I really like how everyone in government and media treats Pakistan as the villain here, while studiously avoiding all mention of the fact that it’s China who will try to copy this stuff to compete commercially and militarily with the US. Americans are all wringing their hands at this Pakistani transgression, yet we continue to treat China as a favored trading partner and pour billions into their economy via Wal Mart and by forging “partnerships” with them in which they buy our technology rather than our products, all while they bluster and threaten and develop weapon systems whose sole purpose is to combat our own forces.
Those are absolutely some sort of Seahawk. Looks like SH-60B or MH-60R without the nose FLIR.
nope… this is what we call it…:cool:
“Badly photoshopped man in stockings” ?
It was an A-50 if i am not mistaken
It was not an A-50, it was an Il-76 originally modified by the Iraqis to use a French radar, and flown to Iran during the 1991 war.
It was this incident in which their Adnan AWACS (an Il-76 modification) crashed during a military parade. Originally it was claimed that the aircraft collided with an F-5, but later reports state that it had an engine fire and began emergency landing procedures, and the ensuing maneuvers caused the rotodome to detach and strike the tail of the aircraft.
As for the F-22.
The Flanker has better control in the low speed High Alpha regime.
At displays, you can often see the flanker is ‘trown reckless into all sort of High alpha turns and brakes. It always recover in a instant.
It helps that the display pilots is uniqe, but u get the picture.
The F-22 has awsome handeling too, but it is a little more slugish and do not go to the extreem level of post stall or fully stalled routinly displays.
That has really nothing to do with the handling capability of the aircraft, and is simply due to different safety restrictions placed on the pilot. You are conflating stall recovery with control. The Flankers aren’t really “in control” at all when they do their “reckless” maneuvers, they are just relying on the aircraft to recover properly. U.S. aircraft are not allowed to do that in air show demonstrations, so their routines sometimes seem more restrained. However, the Flankers simply could not do the F-22’s routines under the same restrictions.
Yes correct. That would be the term ‘relaxed stability’ or lack of it.
That is not the same ‘stability’ we are talking about.
Vertical stabilizers provide lateral stability, preventing uncommanded yaw. Ventral fins supplement the vertical stabilizers, and are needed if the vertical stabilizers are too small as may be the case on the J-20.
In the case of the Flanker the ventral fins assist in maintaining lateral stability during post-stall “maneuvers” because the vertical stabilizers are masked by the airframe.
“Relaxed stability” is all about the aircraft’s longitudinal stability, its tendency to pitch. That is completely different.
No way the F-22 is more stable than the flanker design, this is well documented..
Which stability are you referring to there?
Sorry but communicates by Thales, press articles carry more weight.
Indeed, like this one? :diablo:
Asked if the Eurofighter and Rafale were superior in technologies to the other four contenders – Boeing F/A 18 IN Super Hornet, Lockheed Martin F 16 IN, Swedish Gripen and Russian Mig 29 – the Air Chief said: “In all fairness, all the six aircraft in the competition were good, and more or less close to one another in performance. But some of them had to be out, and some had to be in, and that’s it. Let’s say that the two European finalists were the most-compliant in the 600-plus parameters that the IAF selection team had set.”
The Air Chief observed that admittedly, the US had the best of the combat radars, weapons and systems. But then, each of the six contenders had given in writing that they would match the IAF requirements, including those for systems to be sourced from the US.
I don’t know if someone could scan the picture of the RBE2-AESA in the latest Air & Cosmos. it’s a very interesting one because the actual antenna is photoshopped out, unlike the previous “official pics” which had many ones counting the TR modules on the plate…
That’s because the official pics were photoshopped as well.
Random question, but people are bringing it up, what is the advantage of having your UAV’s piloted from an aircraft as opposed to a ground station?
The idea is that the UAVs act as cheap force multiplier for the manned aircraft. The manned aircraft has the advantage of better situational awareness than an operator in a trailer somewhere, and can direct the UAVs’ fire.
IMO having the UAV actually being piloted from the aircraft is not the right way to accomplish this. A much better solution is to ensure good communications between the manned AC and the UAV operators, including targeting aids like Link-16. A pilot or backseater in a modern strike aircraft can spot a target with a helmet-mounted sight, and direct another aircraft’s targeting pod onto that target via Link 16. This type of capability is certainly not outside the reach of UAVs, and it gives the advantage of shared situational awareness without burdening the manned AC crew.
The IED planters were likely found by the UAV operating by itself with no external cueing.
What that footage shows is UAVs taking out targets out in the open, with plenty of time to evaluate the situation before deciding to fire.
Even if your “no external cueing” conjecture is true, the UAV operators know where to look, the IED planters are operating in clear terrain, they are not attempting to hide since they think nobody is watching, and there are no friendly troops anywhere in the vicinity.
Basically you found footage of UAVs doing exactly what they are well suited for, which really has little to do with close air support of troops in contact.
brimstone on reapers! if they have enough of them they could literally have one circling above each patrol/trouble spot. they fast jets on stand by for when bigger hitters are needed.
The problem is that with current technology, UAV operators don’t have the situational awareness to do CAS for troops in contact as well as manned aircraft do. In a fluid situation like a firefight, UAVs are pretty much limited to hitting whatever the troops on the ground tell them to, they don’t see a big enough picture to safely decide on their own what to hit. So at this point they are not a substitute for manned CAS.
Not sure what the USMC view on this would be as it would tend to sideline the F35B from the CAS role, from my reading?
It wouldn’t sideline the F-35B any more than the AH-64 sidelines the F-16. The idea they are arguing for is really a CAS/COIN aircraft for low intensity conflicts, to fill the gap between fast jets and attack helicopters. The objections it is based on are not new at all: fast jets are too fast, too expensive to operate, and have too little persistence; helicopters are too slow, have too little payload, and can’t operate well at high altitudes.
The CAS mission that F-16s etc today and the F-35 tomorrow are good at is really battlefield CAS against large maneuver units, not low intensity CAS like this LAAR would be employed in.
The danger with all of this is that whenever you field an aircraft, it tends to get used whether the situation warrants it or not. Thus you have OH-58s getting shot down in Iraq because they try to act like attack helicopters, you had USMC OV-10s getting shot down in Kuwait in 1991 because they tried to operate in a “real war” environment, etc. So if we do wind up fielding a LAAR, we need to ensure it gets used only where appropriate, and resist the temptation to treat it as an all-around attack aircraft.
Definitely AIM-7s. Japan doesn’t have specialized SEAD weapons.
Somebody missed the old adage that you can’t win a war on airpower alone…
But you also can’t win without it.