified. That’s PAF for you [emoji178][emoji1191] https://t.co/2SS1cT4S69
 
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F-16s entered PAF in January 1983, on 23rd March 1983 Air Chief Marshal Anwar Shamim lead the fly past in F-16A. the most unique example of dedication, commander of the force flying newly introduced type, solo flight means he must be OCU qualified. That’s PAF for you [emoji178][emoji1191] https://t.co/2SS1cT4S69
Thats a B model.
 
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Veteran AVM(R) Farooq Umar flying his first solo F-16 sortie from Kamra in 1989. AVM(R) Farooq is famous F-104 Pilot who gave multiple supersonic passes above Amritsar as a sign of deterrence and commitment from PAF in early September 1965. https://t.co/lg0XYs2BPk
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He did his check out while as DG PAC Kamra. It was with No. 14 squadron. AVM Bahar Ul Haq did his check around that time as well.

F-16s entered PAF in January 1983, on 23rd March 1983 Air Chief Marshal Anwar Shamim lead the fly past in F-16A. the most unique example of dedication, commander of the force flying newly introduced type, solo flight means he must be OCU qualified. That’s PAF for you [emoji178][emoji1191] https://t.co/2SS1cT4S69
He flew in a B model
 
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He did his check out while as DG PAC Kamra. It was with No. 14 squadron. AVM Bahar Ul Haq did his check around that time as well.


He flew in a B model


Just wondering what's the purpose of an AVM to check out on a new aircraft, not that he would ever be able to fly it operationally. Same goes to a couple of our Air chiefs who checked out on the F.16 only at a very senior level.
To me it's more false bravado than anything else.
 
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Just wondering what's the purpose of an AVM to check out on a new aircraft, not that he would ever be able to fly it operationally. Same goes to a couple of our Air chiefs who checked out on the F.16 only at a very senior level.
To me it's more false bravado than anything else.

It is walking the talk and it also inspires confidence in the teams. Let's not get cynical about this.
 
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It is walking the talk and it also inspires confidence in the teams. Let's not be cynical about this.

Agree it's walking the talk but not of any real use to the airforce in general and I'm not sure hownwill it inspire confidence when the person is already in the twilight of his career.
 
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Just wondering what's the purpose of an AVM to check out on a new aircraft, not that he would ever be able to fly it operationally. Same goes to a couple of our Air chiefs who checked out on the F.16 only at a very senior level.
To me it's more false bravado than anything else.
At that time, having as many Viper drivers would have been very essential whether AVMs or juniors. Even Mushaf Ali Mir did his check out and in fact flew more actively compared to a lot of the juniors.
 
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