AARGM / VFDR Missiles

Are there plans for a ship-launched and/or ground-launched versions of the AARGM-ER?
Seems to be but don't know how far along they are.

 
The problem with the second article is that except for the first paragraph it's pay-walled.

One thing that's occurred to me is that a ground-launched AGM-88G as is will have a greatly reduced range due to being launched from the ground and at zero speed so to match the range of an air-launched AGM-88G it will need a launch-booster. This would entail modification of the missile's boat-tail to enable the mounting of a launch booster but no doubt an off-the-shelf booster could be used, something like the VL-ASROC's Mk-114, the SM-3/6 Mk-72 booster or the Harpoon's A/B44G-2/3 booster for example.
 
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I really do not see a use case for a ground launched ARM for the US. If you know where there the target is, just use HIMARs. If you do not know where the target is, why are firing a two million dollar missile with reduced range from the ground to speculatively look for one?
 
The AARGM-ER has a longer range than the HIMARS (Which can't hit moving targets anyway) and for a GL version a launch-booster could easily be fitted and as for targets you don't know the precise location that's why it has a radar seeker also it can be retargeted during flight, there are no doubt applications where a GLAARGM-ER would be handy to have.
 
The AARGM-ER has a longer range than the HIMARS (Which can't hit moving targets anyway) and for a GL version a launch-booster could easily be fitted and as for targets you don't know the precise location that's why it has a radar seeker also it can be retargeted during flight, there are no doubt applications where a GLAARGM-ER would be handy to have.

Seems like a niche that does not need to be filled, especially by the USN. We'll see what comes of it.

Are you sure AARGMER can be retargeted? I had not heard it had a datalink, outside a oneway system to help with BDA.
 
Are you sure AARGMER can be retargeted?

All of the information I've read suggest it does and if it doesn't have that capability I'm sure it can be added in an upgrade, remember it is designed for internal carriage by the F-35 and it's logical given the F-35's capabilities to have a two-way datalink to fully utilise it.

As for ground-launch I've no doubt feasibility trials will be carried out and I could see a UGM-88G version implemented by loading the AARGM-ER (With the Harpoon booster attached) into the same 21" launch pod used by the UGM-84.
 
All of the information I've read suggest it does and if it doesn't have that capability I'm sure it can be added in an upgrade, remember it is designed for internal carriage by the F-35 and it's logical given the F-35's capabilities to have a two-way datalink to fully utilise it.

As for ground-launch I've no doubt feasibility trials will be carried out and I could see a UGM-88G version implemented by loading the AARGM-ER (With the Harpoon booster attached) into the same 21" launch pod used by the UGM-84.

My understanding is that the ER still uses the same guidance section as the 88E, which as far as I know has no target update capability. More over, the short flight time doesn’t seem conducive to target updates.

If I was surface launching a weapon that I wanted updates and terminal homing for, especially if I was the USN, I’d go SM-6 before anything else off the shelf. It is rumored this what Sea Dragon is, based on comments from officials (“existing weapon “/“supersonic”).
 
All of the information I've read suggest it does and if it doesn't have that capability I'm sure it can be added in an upgrade, remember it is designed for internal carriage by the F-35 and it's logical given the F-35's capabilities to have a two-way datalink to fully utilise it.

As for ground-launch I've no doubt feasibility trials will be carried out and I could see a UGM-88G version implemented by loading the AARGM-ER (With the Harpoon booster attached) into the same 21" launch pod used by the UGM-84.
That might actually be a more dangerous weapon than Sub-Harpoon, since we're talking a 1200lb weapon hitting at most of Mach 3...
 
My understanding is that the ER still uses the same guidance section as the 88E, which as far as I know has no target update capability.

Currently it has the G model's GCU repackaged a bit inside the AARGM-ER's forward section but from a cutaway diagram I've seen:

AARGM-ER_First_Live_Fire_Test_2.jpg


There's plenty of room for a two-way data-link and I strongly suspect that such a data-link would be a modified version of the one currently used in the latest AMRAAM variants.

More over, the short flight time doesn’t seem conducive to target updates.

I doubt it as it has at 160NMi/186Mi a considerably longer range than the AARGM and even flying a M3 there'd still be time for retargeting to adjacent targets also having a data-link means it can be carried and fired by a platform that is a LOT less sophisticated than the F-35.

That might actually be a more dangerous weapon than Sub-Harpoon, since we're talking a 1200lb weapon hitting at most of Mach 3...

I hadn't thought of that but flying at M3 it was ~9 times the Harpoon's kinetic energy so even it the warhead fails to detonate it will still do a lot of damage.

I think it’s a 1000 lbs class weapon and a fair amount of it is solid rocket fuel.

Given the speeds it flies at its' rocket-motor's burnout it still packs quite a kinetic-energy punch.
 
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Surely it would make more sense to stick the electronics section on a PrSM.

Although the PrSM does have empty expansion space in its' ogive nosecone for upgrades with a terminal seeker I don't know if the electronics section could be put in it, at least not without repacking the electronics.
 
Although the PrSM does have empty expansion space in its' ogive nosecone for upgrades with a terminal seeker I don't know if the electronics section could be put in it, at least not without repacking the electronics.
They seem to have been able pack plenty of other electronics in there.

 
Was thinking on this. Does a ground launched version even make sense? Surely it would make more sense to stick the electronics section on a PrSM.
If you take out a surface ship's radars, you've effectively killed it. Even with today's ships with datalinks/CEC.
 
I’m guessing that the post you are quoting is more questioning the effective range rather than warhead size, which are similar.
I was also questioning whether it was better to build a separate ground launched missile and launch system, or just change the electronics in an existing one, which also has a range and speed benefit.
 
The US State Department has greenlit the sale of advanced anti-radiation missiles to two NATO countries in Europe, the Netherlands and Poland, in deals potentially worth close to $2 billion. Announced by the US Defense Security Cooperation Agency (DSCA) on April 24, these foreign military sales represent a significant stride in augmenting the defense capabilities of both nations.

View: https://www.youtube.com/watch?v=p8W_LsVoqEY
 
No doubt by the end of this year/beginning of next year limited numbers of the AGM-88G will be appearing in Ukraine.
 
No doubt by the end of this year/beginning of next year limited numbers of the AGM-88G will be appearing in Ukraine.

No. Currently nothing newer than the C version as been observed. I’d be surprised if even the Echo was donated.
 
No. Currently nothing newer than the C version as been observed. I’d be surprised if even the Echo was donated.
I'm amazed that there were Cs left to be donate. -Es went into full production in 2012.

Though I wonder how many of the older models had been updated to -F guidance?
 
What about the D model? Also the Cs are old stock which will eventually run out so at some point Es will be start being donated if the war drags on long enough (I have a horrible suspicion it will last into 2026 if not longer) and the UAF's rate of use will increase when the donated F-16s enter service.
 
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There is an active seeker, but I wonder what is used to guide the target to the terminal seeker basket without GPS coordinates or emissions?
From TWZ:

“The Hind was reportedly struck on the ground, which is strange for a Growler,” The War Zone's Tyler Rogoway tweeted on May 16. “Best guess: they fired AARGM to hit coordinates, not home in on emissions, which it's capable of. It is a good time-sensitive target effector in this way. We'll find out more.”
 
Defense Updates has just put out a video concerning a F/A-18G Growler taking out a Mil Mi-24 Hind with an AARGM:


An image appeared on May 15 with a mysterious “kill mark” of a Mi-24 Hind on a Growler deployed aboard the aircraft carrier USS Dwight D. Eisenhower.
The War Zone in an article stated that the US Navy confirmed that one of its EA-18G Growler electronic warfare aircraft used an AGM-88E Advanced Anti-Radiation Guided Missile (AARGM) to destroy the Mi-24 Hind attack helicopter.
However, AARGM is not meant for this kind of attack since it is primarily a weapon designed to neutralize air defense systems.
In this video, Defense Updates analyzes how AARGM from USS Dwight D. Eisenhower-based EA-18G Growler destroyed Mi-24?
Chapters:
00:11 INTRODUCTION
01:54 Mi-24 IS a DANGEROUS ASSET
06:19 AARGM as RAPID RESPONSE WEAPON
 
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Can hit anything emitting “energy waves” of any type. ;)
 
That's several hundred miles. Don't have Google Earth handy to check.
 

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