
And hopefully Indranil will let him join the Indian Air Force flying AMCA!
Too bad though, many of us oldies will have dementia at that time to remember anything!

Congratulations!!Indranil wrote:I can't type much (just had a son).
Karan M wrote:As to the human factor, in 1991.
http://www.theatlantic.com/magazine/arc ... ce/307291/
Why BVRToday, of course, electronic systems extend a fighter’s vision well beyond the range of the most acute eyeball. Aerial combat is no longer a matter of fixing your sights on a dodging enemy. Most of the maneuvering in air-to-air combat today takes place BVR, or beyond visual range. The modern fighter pilot flies strapped into the center of a moving electronic cocoon. His speeding jet emits a field of photons* that can find, identify, and target an enemy long before he will ever see it. At the same time, his electromagnetic aura defends him by thwarting the enemy’s radar.
The same gentleman who went overboard on the Red Flag briefing but explains why war isn't meant to be fair.American pilots strive to find and shoot down enemy aircraft from outside what they call the WEZ, or “weapons engagement zone,” which means safely beyond range of the enemy’s missiles. Traveling faster than sound, the fighter pilot is part of a network that can spot an enemy over the horizon, sometimes before he even leaves the ground; that can attack multiple targets simultaneously; and that in an emergency can react to an incoming threat before the pilot is even aware of it. Today’s jet is a machine so powerful, so smart, and so fast that the fighter jock’s biggest challenge is to safely fly and land it.
The modern day system“When cavemen fought they had their fists, first of all,” F‑15 pilot Colonel Terrence “Skins” Fornof explained to me last year in Alaska. “Then someone came up with the sling, which meant he could attack his enemy before he could get close enough to take a swing. The history of warfare technology has all boiled down to increasing the distance between you and your enemy’s fist. Distance means time, and you gain the advantage by extending that timeline. Our goal is the same as it ever was: to kill the enemy before he even has a chance to employ his weapon. War is not fair. You don’t want him to even get close enough to fight.”
YetBeing the best means learning to fully inhabit that screaming node, high above the slow curve of the Earth, strapped down in a bubble where the only real things are the sound of your own breathing and the feel of sweat rolling down the center of your back. You are alone but not alone. You cope with constant, multiple streams of data, everything from basic flight information—airspeed, altitude, attitude, fuel levels—to incoming radar images displayed on small, glowing green screens stacked in rows before you and to both sides. In your helmet are three or four radio links, with the AWACS, with the ground, with your wingman, and with your flight leader. It is a little bit like trying to navigate at high speed with four or five different people talking to you at once, each with a slightly different set of directions. It is not for amateurs. By the time Rodriguez flew into combat for the first time, he had hundreds of hours of training behind him, and being in the jet was second nature. With him were his wingman, his formation, and the superhuman reach of America’s technological eyes and ears.
Hurling a few dozen jets into the sky against this, as Saddam did in 1991, was most unwise.
The human factorBut given all the other advantages enjoyed by the allied pilots, the brave, outnumbered Iraqi pilots launching themselves at the approaching juggernaut might as well have been committing suicide.
“From Western eyes, it’s a suicide mission,” Rodriguez told me. “From the eyes of the guy being invaded, he’s protecting the homeland.”
Trying to go by mission briefing, that there was a chance that clutter could reduce the Missile/Radar performanceEven greatly disadvantaged, the Iraqi fighters were dangerous, and as it happened the large American force made a potentially fatal mistake that Saturday morning. The incoming MiGs were spotted, of course, but in the confusion of the moment either tactical errors were made by the strikers, or the Iraqi pilots exploited a seam in the American defenses. The AWACS command had spotted the MiGs immediately when they took off, and had handed them off to a Navy formation of F‑14s, which failed to intercept them. When Rodriguez and Underhill were alerted to the approaching threat, it came as a jolting surprise. The MiGs were just 13 miles out and closing at a speed of more than 1,000 nautical mph. Both pilots immediately began evasive maneuvers.
Matter of seconds. Now think of how more lethal missiles & systems have become.Rodriguez dove steeply, getting below the lead MiG, where he would be harder to find on its radar—pointing down, the radar’s signal can get confused by all the signals* bouncing back up from the ground. Then Rodriguez began flying in a low arc, keeping the MiG on his wing line, making himself “skinny,” presenting as small a radar target as possible. Within minutes the two fighters would be in a visual turning fight, a situation familiar to many experienced pilots from earlier wars, but one that is not supposed to happen in modern air warfare.
Next set of tactics.A cockpit alarm warned him when the MiG’s radar locked on him. The threat was still just a blip on his screen; he hadn’t actually seen it yet. He was frightened and thinking furiously when in his headset he heard Underhill shout, “Fox!”—the code word for I have just fired a missile.
Rodriguez looked back over his shoulder, following the smoke trail of Underhill’s missile, and then, looking out ahead of it, caught his first and only glimpse of the MiG. This is the precise instant captured from the Iraqi pilot’s perspective in the photo on Rodriguez’s wall. It turns out that the picture does not preserve a moment of personal triumph for him, as I had originally supposed, but one of intense fear and vulnerability. Rodriguez’s little F‑15 in the distance was not predator but prey, trapped and awaiting a kill shot that would never come, because in the next instant the MiG became a huge fireball in the sky. The whole encounter lasted a little more than 10 seconds.
“Mole saves my bacon because he kills this guy before he can take a shot at me,” Rodriguez said as we sat in his office.
Sound familiar?The second of his aerial kills was what he called “more routine,” more typical of modern aerial combat. A week after the first episode, he was flying in what the Air Force calls a “wall of Eagles,” a formation of four F‑15s spread out in the sky over roughly five to eight miles at 33,000 feet to maximize their visibility and radar range.
At that point, the remaining Iraqi air force was so vulnerable that the AWACS plane assisting the F‑15s picked up the enemy jets the minute they started their engines, while they were still on the ground. Rodriguez and the other pilots watched three radar blips form on their screens as the MiGs took off and climbed. Rodriguez assumed that the planes were, like the rest of Saddam’s air force, escaping into Iran.
“They were basically running scared,” he says. “Extremely scared.”
It took a few moments to identify the jets as MiG‑23s, and then the wall of Eagles began preparing to launch missiles at them.
“We think we’re going to have to stay above the clouds and we’re never going to see the missiles do their job, and all of a sudden there’s a big sucker hole, an opening in the clouds below,” he says. “The F‑15s dove to about 13,000 feet. The fleeing MiGs were hugging the terrain, flying just 300 to 400 feet above the ground, when we started launching AIM-7 missiles at them.
“And, sure enough, the missiles did their job.”
The Iraqi flight leader took the first hit. An American missile sliced through his plane, taking out the engine but leaving the shell of the plane intact. Trailing a thick cloud of smoke, the pilot began turning to the north, apparently trying to return to his base. Rodriguez’s flight leader fired a Sidewinder, a heat-seeking missile that lit up the sky when it hit, turning the unfortunate Iraqi pilot and his plane into an enormous fireball.
Rodriguez’s missile ripped straight through his target. The MiG apparently flew right into it. There was no large explosion. The missile just tore the jet to pieces, turning it into what Rodriguez called “a ground-level sparkler,” scattering debris across a wide swath of desert.
Cope India 2004.
Now, back to the USAF & BVR.AWST on Cope India wrote:The U.S. pilots used no active missiles, and the AIM-120 Amraam capability was limited to a 20-naut.-mi. range while keeping the target illuminated when attacking and 18 naut. mi. when defending, as were all the missiles in the exercise.
"When we saw that they were a more professional air force, we realized that within the constraints of the exercise we were going to have a very difficult time," Snowden says. "In general, it looked like they ran a broad spectrum of tactics and they were adaptive. They would analyze what we were doing and then try something else. They weren't afraid to bring the strikers in high or low. They would move them around so that we could never anticipate from day to day what we were going to see."
The IAF did not fly its top-end Su-30MKI aircrafts, instead the older un-upgraded Su-30MKs and Su-30Ks of the 24 Sqn, such as these. Compare the relative size of the aircraft!
By comparison, the U.S. pilots don't think they offered the Indians any surprises. The initial tactic is to run a wall with all four F-15s up front. That plays well when the long-range missiles and AESA radar are in play.
"You know we're there and we're not hiding," Snowden says. "But we didn't have the beyond-visual-range shot or the numerical advantage. Eventually we were just worn down by the numbers. They were very smart about it. Their goal was to get to a target area, engage the target and then withdraw without prolonging the fight. If there were a couple of Eagles still alive away from the target area, they would keep them pinned in, get done with the target and then egress with all their forces.
He shot down a MiG-29 without a SPJ & malfunctioning systems BTW as it later emerged.The American planes began to conduct the standard series of checks to identify the plane. The F‑15 is equipped with a full range of instruments to, in effect, interrogate an unidentified plane in the air. They were coordinating with an AWACS, working through some language difficulties (the controllers spoke accented English). A process that would normally take 20 seconds took three times as long, which is a huge difference when you’re traveling hundreds of miles per hour. Rodriguez and his wingman were rapidly approaching the weapons engagement zone, where they would lose the advantage of their longer-range missiles.
They were on the edge of the WEZ as the ID was completed, and Rodriguez launched an AMRAAM, or “advanced medium-range air-to-air missile,” a new element of his arsenal added after the Gulf War. In the Air Force, they call it the Slammer. One advantage it affords is a “fire and forget” feature; because the missile has its own homing and guidance system, the pilot need not stay pointed at the target. He is free to turn and evade the incoming jet in case his shot for some reason misses. Rodriguez stayed with his missile for as long as he could.
“It all went into slow motion, and I felt like the missile and I were kind of flying in formation for a while,” he recalls. “It just seemed to stay there for a couple of seconds and then, whoosh! It disappears. You see that glow [the missile’s exhaust], and that becomes just a little ember, and then it’s gone. And of course at night you can’t follow it anymore. The smoke trail goes away. But I could see it start to curve, and I go, ‘Okay, it looks like it’s doing the right lead-pursuit tracking.’ And the missile did everything it was advertised to do. We have a little counter display inside the cockpit that ticks down the time to intercept, and when the counter said zero, I looked outside through my canopy to the general vicinity of where I knew the target was going to be. I mean, that fireball was huge.”
But the above should show how tactics, systems all evolve.
And how the IAF was practising as well. Larger number of mixed formation type aircraft against fewer opponents.
All in all, the IAF is constantly evolving and improving its BVR tactics.
Range and its importance. Speed and its importance. Why supercruise etc etc.
Why AESA & more modern radars.
Why sensor fusion. We have that on the Phalcon, AEW&C and planned for LCA Mk2. Rafale has it.“If the enemy has radar-guided missiles, now we’re shooting at each other,” Lieutenant Colonel Chuck “Corky” Corcoran told me last year at Elmendorf. Corcoran is a former F‑15 pilot who now commands the 525th Fighter Squadron, the Bulldogs, one of the three F‑22 squadrons just now getting planes. “If those enemy weapons have similar capabilities to ours, I’ve got to employ some sort of tactic to gain an advantage, whether it’s getting higher and faster so I can shoot first, or checking away [shifting slightly off course] to increase his missile’s time of flight.”
Drawing out that time, even by a split second, can mean everything, because it allows your missile to strike first. Once the enemy’s plane is destroyed, its radar can no longer steer his missile.
“His missile is looking for reflected radar energy that he’s pointing at you, so if your missile gets to him and blows him up and kills his radar before his missile gets to you, then you are going to live,” Corcoran explained.
An AMRAAM missile like the one Rodriguez used over Kosovo was a major step forward because it frees the attacking plane from having to keep its radar pointed at the target. The American plane can launch a missile from outside the WEZ, turn, and kick on its afterburners before the target has a chance to even shoot.
These tools rely, of course, on radar, which can be jammed.
“If you can’t match your enemy’s technology, you can always subtract from it,” says Wayne Waller, a Virginia contractor who designs radar systems for the F‑15. “You may invent something that gives you an advantage, but you can’t hang on to it for very long. Our radar used to be difficult to jam, but the capability to do that has improved geometrically. That knowledge is out there. And the jamming advances cost a lot less than improving the radar.”
Countries that cannot afford to build fleets of the most advanced supersonic fighters can afford to build pods with clever software to mount on older airframes. This was brought home dramatically in Cope India 2004, a large aerial-combat training exercise that pitted F‑15 pilots from Elmendorf against India’s air force, which is made up of the MiG‑21 and MiG‑29, and the newer Mirage 2000 and Russian-built Su‑30. The exercises were conducted high over north-central India, near the city of Gwalior.
“We came rolling in, like, ‘Beep-beep, superpower coming through,’” Colonel Fornof told me. “And we had our eyes opened. We learned a lot. By the third week, we were facing a threat that we weren’t prepared to face, because we had underestimated them. They had figured out how to take Russian-built equipment and improve upon it.”
Why IAF is insisting that the engines on the FGFA be better to allow true supercruise. Why it wants 360 degree avionics, maximum stealth etc.“It is really two big steps ahead of anything else out there,” Corcoran told me. “All of the data from all the different sensors in the aircraft are fused. The F‑22 has one big display in the middle of the cockpit, so you are kind of sitting in the middle of that display, and all of the sensors run on their own. And tracks show up all around you, 360 degrees, and all of it in color. So the red guys are bad, the green guys are good, and the yellow guys—we don’t know who the yellow guys are yet. So without the pilot doing anything, you have this 360-degree picture of the battle space around you. With the F‑15, after a couple of years of training, you might be able to achieve that level of awareness.”
How IAF can use its PAK-FAs to help its Su-30s or how Rafales with Meteor can help LCAs“The F‑22 avionics allow me to be a better battle-space manager and efficient killer,” Tinsley explained. “I have stealth, so I have the surprise piece. And then on top of all that, I can do it at supercruise. I can climb higher than other fighters, I can go faster with lower fuel consumption, so I can cover a larger space. And no one can see me. Now we’re getting that 8-to-1 kill ratio I need to maintain superiority.”
“When the F‑15s are up doing their tactics, we’re kind of back behind them a little bit and helping them out if they have trouble,” Colonel Jim Hecker, the operations-group commander at Elmendorf, told me. “If an F‑15 is having some trouble dealing with electronic countermeasures where he can’t shoot, that’s when we’ll go in and get rid of that guy for him. I think the synergistic effect of having a couple of F‑22s in with those fourth-generation fighters is great. Based on the buy, I think we’re going to have to do that if we stay at the same number of F‑22s. We simply don’t have enough, so we have to find ways to integrate like this to optimize our capability.”
This is lesss about lumbering and more about radar emitting. It homes in on a radar emitting AWACSCain Marko wrote:Question to gurulog.... I've always wondered:
Can a a2g missile be used as long ranged aam against lumbering targets like awacs, fuellers?
Vice versa, can aams be used against ground targets?
Fwiw..I found this interesting little tid bit about rmaf use of kh31s...
https://1.bp.blogspot.com/-GKYNhYRCy5A/ ... 0/kh31.jpg
Note the use vs the aew aircraft
Note to self - Do not partake in refreshments when reading articles posted by Shiv saarshiv wrote:I could have linked these articles in the history thread - but they indicate what the air force does even today and has plenty of stuff about how people and aircraft behave at high altitude - with no jargon
Fantastic articles
http://jpjopenpage.blogspot.in/2009/07/ ... rt-ii.html
http://jpjopenpage.blogspot.in/2009/08/ ... t-iii.html
As we come out, we hear a helicopter coming in to land. Out comes a 3-star General who tells us that don't worry... in case you eject over the glacier, I will have my ski troops pick you up in 15 minutes....we are all flabbergasted...what glacier?
I think can develop a version of this too modifying NGARM.shiv wrote:This is lesss about lumbering and more about radar emitting. It homes in on a radar emitting AWACSCain Marko wrote:Question to gurulog.... I've always wondered:
Can a a2g missile be used as long ranged aam against lumbering targets like awacs, fuellers?
Vice versa, can aams be used against ground targets?
Fwiw..I found this interesting little tid bit about rmaf use of kh31s...
https://1.bp.blogspot.com/-GKYNhYRCy5A/ ... 0/kh31.jpg
Note the use vs the aew aircraft
Not 5 but 10 tons on the mki. Which should go up considerably once it is plumbed like the su 35 or mig 29k for efts.Manish_P wrote:To a limit yes. A relay is also doable if at all required, with the dedicated re-fuellers staying well inside our air space.
Incidentally the Su-34 Strike aircraft has an internal fuel capacity of about 12 tons compared to the 5 tons of the Su-30 MKI
True on both accounts. Indranil guru, I was just wondering if IAF would already have the capability since it operates a kh31 version that has about 200km range iirc.Indranil wrote:I think can develop a version of this too modifying NGARM.shiv wrote: This is lesss about lumbering and more about radar emitting. It homes in on a radar emitting AWACS
That is some blog speculation to be honest.Cain Marko wrote:Question to gurulog.... I've always wondered:
Can a a2g missile be used as long ranged aam against lumbering targets like awacs, fuellers?
Vice versa, can aams be used against ground targets?
Fwiw..I found this interesting little tid bit about rmaf use of kh31s...
https://1.bp.blogspot.com/-GKYNhYRCy5A/ ... 0/kh31.jpg
Note the use vs the aew aircraft
Oops. My mistakeCain Marko wrote:Not 5 but 10 tons on the mki. Which should go up considerably once it is plumbed like the su 35 or mig 29k for efts.Manish_P wrote:To a limit yes. A relay is also doable if at all required, with the dedicated re-fuellers staying well inside our air space.
Incidentally the Su-34 Strike aircraft has an internal fuel capacity of about 12 tons compared to the 5 tons of the Su-30 MKI
Say the arm is fired at 120-150km distance, how far can awacs run during the 2-3 odd minutes available to it? Iirc, the kh31 is supposed to have radar guided mcu capability. Here is what good ole kopp had to say about it...Karan M wrote:That is some blog speculation to be honest.Cain Marko wrote:Question to gurulog.... I've always wondered:
Can a a2g missile be used as long ranged aam against lumbering targets like awacs, fuellers?
Vice versa, can aams be used against ground targets?
Fwiw..I found this interesting little tid bit about rmaf use of kh31s...
https://1.bp.blogspot.com/-GKYNhYRCy5A/ ... 0/kh31.jpg
Note the use vs the aew aircraft
Aircraft move fast. So you need mid course guidance.
We can do that with our missiles we have the building blocks.
So that poster might not altogether be a hawa mein teer, no pun intended.During the 1990s there were persistent claims that the airframe was being adapted for use as a long range AAM with a Counter-ISR role, as an “AWACS-killer”, with the designation R-31P. The reality is that both the anti-radiation and anti-shipping variants of the extended range configurations of this missile have compatible 135 NMI plus range on high altitude trajectories, and suitable basic seeker technology, and both have a suitable laser proximity fuse. Adaptation for an air - air role of this kind would involve primarily changes to the control laws in the guidance and proximity fusing timing parameters. It is entirely conceivable that such a Counter-ISR capability already exists embedded in newer variants of the missile's guidance system.
If you look at the * note at the bottom of the image you attached, you will see it says "However in 2004 Tactical Missiles Corporation emphatically denied that it had ever worked on an air-to-air version of the Kh-31".Cain Marko wrote:Question to gurulog.... I've always wondered:
Can a a2g missile be used as long ranged aam against lumbering targets like awacs, fuellers?
Vice versa, can aams be used against ground targets?
Fwiw..I found this interesting little tid bit about rmaf use of kh31s...
https://1.bp.blogspot.com/-GKYNhYRCy5A/ ... 0/kh31.jpg
Note the use vs the aew aircraft
Any Dalits / Brahmin issues ????shiv wrote:http://1.bp.blogspot.com/-10dDWT7xkIU/V ... 8912_n.jpg
This is so wrong. Caste discrimination. Why can't Il 78 directly give fuel to Mirage? Untouchable or what? Why it is giving to Sukhoi and asking Sukhoi to give to Mirage. Or maybe Il 78 not speaking French?
Ask me. I have all the explanations
French cannot wait their turn they want their fuel immediately?shiv wrote:http://1.bp.blogspot.com/-10dDWT7xkIU/V ... 8912_n.jpg
This is so wrong. Caste discrimination. Why can't Il 78 directly give fuel to Mirage? Untouchable or what? Why it is giving to Sukhoi and asking Sukhoi to give to Mirage. Or maybe Il 78 not speaking French?
Ask me. I have all the explanations
The investigating team concluded that the aircraft was hit by a surface-to-air missile while leaving the target area.
The investigating team concluded that the aircraft was shot down by a surface-to-air missile during the run-in for a loft attack.
investigating team were able to conclude that the aircraft was lost as a result of an enemy SAM attack
I've posted data and ACM Tipnis's statements for readers to derive their own conclusion. Standoff weapons like SAAW, Glide & PG kits are the way things will go in future. The sooner we adapt, the better. This is my last post on this subject.It was subsequently concluded that their aircraft had been seen to hit the ground while leaving the target area.
There is a simple solution. We can start calling the Air Force as Indian Army. (Sorry could not resist)chola wrote:I want to discuss how we divide up the air assets in Bharat compare to other nations and whether it affects the efficiency of our armed forces, especially the Army.
The IA Aviation Corps fly around just 150 helos versus over 400 for the Air Force. The Army has no fixed wings.
We’re rather like the Russian military which has the Air Force controlling all of the 1200 helos while the Army have nothing but UAVs.
The US Army OTOH flies around 3000 helicopters and 150 fixed wings, up to the size of the C-27. The USAF flies only around 150 helos for light utily and communication roles.
PLA ground forces have 1000 helicopters and they also have fixed wings with An-34 sized Y-7 and the larger Y-8 and Y-9. The PLAAF have only 100 helos.
http://www.china.org.cn/china/2017-12/2 ... 113178.htm
So does having the Air Force control the vast majority of rotorcraft like the Russians weaken the Army and limits its options especially regarding airborne tactics? Or is the American way of allowing the Army a massive helo wing weakening the Air Force by confusing jurisdiction?
IMHO the split between rotor and fixed wing for Army and Air Force respectively is a natural division that gives the Army flexibility but not impinges on the Air Force’s mission. What got me investigating this is the IAF’s insistence on the Apache which is an US Army mainstay.
deejay wrote:There is a simple solution. We can start calling the Air Force as Indian Army. (Sorry could not resist)chola wrote:I want to discuss how we divide up the air assets in Bharat compare to other nations and whether it affects the efficiency of our armed forces, especially the Army.
The IA Aviation Corps fly around just 150 helos versus over 400 for the Air Force. The Army has no fixed wings.
We’re rather like the Russian military which has the Air Force controlling all of the 1200 helos while the Army have nothing but UAVs.
The US Army OTOH flies around 3000 helicopters and 150 fixed wings, up to the size of the C-27. The USAF flies only around 150 helos for light utily and communication roles.
PLA ground forces have 1000 helicopters and they also have fixed wings with An-34 sized Y-7 and the larger Y-8 and Y-9. The PLAAF have only 100 helos.
http://www.china.org.cn/china/2017-12/2 ... 113178.htm
So does having the Air Force control the vast majority of rotorcraft like the Russians weaken the Army and limits its options especially regarding airborne tactics? Or is the American way of allowing the Army a massive helo wing weakening the Air Force by confusing jurisdiction?
IMHO the split between rotor and fixed wing for Army and Air Force respectively is a natural division that gives the Army flexibility but not impinges on the Air Force’s mission. What got me investigating this is the IAF’s insistence on the Apache which is an US Army mainstay.