Posted on 12/30/2015 8:05:57 PM PST by sukhoi-30mki
One of the most important programs that the U.S. Air Force is undertaking is far from glamorous and comes with a funny name: Talon HATE. But this podded system will be vital for eliminating communications barriers between the F-22 and F-15C/D fleets, as well as other weapon systems. It’s showing for the first time on the belly of an Operational Test F-15C flying out of Nellis Air Force Base in Nevada. Here’s how it works.
The F-15 is no stranger when it comes to evolving with the times, and Boeing is doing just that with this new communications and sensor pod system.
The Talon HATE (and by the way, nobody seems to know what that stands for) system includes air-to-air, air-to-ground and satellite data links. Not only will this large pod work as an essential communications bridge and data-fusion center, but it also provides America’s F-15C/D Eagle fleet with a serious sensor enhancement via the installation of an Infrared Search and Track system (IRST) at the 17 foot-long, 1,800 pound pod’s forward tip.
Talon HATE will work in a very similar way as the Air Force’s Battlefield Airborne Communications Node (BACN), which is currently deployed on Air Force E-11 and EQ-4 as well as NASA WB-57 aircraft today, but in a tactical instead of strategic one.
Boeing describes the Talon HATE system as such:
Scheduled to be initially carried by F-15C fighter aircraft, the pod combines information from fourth and fifth-generation fighter aircraft, national sources and joint command and control assets.
The system assimilates information in real-time from multiple domains. The data will then be transmitted over a common data-link for use by joint aircraft, ships and ground stations, improving communication and information sharing across the battlefield.
The single operational picture formed by Talon HATE is claimed to provide soldiers with a capability to more efficiently engage and defend against ‘next-generation’ threats. Basically it’s a fighter-mounted universal translator, data-fusion center, and router that takes various data-links’ waveforms and “languages,†and fuses their information into a single common picture. It then rebroadcasts that common picture multiple waveforms and “languages†so that everyone in the battlespace is on the same page and can exploit a much more detailed rendering of where the enemy is and where the good guys are.
This will allow American F-15C/D and other so-called “legacy†fighters, allied aircraft, ships, and ground and command-and-control assets that use MIDS/JTIDS Link 16 data links common to NATO countries to see what the F-22 sees. It does this by receiving and translating the F-22’s proprietary and stealthy Intra-flight data link (FIDL) transmissions into data the MIDS/Link 16 data link terminals can display.
This is a very big deal as F-22s are some of the most capable sensor platforms in the world. Their ALR-94 electronic surveillance measures (ESM) and radar warning receiver suite can sniff out the locations of enemy radars and communications, and classify them accordingly. The aircraft’s APG-77 AESA radar is also highly capable, especially considering it will likely be operating forward of other non-stealthy enemy forces, peering deep into enemy territory.
The F-22 does not have Link 16 transmission capability like most other combat aircraft because that system was not designed for stealthy aircraft and its omni-direction emissions could give away the F-22’s presence. As such, the F-22 can currently receive information via Link 16 compatible broadcasts, but it cannot send them. In other words, an F-22 can see what an F-15C sees sensor-wise, but not the other way around.
The Talon HATE pod will basically masquerade as another F-22, with Raptors beaming back information to it for processing and redistribution on MIDS/Link 16 waveforms. This will allow F-15C/Ds to see the F-22’s tactical picture, and other aircraft will be able to as well.
Talon HATE’s IRST data will also be integrated into the common picture, so that F-22s can make use of it. This will allow the stealth and fast jets to super-cruise out to a target and engage it without ever turning on their own radars, and thus not emitting any electromagnetic energy that the enemy could spot. Additionally, the pod’s IRST can be equally effective when F-22s are not present, giving the F-15C/D fleet a much needed way for detecting stealthy aircraft and cruise missiles or taking on targets without turning on their powerful radars.
Most importantly, this system will greatly enhance the Eagle-Raptor air dominance team. With only about 125 combat coded F-22s in service, the Air Force will partially rely on the F-15C/D when it comes to air superiority for decades to come. By sharing a common picture, tactics can be better tailored to take advantage of each aircraft’s strengths and weaknesses.
For instance, the F-15C/D’s new APG-63V3 Active Electronically Scanned Array radar is the most powerful in the world. Being able to search for enemy aircraft deep in enemy airspace, the F-15C/D can data-link its radar picture to the F-22, which can operate far ahead of the Eagle safely. By relying primarily of the F-15C/D’s radar picture, the F-22 can use its radar as little as possible, which will lessen its chances of detection.
As the F-22 moves farther ahead of the battle lines, its passive sensors, which emit no electromagnetic energy that can be detected, can sniff out enemy aircraft formations, and this information can be shared with F-15C/Ds.
Such tactics will allow the F-22 to streak out ahead of the F-15s and club the enemy without them ever knowing they are there, all they would see are F-15C/Ds, with their radars blazing, many miles behind where the Raptors are silently operating. Additionally, once the F-22’s missile stocks run dry, they can switch to a scouting role, calling the shots for F-15s that are heavily laden with air-to-air missiles and operating safely behind the F-22’s stealthy screen. Boeing is well aware of this potential dichotomy and they are offering upgrades that could see F-15s carrying double the missile load they can today.
What this all amounts to is a maximization of each aircraft’s abilities against an enemy threat. By sharing a common situational picture and targeting data, the F-15C/D and F-22 team become much more potent and synergistic, and other aircraft, ships, and ground assets can benefit from this relationship as well. Without Talon HATE’s data fusion capabilities, this cannot be achieved.
Even without the F-22’s presence, the pod’s ability to provide IRST capability and an indigenous active battlefield network capability to the F-15C/D fleet that reaches from the ground up into space is a capability worth pursuing on its own. This is especially true as current BACN equipped aircraft are highly tasked and not meant to be present on the leading edge of the battlefield. This is an especially large problem for anti-access environments, where lumbering support aircraft, like those carrying a BACN system, could be pushed back hundreds of miles from the front lines. And it is in these exact scenarios where having connectivity between F-22s and legacy fighters will be so essential.
Talon HATE represents another step in the Pentagon’s attempt to deal with integrating 5th generation stealth fighters with a fleet of older aircraft that will be around for decades to come. This problem will only be exacerbated by the F-35’s introduction into service.
Currently there is an initiative underway to try and figure out how its unique and stealthy data link can be rebroadcasted to other less advanced assets. But for now, the most pressing need is to get the F-22 and the Air Force’s teen-series fighters, especially the F-15C/D fleet, on the same tactical page, and the Talon HATE pod hopes to do just that.
A special thanks to Dave Chng of Airwingspotter.com for allowing us to use his image of the F-15C carrying the Talon HATE pod. Make sure to check out his site, there are some great aviation shots on there.
All other images via USAF, illustrations via author/Foxtrot Alpha.
Bump
That acronym, ladies and germs, is no accident and is brilliant.
JMHo
“That acronym, ladies and germs, is no accident and is brilliant.”
General Pershing rides again. (Yeah, I know it’s only legend.)
What is the point of giving away the aerial battle plan?
You want to impress me with weapons systems, show me how conservatives are taking back the media...
...and somewhat compensates for the reduced numbers of F-22s that are scheduled to be built...
Time to dump the F-35 with the exception of the Marine VTOL versions and start buying the much less expensive F-15 Silent Eagle. Proven Airframe and some Stealth Capability.
Expand the F-22 Fleet. I think another few hundred should do the trick.
The Navy should refurbish the old F-14 Tomcats with modern Engines and Avionics and put them back in service. Those and the current F-18 Super Hornets would make for a formidable Carrier based Squadron.
If the Iranians can keep their F-14’s Flying after all these years, WTH are we doing?
Oh yeah, start building more A-10’s or a new version if the original Tooling is gone and get them out of the Air Force Inventory and into the hands of the Army and Marines.
Just my uninformed opinion. I can dream. LOL
Just me, or does my after dinner reading comprehension detect a small contradiction in this? Probably missed the small print somewhere.
A US fighter aircraft has to carry that colostomy bag just to communicate? This is ridiculous.
I believe the F-14 had some sort, do not know how capable it was.
Total anecdote:
Something that blew me away reading about the ancient F-4 Phantom, was the little scrotum/bulge hanging under the radome pointing forward. Apparently that was to have had an early IR sensor of some sort, but it never matured in time to be installed. Dimly recall looking into a F-4 radome when swung back and not seeing anything in that space. Always wondered why it was there.
Even if no modified A10 is in the mix, you could do a LOT better than the F35 for a USMC specific aircraft.
Then again, I'm just an old grunt who appreciates napalm tumbling off of a well weathered Skyraider so maybe I just have a soft spot for low, slow, and dead accurate automatic weapons fire.
The Air Force and Navy seem to be sobering up a bit and realizing they're far from the end of the life cycle for both the F15 and the F18. No matter how hard you stare at the horizon, the "fifth generation" (marketing buzz as far as I'm concerned) isn't out there on the horizon to any great degree.
SAMs and drones are getting more capable every day and betting the whole farm on any one thing right now doesn't seem like a wise course of action. I can see drones used as semi-autonomous escorts for manned aircraft becoming an important element of our strategy at some point but right now everything is caught up in the same ole "more expensive is better" syndrome.
There's a lot that can be accomplished by refining the existing types of aircraft and a lot to be learned by doing so.
JMHo
All the US Tomcats had a tv camera system. The D model had a double chin pod with an IRST. With the use of more advanced cameras I am sure this pod and the corresponding IRST for the Hornet should be pretty capable.
Lotta drag. How many a/c on a mission have to carry one?
And one woggie with an ‘03 Springfield sitting in a window 1000 meters from the parked a/c on the airstrip puts a hole in it?
I love tech, but is this what we need now?
Just askin.
Nowadays, the military must be prepared to fight two totally different wars: one against a sophisticated, well-equipped enemy like Russia or China and another versus the Islamic hordes.
For the latter purpose, the A-10 -- or even that "well-weathered Skyraider" -- makes a lot of sense. Fact is, Corsairs escorting Skyraiders could do a lot of damage...at very little cost.
A US fighter aircraft has to carry that colostomy bag just to communicate? This is ridiculous.
...
It’s a big sucker, but I’d say its advantages outweigh its disadvantages. Fighting as a large coordinated system is what gives us superiority over our potential enemies.
That bigass thing and it’s not even a weapon? Something that size should at least be an air-to-air laser...
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