A-7 versus A-10 evaluation, CAS role for Army support discussion

Pioneer

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Sorry if this is already common knowledge, but I've just finished reading Modern Battlefield Warplanes by David Donald (AIRtime Publishing). In it, it stated -

"In July 1973, when the Air Force was slow to act on a congressional recommendation that the new aircraft [the Fairchild A-10] be evaluated against the A-7D, funding for four of the YA-10A’s was cut. From 16 April until 10 May 1974, the fly-off was held at McConnell AFB, in Wichita, Kansas. The second YA-10 and an A-7D were flown by four USAF pilots with combat experience in F-100’s and F-4’s.
Because of its design, the YA-10 was found to be more survivable, more lethal because of its yet-to-be-fitted 30mm [GAU-8 Avenger] cannon, and less expensive to operate. Perhaps it’s most remarkable coup over the venerable SLUF was when the [Y]A-10 was able to spend two hours ‘on station’, 299 miles/481 km from base, with 18 500lb (227 kg) bombs. The A-7D was only able to spend 11 minutes. The evaluation finally killed off the proposed A-7DER, a stretched, re-engined, rebuilt Corsair II, incorporating the GAU-8 Avenger cannon."

Does anyone have anything more on this competitive fly-off evaluation?

Regards
Pioneer
 
Pioneer said:
  • Sorry if this is already common knowledge, but I've just finished reading Modern Battlefield Warplanes by David Donald (AIRtime Publishing). In it, it stated -
"In July 1973, when the Air Force was slow to act on a congressional recommendation that the new aircraft [the Fairchild A-10] be evaluated against the A-7D, funding for four of the YA-10A’s was cut. From 16 April until 10 May 1974, the fly-off was held at McConnell AFB, in Wichita, Kansas. The second YA-10 and an A-7D were flown by four USAF pilots with combat experience in F-100’s and F-4’s.
Because of its design, the YA-10 was found to be more survivable, more lethal because of its yet-to-be-fitted 30mm [GAU-8 Avenger] cannon, and less expensive to operate. Perhaps it’s most remarkable coup over the venerable SLUF was when the [Y]A-10 was able to spend two hours ‘on station’, 299 miles/481 km from base, with 18 500lb (227 kg) bombs. The A-7D was only able to spend 11 minutes. The evaluation finally killed off the proposed A-7DER, a stretched, re-engined, rebuilt Corsair II, incorporating the GAU-8 Avenger cannon."

Does anyone have anything more on this competitive fly-off evaluation?
Regards
Pioneer
FTFY
 
Fixed That For You :)

My eyes not being what they used to be, I had a little difficulty reading the small print. Then you fixed it yourself.
 
Pioneer said:
Sorry if this is already common knowledge, but I've just finished reading Modern Battlefield Warplanes by David Donald (AIRtime Publishing). In it, it stated -

"In July 1973, when the Air Force was slow to act on a congressional recommendation that the new aircraft [the Fairchild A-10] be evaluated against the A-7D, funding for four of the YA-10A’s was cut. From 16 April until 10 May 1974, the fly-off was held at McConnell AFB, in Wichita, Kansas. The second YA-10 and an A-7D were flown by four USAF pilots with combat experience in F-100’s and F-4’s.
Because of its design, the YA-10 was found to be more survivable, more lethal because of its yet-to-be-fitted 30mm [GAU-8 Avenger] cannon, and less expensive to operate. Perhaps it’s most remarkable coup over the venerable SLUF was when the [Y]A-10 was able to spend two hours ‘on station’, 299 miles/481 km from base, with 18 500lb (227 kg) bombs. The A-7D was only able to spend 11 minutes. The evaluation finally killed off the proposed A-7DER, a stretched, re-engined, rebuilt Corsair II, incorporating the GAU-8 Avenger cannon."

Does anyone have anything more on this competitive fly-off evaluation?

Regards
Pioneer

Once the AH-56 died, AF had to figure how the A-10 was going to fit into its inventory anyway. At first, the A-10 was going to be a complement to the A-7 as their performance didn't really overlap that much. However, at about the time of contract award AF announced a different strategy, the A-7D would be taken out of USAF service and given to the ANG. I wonder if the fact that the A-7 was a Navy plane (albeit significantlyy improved by USAF into the A-7D--so much so that Navy bought the AF version as A-7E) had something to do with it.

Congress mandated a flyoff between the A-10 and the A-7. USAF objected loudly, but faced with a cutoff of A-10 funds, reluctantly went along. For the flyoff, the A-7D would substitute for the A-7DER. The ER would incorporate a fuselage stretch (based on some work done for the A-7X) to accomdate more fuel to increase loiter. It would also have increased thrust, most likely from an uprated TF41 to maintain or increase performance in light of the higher weight. The proposed ER was proposed with the GAU-8A internally mounted (550 rounds vs. A-10's 1,350), podded (rejected early because of performance considerations or not carried at all with Mavericks to be used, something A-10 itself adopted.

Flyoff was held in early 1974. USAF being USAF, the aircraft apparently weren't evaluated for the CAS role as much as they were evaluated for the A-10 role, which, looking strictly at that, the A-10 won handily. Combing that with other flight tests and available data, an interesting picture emerged.

Flying at its normal attack speed and using high drag bombs in a visual attack, A-10 was more accurate than A-7 flying at its normal attack speed. Couldn't compare the other way because A-10 couldn't fly that fast. However, if A-7 slowed down to A-10 speeds, it was just as accurate, and once the A-7 turned its avionics on.... A-10 was more maneuverable at its "down low" speed and altitude than A-7 was down there. It had better loiter. Facing up to 23mm, A-10 was better able to withstand hits. Above 23mm, the advantage faded away (it's not that A-7 suddenly got stronger, it's just that at larger calibers, A-10 could be hurt just as bad). A-7 would get hit less because it was a smaller target and faster (in joint exercises, A-7' s attack speed tended to be 59% faster). A-7 was better in poorer weather. Depending on the distance away when the call came in, A-10 could hang around longer, but A-7 could get there significantly sooner. A-10 could get into more airfields. On very low altitude and anti-tank missions, A-10 was clearly better. On strike missions, you' d be better using an A-7. A further consideration was that historically, A-7 had a phenomenally low loss rate.

The competition produced no clear "winner". The opinion of the crews involved was that the A-10 had a place in the Air Force inventory, but that the A-7 should be retained for its capabilities. In light of this, AF announced its revised policy: The A-7D would be taken out of the USAF service and given to the ANG.
 
F-14D said:
Pioneer said:
Sorry if this is already common knowledge, but I've just finished reading Modern Battlefield Warplanes by David Donald (AIRtime Publishing). In it, it stated -

"In July 1973, when the Air Force was slow to act on a congressional recommendation that the new aircraft [the Fairchild A-10] be evaluated against the A-7D, funding for four of the YA-10A’s was cut. From 16 April until 10 May 1974, the fly-off was held at McConnell AFB, in Wichita, Kansas. The second YA-10 and an A-7D were flown by four USAF pilots with combat experience in F-100’s and F-4’s.
Because of its design, the YA-10 was found to be more survivable, more lethal because of its yet-to-be-fitted 30mm [GAU-8 Avenger] cannon, and less expensive to operate. Perhaps it’s most remarkable coup over the venerable SLUF was when the [Y]A-10 was able to spend two hours ‘on station’, 299 miles/481 km from base, with 18 500lb (227 kg) bombs. The A-7D was only able to spend 11 minutes. The evaluation finally killed off the proposed A-7DER, a stretched, re-engined, rebuilt Corsair II, incorporating the GAU-8 Avenger cannon."

Does anyone have anything more on this competitive fly-off evaluation?

Regards
Pioneer

Once the AH-56 died, AF had to figure how the A-10 was going to fit into its inventory anyway. At first, the A-10 was going to be a complement to the A-7 as their performance didn't really overlap that much. However, at about the time of contract award AF announced a different strategy, the A-7D would be taken out of USAF service and given to the ANG. I wonder if the fact that the A-7 was a Navy plane (albeit significantlyy improved by USAF into the A-7D--so much so that Navy bought the AF version as A-7E) had something to do with it.

Congress mandated a flyoff between the A-10 and the A-7. USAF objected loudly, but faced with a cutoff of A-10 funds, reluctantly went along. For the flyoff, the A-7D would substitute for the A-7DER. The ER would incorporate a fuselage stretch (based on some work done for the A-7X) to accomdate more fuel to increase loiter. It would also have increased thrust, most likely from an uprated TF41 to maintain or increase performance in light of the higher weight. The proposed ER was proposed with the GAU-8A internally mounted (550 rounds vs. A-10's 1,350), podded (rejected early because of performance considerations or not carried at all with Mavericks to be used, something A-10 itself adopted.

Flyoff was held in early 1974. USAF being USAF, the aircraft apparently weren't evaluated for the CAS role as much as they were evaluated for the A-10 role, which, looking strictly at that, the A-10 won handily. Combing that with other flight tests and available data, an interesting picture emerged.

Flying at its normal attack speed and using high drag bombs in a visual attack, A-10 was more accurate than A-7 flying at its normal attack speed. Couldn't compare the other way because A-10 couldn't fly that fast. However, if A-7 slowed down to A-10 speeds, it was just as accurate, and once the A-7 turned its avionics on.... A-10 was more maneuverable at its "down low" speed and altitude than A-7 was down there. It had better loiter. Facing up to 23mm, A-10 was better able to withstand hits. Above 23mm, the advantage faded away (it's not that A-7 suddenly got stronger, it's just that at larger calibers, A-10 could be hurt just as bad). A-7 would get hit less because it was a smaller target and faster (in joint exercises, A-7' s attack speed tended to be 59% faster). A-7 was better in poorer weather. Depending on the distance away when the call came in, A-10 could hang around longer, but A-7 could get there significantly sooner. A-10 could get into more airfields. On very low altitude and anti-tank missions, A-10 was clearly better. On strike missions, you' d be better using an A-7. A further consideration was that historically, A-7 had a phenomenally low loss rate.

The competition produced no clear "winner". The opinion of the crews involved was that the A-10 had a place in the Air Force inventory, but that the A-7 should be retained for its capabilities. In light of this, AF announced its revised policy: The A-7D would be taken out of the USAF service and given to the ANG.

I guess I really question the author, but then I don't know the politics that were going on at the time. I was a crew chief on the A-7D at Davis-Monthan AFB at the time of the introduction of the A-10A. The A-7Ds we had were pigs. Hard to work on, and their maintenance to flying time ratio was very poor. All the systems were old technology at the time, and they were constantly breaking down. And as crew chiefs we hatted working on the A-7 because so many of the panels we had to remove to work on the plane had armor plates added to them to help protect the engine and other vital systems (Thus they were heavy and cumbersome). Not counting the AIM-9 pylons the A-7D only had 6 pylons and quite often two of them were used for external fuel (as I said the plane was a pig) and one was used for an ECM pod, leaving three usable pylons for ordinance. And I seriously doubt that the A-7 could ever use the GAU-8. First there just wasn't the internal room for such a large gun and the necessary supporting equipment and ammo. Secondly upon firing the GAU-8, the engine would most likely immediately flame out from the exhaust gasses because the gun muzzle would be so close to the engine intake - not a great thing for a single engined aircraft flying low to use terrain masking. The A-10 even had a few teathing problems with this and look how far away the engines are from the gun muzzle.

The A-10 on the other hand was designed to be worked on in the field (original design was for an aircraft that could use any flat surface as a staging base). That is also one of the reasons why the aircraft sits so high off the ground, plus the wings shield the engine intakes to reduce any FOD ingestion. Panels we had to open to do inspections and serviceing were all quick finger latches that opened quickly and most were hinged so you didn't have a full panel to support when opening/closing them. And the aircraft could handle a ton of ordinance on all those pylons. Because it had a large amount of internal fuel, we never flew with external tanks except for cross country or ferry flights. Then we mounted two tanks under the fuselage, still leaving all those wing pylons free. The A-10 was only limited by weight in what it could carry, never by running out of places to hang it. And the A-10 was designed around the GAU-8, and had a huge ammo drum since that was viewed as its primary weapon.

Because the A-10 didn't have all the fancy electronic gizmos that the fast-movers used to drop their bombs, it rarely broke down. I worked on them when our squadron finally turned our A-7Ds over to the Arizona and Michigan Air National Guard units and got our A-10s. It was a joy to work on. I never once had a mission abort for a malfunction (some of this could be becasue they were new and not worn out like the A-7s we had) whereas it was a weekly occurance on the A-7Ds.

I just don't see how their missions were ever considered in the same breath. (But like I say, I was a crew chief, not chief of staff dealing with the polictics in Washington). The A-10 had to be slow to use its great manuverability to use the terrain to mask its movements from anti-aircraft weapons. We were always told that the A-10 was intended for Eastern Europe, to give our troops a fighting chance when the Soviets rolled across the border with thousands of armored vehicles. It is something to behold to see an A-10 open up armor like a can opener when it fires it's cannon with depleted uranium shells. Up until that point the only alternative was a nuclear one. When I was stationed at RAF Woodbridge/Bentwaters with the F-4D, we had alert birds armed with Tactical Nucs waiting for the day when the Soviets crossed the border. Even when they had their war games, both bases would often go on alert and be put into quick response state.

The A-7D used its speed and great electronics to deliver bombs accurately on target. It could have never done the job the A-10 did in busting tanks, and loitering in the area to provide close air support to the troops on the ground. Sorry this got so long, it is late, and this old man is just rambling.
 
Great post there ksimmelink. Another aspect of A-10 greatness from an old Cobra driver who used to practice JAAT (Joint Air Attack Team) all the time. A-10 could correct an attack in the engagement, whereas the fast jets (A-7 included for the purpose of this discussion) once they committed to an attack vector either shot the countryside or held fire and went around an extended circuit to line up again. I once observed an A-10 put 30mm on two tank targets laterally on the same run. That was awesomeness of the highest order. Once young Lieutenant Yasotay even got to be the target convoy commander driving trucks up and down the westside of Ft. Hood, TX so A-10 and Cobra's would have something to aim at. Was pretty cool and unnerving at the same time when you saw that snout pointed at you through binoculars. Trying to keep tabs on where they were was difficult with the team bobbing around the hills and waddies. If nothing else you were busy trying to find the Hogs, while the Cobra's were sneaking up on you unnoticed.
However not all fast jets are poor CAS platforms. I would put RAF and USMC AV-8 in the same league with A-10. Mostly it is a training thing though. I had the privilege of training (... and er... drinking with both aircrews when it was still PC) with them and they trained lo-lo all the time back then. There was nothing like watching an RAF Harrier Sqdn., swarm a target at the Grafenwohr range. I think the Red Arrows or any other team would have been impressed.
 
yasotay said:
However not all fast jets are poor CAS platforms.

The most difficult part of CAS aside from getting detailed info to the pilot is the problem of target acquisition in sufficient time to aim weapons properly. In an environment like Cold War Germany where tanks were the target, pilots were faced with a 'green on green' target acquisition problem...trying to see a dark tank in a dark tree line early enough to line up a shot is a tough nut to crack at times. For example, when using the 'TV Maverick', pilots often found themselves approaching gun range by the time they could lock the missile on to the tank, thereby negating the 'stand-off' capability of that weapon and, as a result, exposing the pilot to more AAA fire.

In circumstances like this, success often depended on the training of the pilot. Units with dedicated CAS aircraft like the A-10 and perhaps the Harrier spent the time to train for the difficulties of target area location and target acquisition. Other units with a broader air-to-ground mission that minimized the training in CAS scenarios would find their CAS effectiveness reduced by this target location and acquisition problem.

Shooting targets on ranges like Graf wasn't particularly difficult. Pilots knew the range and often the targets were out in the open. Almost like shooting fish in a barrel...the location of the barrel was known beforehand and pilot's ability to differentiate the target from its background was good.

What made all of this a lot easier was speed. But too much of it made the end game problem very difficult at times. All said and done, I thought the best way to kill a tank was with another tank or an attack helo. Then Hogs. Everything else was second place.
 
alfakilo said:
yasotay said:
However not all fast jets are poor CAS platforms.

The most difficult part of CAS aside from getting detailed info to the pilot is the problem of target acquisition in sufficient time to aim weapons properly. In an environment like Cold War Germany where tanks were the target, pilots were faced with a 'green on green' target acquisition problem...trying to see a dark tank in a dark tree line early enough to line up a shot is a tough nut to crack at times. For example, when using the 'TV Maverick', pilots often found themselves approaching gun range by the time they could lock the missile on to the tank, thereby negating the 'stand-off' capability of that weapon and, as a result, exposing the pilot to more AAA fire.

In circumstances like this, success often depended on the training of the pilot. Units with dedicated CAS aircraft like the A-10 and perhaps the Harrier spent the time to train for the difficulties of target area location and target acquisition. Other units with a broader air-to-ground mission that minimized the training in CAS scenarios would find their CAS effectiveness reduced by this target location and acquisition problem.

Shooting targets on ranges like Graf wasn't particularly difficult. Pilots knew the range and often the targets were out in the open. Almost like shooting fish in a barrel...the location of the barrel was known beforehand and pilot's ability to differentiate the target from its background was good.

What made all of this a lot easier was speed. But too much of it made the end game problem very difficult at times. All said and done, I thought the best way to kill a tank was with another tank or an attack helo. Then Hogs. Everything else was second place.

Great points. When stationed at RAF Woodbridge our squadron went TDY to Zaragosa, Spain and I had the priviledge to be able to fly out to the range one day and watch practice. I was rather surprised at how out in the open all the targets were. There were two straffing bulls-eyes and several vehicles scattered about and a few simulated structures. Then there was a big flat bulls-eye for bombing accuracy. Our F-4Ds would come roaring in and have what I would consider about a second on target (although I imagine they could see it a few seconds before arriving on target) to deliver their ordinance - either a straffing burst or dropping a practice bomb. What I found the most interesting was the LABs practice (used for Nuc delivery). I guess I was fairly impressed how accurately the F-4 could drop that practice bomb into the ol' pickle barrel.
When stationed at Davis-Monthan I again saw range work and the A-10 stayed on target for what seemed like a half hour, poping up from behind a hill or other obstacle long enough to give a burst from the GAU-8 and then dive back into cover. Total exposure time was perhaps less than a minute. It would have been hard to bring guns to bear or get a good lock on with a SAM in that amount of time. There were times where we heard the engines, heard the gun, but never actually saw the plane pop up, because it wasn't where we expected it.
I think the war in the gulf showed that the A-10 could not only survive, but thrive in a completely different environment. It didn't have a lot of hills and tree lines in which to gain cover. It turned into a low to medium altitude attack aircraft. And the plane that no one wanted (I remember hearing something about the Air Force wanting to phase it out with the F-16 assuming its role) was a very vital player in the conflict there. No other aircraft had the range, loiter time, huge range of weapons and pylons, and flew slow enough to actually make sense of the conflict around it so that it could engage targets of opportunity rather than missing them as they flew by quickly. But it isn't glamorous so when it is over it will be replaced by the F-16 which will never be able to match it in the close air support role.
 
ksimmelink said:
When stationed at RAF Woodbridge our squadron went TDY to Zaragosa, Spain...

Those were good times!

I flew F-4s at Soesterberg in the mid-70s and we would deploy to Zaragoza each year for gunnery training. Later in the 80s, I flew A-10s and was based at RAF Woodbridge and Bentwaters. Both assignments involved CAS in Germany...it was a heck of a lot easier in Hogs!
 
Oh, folks,

I wasn't comparing the A-7 vs. the A-10. I was responding to Pioneer's request for more info on the 1974 flyoff. As I said, the planes were complementary, not interchangeable. Originally, that's how they were to be employed. It was the decision to replace one with the other that prompted Congress to order the flyoff. And, that's essentially how the flyoff came out: They were not interchangeable. Get rid of one and you lose certain capabilities that the other doesn't have.

RE the GAU-8 [with fewer rounds] in the A-7DER, that, along with carrying more fuel, was the reason for the fuselage stretch. Not sure if it would work, but alfakilo really put his(?) finger on the best ways to kill tanks.

Maintenance wise the A-10 was easier. It was simpler, with less systems to maintain. Ease of maintenance was more a design driver than it was on earlier a/c. And, on a night launch, A-10 standard preflight didn't involve snapping a red filter over your flashlight so you couldn't see the hydraulic fluid puddling under the a/c. :D On the other hand, few A-10s came over the target at 150 feet carrying six Rockeyes and two AIM-9s doing 520 knots. That may be one of the reasons why that in Desert Storm, although A-7s delieverd 20% of all the Rockeyes used, they did not suffer a single loss in the entire conflict.

All things are relative. Brits on exchange tour and experts such as Bill Gunston marveled at how easy it was to work on the A-7, compared to British designs.

Again, I was talking about the flyoff more than the aircraft themselves, whereas I note that some of the follow-up posts seem to say that the A-10 is a better A-10 than the A-7 was. Yes, it is.
 
F-14D said:
Oh, folks,

I wasn't comparing the A-7 vs. the A-10. I was responding to Pioneer's request for more info on the 1974 flyoff. As I said, the planes were complementary, not interchangeable. Originally, that's how they were to be employed. It was the decision to replace one with the other that prompted Congress to order the flyoff. And, that's essentially how the flyoff came out: They were not interchangeable. Get rid of one and you lose certain capabilities that the other doesn't have.

RE theGAU-8 in the A-7DER, that, along with carrying more fuel, was the reason for the fuselage stretch. Not sure if it would work, but alfakilo really put his (?) finger on how to kill tanks.

Maintenance wise the A-10 was easier. It was simpler, with less systems to maintain. Ease of maintenance was more a design driver than it was on earlier a/c. And, on a night launch, A-10 standard preflight didn't involve snapping a red filter over your flashlight so you couldn't see the hydraulic fluid puddling under the a/c. :D On the other hand, few A-10s came over the target at 150 feet carrying six Rockeyes and two AIM-9s doing 520 knots. That may be one of the reasons why that in Desert STorm, although A-7s deleiverd 20% of all teh Rockeyes used, the did not suffer a single loss in the entire conflict.

All things are relative. Brits on exchange tour and experts such as Bill Gunston marveled at how easy it was to work on the A-7, compared to British designs.

Agai, I was talking about the flyoff more than the aircraft themselves, whereas I note that some of the follow-up posts seem to say that the A-10 is a better A-10 than the A-7 was. Yes, it is.

I worked on the A-7D after coming from the F-4C, D and E models. It was easier to work on because it was a simpler aircraft and it was not supersonic. The F-4 panels had tons of screws which had to be flush to provide a smooth surface because it was a potentially supersonic aircraft. The A-7 didn't have that need and many of the often accessed panels had quick fastners or thumb latches. That and being a single engined aircraft as opposed to two engined made it easier. The A-10 was even better, as you say it was designed to be easier to work on, this was becasue it was anticipated that it could operate out of forward air bases which didn't have all the bells and whistles. The thing I really found fascinating was the survivability features that made it a robust and tough aircraft. Like the main gear that didn't retract all the way so if you lost the ability to lower the gear a belly landing was a bit more of an option. The fact that flight controls were interchangable from left side to right side, and how redundant so many of the systems were to make it a true battlefield warrior.
 
May I suggest that the last couple of pages or so be split and relocated in the Bar section? I can't see much of a connection to the original subject, which is the unbuilt proposals that competed with the A-10...
 
Split the thread if you want, but by all means keep going on this discussion. Actual experience accounts makes for really interesting reading.
-Luc (F-16 maintenance in a prior life)
 
Machdiamond said:
Split the thread if you want, but by all means keep going on this discussion. Actual experience accounts makes for really interesting reading.
-Luc (F-16 maintenance in a prior life)

I couldn't agree more! But as my mom (and her grandma before her) used to say:
"A place for each thing, and each thing in its proper place!"
 
Stargazer2006 said:
Machdiamond said:
Split the thread if you want, but by all means keep going on this discussion. Actual experience accounts makes for really interesting reading.
-Luc (F-16 maintenance in a prior life)

I couldn't agree more! But as my mom (and her grandma before her) used to say:
"A place for each thing, and each thing in its proper place!"

With that reasoning, perhaps animated videos of WW2 Japanese unbuilt projects in combat should be placed in the Alternative History section.
 
To bring "my comments" back to the A-7 vs. the A-10 and using in CAS role I recently read a report from the first Gulf War where the strikes on the Republican Guard were proving much more difficult than imagined because they were dug in. If I remember right, at that time there was a lot of talk of retiring the A-10 in favor of the F-16 because its mission was not clear any more (read not as pretty and flashy). But after weeks of pounding the Republican Guard with bombing from F-16s, B-52s and FA-18s, they sent in RF-4Cs and the bomb damage assessment came back as stating that the RG was still at ~90% effective. This was a shock to everyone. (now I know this wasn't the A-7, but the example here is a fast mover vs. a slow mover)
So even though it was a mission which it seemed that the A-10 wasn't made for (rather long range for the slow flying A-10) they sent them in and surprise, surprise things turned around in a hurry. They discovered several things:

1. The dug-in Iraqi armor required a direct hit from bombs and CBUs which was difficult even from great bombing platforms like the B-52 and newer generation fighters.
2. The A-10 with its slower speed (even at higher altitudes) had more time on target to make decisions and access the battlefield. It also could deliver its munitions more accurately than the fast movers. Of course the gun was the real asset that made a huge difference against the armor.
3.The A-10 pilots could do their own BDA since they were on the target longer and could access the results quicker.
4. The A-10 could see through the countermeasures that the Iraqis were using such as burning oil drums next to undamaged armor to make it look like it was burning, or the use of decoys, or the shell game where the Iraqis would move a damaged tank into a clean dug in position and move the undamaged tank into the bombed out revetment so the fast movers would ignore the one with the scorch marks in the sand and bomb the clean one which had a damaged tank in it already. These guys weren't dumb.

After a short time, even though they had to come up with new tactics on the fly and perform missions they hadn't trained for, the A-10s quickly turned the battle against the RG around.

This information is found in a report titled "Airpower Against an Army, Challenge and Response in CENTAF’s Duel with the Republican Guard."
 
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.
 
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

Although our initial assessments were of very high airpower success against Iraqi armor (and Scuds), later analysis caused a reassessment. Given the number of tanks and armor we were claiming destroyed, there should have been nowhere near the number of Iraqi armor left we encountered once the ground war began. Most all source reassessment indicated that the big killer of Iraqi tanks were our tanks. Similarly, our intital reports were very optimistic about the number of mobile Scud sites we knocked out, while later analysis found we failed to kill a single one from the air.

A similar situation occurred during the Bosnian adventure. We claimed over a hundred tanks destroyed. This stood until someone in the intel field asked, "Then where are all the destroyed tanks"? The first response was that they had been removed by their forces, but then it was pointed out that neither the US nor Russia with all their resources could remove that many tanks in that amount of time.

This is not unique, it happens all the time. It's not a reflection on the airmen (airpersons?) invovled.
 
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

AKA "tank plinking". A 500lb LGB on your tank will ruin your day.
 
The interesting thing about the destruction of Iraqi tanks in ODS was that the B-52s were by far the most influential. Sure they didn’t actually kill a large number of tanks but they so scared the Iraqi tank crews they spend most of the war hunkered down in bunkers. So when the US and UK tanks arrived most of the tanks they engaged and destroyed were not crewed at the time of the battle (the Iraqis didn’t have forward listening posts either). One would also imagine un-crewed tanks just parked in the desert with some minimal decoy effort were also much easier to destroy by air power as well.

Stephen Biddle’s “Military Power: Explaining Victory and Defeat in Modern Battle” is perhaps the best book on the ODS air/tank vs tank battles because it assesses the entire complex not just who hit what tank.
 
alfakilo said:
With that reasoning, perhaps animated videos of WW2 Japanese unbuilt projects in combat should be placed in the Alternative History section.

You are absolutely right, they probably should. However, I'll leave it to other moderators to do that because I hardly ever watch the embedded videos on this site and cannot be bothered taking that extra time on top of all I already do to decide if a video is posted in the proper place or not!
 
sferrin said:
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

AKA "tank plinking". A 500lb LGB on your tank will ruin your day.
Sorry a hot button for ol Yasotay. In Desert Storm now Captain Yasotay had to listen to a good friend's utter frustration as an entire Attack Helicopter Battalion sat watching a Republican Guard division roll in front of them, unable to shoot because TWO F-111 of the USAF Inc. had been cleared to come through and "plink" with four LGB each. Little battle calculus: 4 bomb [@100%] X 2 aircraft = 8 tanks versus 8 Hellfire [@80%] X 18 helos = 115 tanks.
Sorry CAS war story.
So how many LGB could a A-7 carry versus an A-10?
 
I'm a great, great admirer of airpower (otherwise I wouldn't be here), but we've got to give the ground forces credit where credit is due. The big reason the Iraqi tank crews stayed hunkered down for most of the war was, what else was there for them to do? Until the Coalition moved into Kuwait and beyond, they really didn't have that much of a role. Why have everyone bake in a tank that was just going to sit there? When our ground forces encountered them, their armor stood and fought. They got beat up, but that was arguably primarily due to the facts that first, they were encountering a better trained force. Second, they were facing Much superior armored vehicles, and third, and extremely important, we were moving much faster than they thought possible (heck! mus faster than we thought possible!). In a large number of cases, as stated, they were still dismounted when they were attacked, they didn't realize we were even anywhere near.

As one Iraqi commander was quoted after the war (I'm paraphrasing because I don't remember the exact numbers), "When the war began I had 38 effective tanks. After 44 days of bombing I had 34. After the first encounter with [Coalition] armor I had five".

We also gave heavy publicity to the use of LGB and "smart weapons, but the reality was that over 80% of the ordnance actually used used was good ol' dumb iron bombs. B-52s didn't have a lot of PGM capability in those days (hard to believe it's been 22 years). Where their bombs hit, massive destruction occurred. But when they did miss, just like in Vietnam, the miss distance could sometimes be measured in miles.

The went a long way towards convincing us of the wisdom of spending the money to gain "smart" capability. If you looked at it only from a beancounter's perspective, PGMs and the sensors to use them, are not as cost effective as the "old ways". For what the PGM capability cost, you could buy far more dumb weapons than you'd need to get the same results. But Gulf War I showed us that there were a whole world of other considerations than just dollars and cents.
 
F-14D said:
When our ground forces encountered them, their armor stood and fought. They got beat up, but that was arguably primarily due to the facts that first, they were encountering a better trained force. Second, they were facing Much superior armored vehicles, and third, and extremely important, we were moving much faster than they thought possible (heck! mus faster than we thought possible!). In a large number of cases, as stated, they were still dismounted when they were attacked, they didn't realize we were even anywhere near.

Let’s not give overly praise. They got hammered because they had very poor tactical skills. Which may have been a natural state of their authoritarian regime (as Biddle argues) but still their primary deficiency.

Their tanks were surrounded by ridiculous berms that may have kept off the odd artillery splinter but were otherwise more harm than good. A proper army would have had them turret down in a two level fighting position where they could roll forward or back to hull down. Many tanks were not crewed because they lacked basic forward security posts (close recce) around their positions. It doesn’t matter how far your enemy’s rate of advance is a basic security screen will give you warning to crew and start up the tanks.

Some of the JANUS simulations replicating ODS showed that with these basic skills and their poor equipment the Iraqis still would have been defeated but they would have put up a decent fight for it and inflicted some serious casualties. It wouldn’t have been a 100 day war but maybe a 1,000 hour war to clear them out.
 
Steve Pace said:
Don't forget the supersonic YA-7F... -SP

You know, I really need to get around to posting the story of that palne
 
F-14D said:
You know, I really need to get around to posting the story of that palne

You should talk to Steve Ginter and do a Corsair later versions monograph.
 
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

While precision munitions are great, they are rather expensive. I have seen an A-10 Gau-8 cut through a tank like soft butter on the range when I was stationed at DM. IMHO I would rather have a flight of A-10s and Apaches against tanks than a whole squadron of fast moving F-16s or F-18s when I come up against tanks. The 30mm ammunition (even the depleted uranium shells) is rather cheap when compared to LGBs and EO guided weapons.
 
ksimmelink said:
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

While precision munitions are great, they are rather expensive. I have seen an A-10 Gau-8 cut through a tank like soft butter on the range when I was stationed at DM. IMHO I would rather have a flight of A-10s and Apaches against tanks than a whole squadron of fast moving F-16s or F-18s when I come up against tanks. The 30mm ammunition (even the depleted uranium shells) is rather cheap when compared to LGBs and EO guided weapons.

getting closer increases the risk to the man and the machine though. F-111s did excellent on tank plinking missions with no losses, but a daylight battle over republican guard divisions by A-10s cost aircraft and men and the A-10s were pulled back, and Later in 2003 in a fight with the medina division 1 apache was lost and 31 more damaged (many out for the rest of the war)
 
TaiidanTomcat said:
ksimmelink said:
GTX said:
Is this a case of fast mover vs slow mover or more an issue of sensor accuracy/precision of weapon? I refer you to the F-111 operations with LGBs from the same war and the extremely high success rate they had against tanks etc. I would argue that the speed of the platform is not the key issue but rather the acuity of its sensors combined with the targetability/accuracy of its weapons. Theoretically a hypersonic platform at extreme altitude could be just as good...provided it has the right sensor/weapon combination.

While precision munitions are great, they are rather expensive. I have seen an A-10 Gau-8 cut through a tank like soft butter on the range when I was stationed at DM. IMHO I would rather have a flight of A-10s and Apaches against tanks than a whole squadron of fast moving F-16s or F-18s when I come up against tanks. The 30mm ammunition (even the depleted uranium shells) is rather cheap when compared to LGBs and EO guided weapons.

getting closer increases the risk to the man and the machine though. F-111s did excellent on tank plinking missions with no losses, but a daylight battle over republican guard divisions by A-10s cost aircraft and men and the A-10s were pulled back, and Later in 2003 in a fight with the Medina division 1 Apache was lost and 31 more damaged (many out for the rest of the war)


I am very familiar with the 11 Regt. attack. That was do to very bad planning. Two days later another attack with the same tactics did succeed (not the same unit) It only took the realization that helicopters could fly under the fast movers. I do agree that fast movers can and should plink. Plink the ADA systems and then let the purpose built systems do what they are design to do.


Ultimately it is the people who actually fight the fight who can tell you what is better, not the analyst (thank you Mr. McNamara & Rumsfeld). "Danger close" is much closer at ~200 knots than at ~300 knots (or 3000). Unequivatably the A-10 is the best loved USAF Inc. aircraft of the last 50 years for the Army. So I feel very comfortable as a former "customer" of CAS telling you that the A-10 is hands down the better platform.
 
yasotay said:
Ultimately it is the people who actually fight the fight who can tell you what is better, not the analyst (thank you Mr. McNamara & Rumsfeld). "Danger close" is much closer at ~200 knots than at ~300 knots (or 3000). Unequivatably the A-10 is the best loved USAF Inc. aircraft of the last 50 years for the Army. So I feel very comfortable as a former "customer" of CAS telling you that the A-10 is hands down the better platform.

Why do you keep referring to this company from Georgia?
 
Ksimmelink,
"To bring "my comments" back to the A-7 vs. the A-10 and using in CAS role I recently read a report from the first Gulf War where the strikes on the Republican Guard were proving much more difficult than imagined because they were dug in."

An A-10 designed for CAS in SEA does not have an IFFC/PE capability because it doesn't have an autopilot as ARI, let alone an FLCS sufficient to do HUD steering of the death dot in a manner that compensates for CM ballistic variables sufficient to use the full range of the GAU-8 which is around 12-15K feet worth of slant.

Of course, excepting the N/AW, it also doesn't have a HUDWAC so bombing from altitude is a return to the TLAR school. Which is why A-10s would find some Home Depot like target and drop their Mk.82 or Mk.20 _purely_ to 'Agitate the Argies' before descending to LOW to go hunting.
Which is a great way to get dead in any war because the trashfire costs about a quarter of a percent as much to buy, in density as the 'real killers' in the radar and heat S2A categories.
In Europe, this didn't matter too much because the A-10 could not survive in the medium altitude role and there was plenty of rolling hills and treelines to put 'here be dragons' AAH behind as designated Zoos killers and early warning.
Those which had lasers as part of the LAAT and TADS augments as well as some stuff we were putting on the OH-58C could also zot for TISL snap to Maverick which was otherwise worthless.
I mention all this because Ft. Riley in summer is nothing like Germany in Winter and Irwin and Benning were worse.
When the sign at the gate has three modes: "Snow, Sleet, Rain, Ice" and the fog is o thick that you can't taxi to the active without a Follow Me or a chain of airmen waving lights, is NOT the time to go galavanting around with 1:50,000 maps on your kneepad, trying to dodge high tension lines and work radios.
And the Soviets were all about the Winter War.
Finally, if you want to kill the threat where it hits you, that's fine. I myself prefer plenty of rawwwkets and SADARM artillery shells to due the CAS mission because I generally have a really good idea where they are at and even if they break out, I can keep up with a jeep or a scout chopper, shaping them up until an armor team can put paid to them. Germans as famous as Mellenthin and Balck agreed with me: you stretch them out and then you cut them into bits before rolling them up from behind.
Where things get dicey is when the numbers start to add up and the old Saw: "Force them to defend everywhere and they defend nowhere well" comes into it's own. Holding that at X thus lets them run around you at Y and ODS in an unprepared desert with six months prep gives you the notional idea of how long we would have lasted with Hitler's Highway Net and 40+ years of prep all lining up on the Soviets 10:1 overall and 30:1 local supremacy scale.
Which is why you _really_ don't want to fight the good fight. Because the threat knows it's own routes and they will have, _in addition_ to dedicated ADV covering the breakthru point, at least one SA-7/14/16 gunner standing in the roofhatch of each and every BTR or BMP, covering a clock sector. They will have Desantnoye playing helicopter hopscotch from every high and at geographic feature that coud /possibly/ be used as an IP or TACP point (we discovered at Bicycle Lake and again at Irwin during JAWS/JAAT, that if you put the ambush AAA or Shoulderlaunch into the IP lane, your kill rate goes up by 50% just because the pilots are focussed on the target bobup and gun bunt) and if it's important (read successful) enough, they will have battlefield air superiority sweeps going through every 2-5 minutes.
And you _just don't want to be there_.
It is when you consider these facts that the A-7D just smashes the A-10 because where you DO want to be is cross-FLOT 20-50nm, blowing up bridges, laying down cluster mines and generally raising hell with the 2E while they are still clustered around POL/Ammo points or in road march along narrow approaches. NOT WHEN THEY ARE WEDGED OUT IN BATTLEFIELD MODE.
And the A-7D, even before LANA, could do that, because it had an honest 450 knots on the clock and dual pencil beam mapping as genuine TFR with which to fly through the clag.
It also had a genuine digital dive toss and loft mode which meant that you could pull up from 3.5 miles away, sling shot 12 Mk.82 and get back to clutter while your wingman flew a similar profile with PB lofted Shrike and so anything which lit off to shoot back (SA-8 and 13 in particular but also SA-6/6b/11) would catch one right in the teeth for their trouble.
An A-10 could do _none_ of these things and indeed one of the things that wore out half the fleet was flying around at full throttle with the boards partly cracked because they bled E so badly that they couldn't afford to wait for the Hoovers to windup in their breakaway turns.
Later they did do some testing with the AAR-49 and the Atlantique and the Pathfinder pods but in without autopilot to keep them on the straight and narrow, out of the weeds, they couldn't do loft bombing if you put a permanent RATO on the back.

"If I remember right, at that time there was a lot of talk of retiring the A-10 in favor of the F-16 because its mission was not clear any more (read not as pretty and flashy)."

The problem was that the A-10 was never survivable in a high threat environment as long as it stuck with the gun and fixed reticle laydown bomb attack and as soon as you acknowledged that (the A-10 was actually one of the first jets certified with Hellfire in the original four-shot rack) by moving to a useful PGM and targeting pod, you were right back at the "Why not a jet that can survive a sudden shoulderfire launch and has the autopilot to ease workload?"
Then the Russians intro'd true LDSD capable Su-27 and MiG-29s and it was suddenly a matter of looking up, 20 miles beyond the FSCL to see what was wickedly this way comething and the Hawg couldn't do that either (mind you an F-16 with AIM-9M is not a match for an R-27 from 10,000ft higher but at least you can split out go Polish Heart Attack on them).

"But after weeks of pounding the Republican Guard with bombing from F-16s, B-52s and FA-18s, they sent in RF-4Cs and the bomb damage assessment came back as stating that the RG was still at ~90% effective. This was a shock to everyone. (now I know this wasn't the A-7, but the example here is a fast mover vs. a slow mover)."
The B-52 did not belong over Iraq in daylight while there was even the slightest hint of a radar S2A threat. It didn't belong over Iraq at even at night, lolo. It did both and got nailed for it.
The F/A-18 was operating without PGM because the Squids were too cheap to buy AAS-38B with the laser and while the angle:rate capability of the FLIR alone was generally better than radar CDIP, it only provided roughly what a good pilot with poor eyesight could achieve by registering the prior aircrafts miss distance and adjusting his jet's offset accordingly.
We had very few CBU-52/58 with the radar fuze, Mk.20/CBU-49/59 still functioned poorly from height (stubby muniont, long drop = lots of wobble = whacked coverage patterns, even with the later model's spin fins, just like the BL.755) and the new generation of CBU-87 was just coming into production with very few available in theater.
In this, the weapons release computers on period F-16A/C were operating with OFP tapes that were designed around low angle popups to maybe 6-8K feet because you just weren't safe any higher than that in a NATO war. Yet they were dropping from late Vietnam era heights of 15-18K roll-in and 12K threatfloor with no lower than a 10K roundout.
Which meant that bombs were going through at least two-level crosswinds and dirt whose pitch angle would have been relatively easy to judge in Europe from 8,000ft was just a flat plate with minimal reference features in the desert. Which is not to say the hardpack wasn't tilted, because it was (radar CDIP uses the main radar to determine slant range but it is notoriously vulnerable to relative ground slope).
Finally, there was a phenomena by which jets flexed as they dropped ordnance and due to manufacturing variances you could forget block serials, individual tail numbers were their own eccentric 'HUD says here, you point the jet there' world. Something you couldn't be sure of familiarity compensating for, even if you had your name on the rail of a squadron jet because you flew what the chiefs generated.
These vagaries of performance resulted in F-16s flying without wing tanks in wall to wall Mk.84 (with radar fuzing, which was another nightmare of wings blown off jets) mode to hit anything and so of course their radii and time on station was very limited, even though, with 370s, they otherwise actually exceeded what the A-10 could carry all-internally and flew with a more efficient throttle setting in the 20K regime with faster out-and-back trips to the tanker.
It wasn't until the mid 90s that serious evaluations of what went wrong, along with some new OFP tapes tailored to a range of individual airframes, brought the USAF to a roughly 3m bombing capability from 15K (see: 'Air Combat #3' with the F-16 on the cover)

"So even though it was a mission which it seemed that the A-10 wasn't made for (rather long range for the slow flying A-10) they sent them in and surprise, surprise things turned around in a hurry. They discovered several things:

1. The dug-in Iraqi armor required a direct hit from bombs and CBUs which was difficult even from great bombing platforms like the B-52 and newer generation fighters."

The only jets flying the LAU-88 were the Cajun A-10s operating out of the FOLs in support of SOF wombat hunts for SCUDs. Thus, 2X AGM-65B/D (and the TV Maverick worked very well in broad daylight from high altitude, once the rains stopped) off LAU-117 was a nock's neeks, six of one, kind of a deal. The A-10s were restricted from low level gunnery for almost 3 weeks after a couple Lone Ranger Red Baron wannabes mistook themselves for fighter pilots and got whacked in the process of gunning for helos that were doing liason missioning.

"2. The A-10 with its slower speed (even at higher altitudes) had more time on target to make decisions and access the battlefield. It also could deliver its munitions more accurately than the fast movers. Of course the gun was the real asset that made a huge difference against the armor."
Slow speed at altitude buys you an SA-6 up the yang, and being a black-silhouette without MAWS or effective expendables (IIRR, we were still using the MJU-7 which just didn't have enough output to get the later SA-14 mod and SA-16 to bite) meant you were in a bad way if you pressed too hard (low), long (minutes in the target area) or often (back along the same bearing).
NATO would not allow this to happen because the TACP would put you in the stack with helos and other fires and the threat was so high that you generally had a very good idea of the flow needed to route in and out of even a moving target engagement so as not to get fratted or conflicted with/by your own people.
In Iraq, pilots got bad cases of "Well how many kills can I get today? Billy Bob got 25 yesterday in this same area."
And that's just a real good way to get dead.

"3.The A-10 pilots could do their own BDA since they were on the target longer and could access the results quicker."

The Iraqis called the A-10 the Black Death or Vulture because it could be seen, 'hovering' waaaaay up thar for the better part of an hour at a time. I beg to differ that if you have bombs and targeting pods onboard, you don't need to be malingering about for half that long.
As another poster stated, it's not like you're 'pinning them down'. They aren't in active contact. Get in, get it done, get out.
The fact that the A-10 is such a slowmobile with such lousy weapon aiming characteristics that they would literally 'find a likely spot' and dump all six Mk.82 or all four CBUs, just to lighten the jet up for the gun-hunt is highly suggestive that these are not assets being used properly so much as the sole solution available for the job because everything else was worse.
Three years later, F-16C.40 with LANTIRN targeting pods and 2X2 GBU-12 would have gotten four kills per plane, handed off to someone else and come home for more, keeping the Sortie Rates high and the threat...'astonishment' stress levels irregular and wearing.
Hanging over someone's head like the veritable Sword of Damocles just gets them mad when dead is so much better.

"4. The A-10 could see through the countermeasures that the Iraqis were using such as burning oil drums next to undamaged armor to make it look like it was burning, or the use of decoys, or the shell game where the Iraqis would move a damaged tank into a clean dug in position and move the undamaged tank into the bombed out revetment so the fast movers would ignore the one with the scorch marks in the sand and bomb the clean one which had a damaged tank in it already. These guys weren't dumb."

They're called Zeiss. They made X18 binoculars, even in 1991. Anyone can buy them, even a lowly Viper driver. Otherwise, I'll trade you a targeting pod for your persistence, any day. A fact well proven by the few F-16D and F-15E with functional LANTIRN TPs and the F/A-18Ds with the better Nitehawks which were available.
I don't believe they used A-10s as FAC-A, Killer Scouts or SCARs in 1991. They couldn't because the A-10 didn't have the speed or the sensors.
And just a few years later, the Gnat 750 and the MQ-1 were better for loitering pest roles because they were smaller, made less noise and could stay for a day looking at you with both Lynx and MTS.
Again, what you are talking about here is making the best of a bad situation with an absurdly incompatible platform because everything else was /worse/.
This is not a direct endorsement of the A-10 in any way shape or form.

"After a short time, even though they had to come up with new tactics on the fly and perform missions they hadn't trained for, the A-10s quickly turned the battle against the RG around."

There is truth in the fact that the Black Hole in Riyadh, the F-16 desk got awful lonely and the A-10s never stopped picking up roles.
But if you are going to miss with 'both pylons loaded today!' worth of ordnance, missing with nine doesn't make you a hero, it makes you Polish.
And this was a solid fact of ODS. They had swung so far right into fightering for it's own sake territory that they had left the business of winning wars behind them. Had they brought the Guard and Reserve and few PACAF wings that had AAQ-23/26 into the battle, the war would have gone much faster, even given the butchers job they did on the F-4E's radius with the slats and wingfoam.
Smart Weapons Win.
Everything else is a firepower demo with the targets shooting back.
"This information is found in a report titled "Airpower Against an Army, Challenge and Response in CENTAF’s Duel with the Republican Guard."
I recommend Smallwoods book, the WAPJ, the Warbird Tech book, and period AvLeak from about 1975 onwards.
The A-10 is one of the most overrated weapons systems on the planet. It's utility now, is what it should have been from the start in terms of basic GCAS, autopilot, PE/IFFC, _targeting pod_, ROVER/MIDS, sophiticated IRCM, and most importantly standoff replacements (APKWS) for the gun.
But it is the gun and the weak engines which also forever keep the jet from having a volume search or standoff mapping aid as radar, a second seat for a switchology handler and the thrust trust as thinner wings (the A-10 literally rides the Mach compression stall margin above 20K and is thus also a difficult platform to deploy with) to remain functional in a world where UCAVs and micromunitions are the real answer and FAC-A is about handling remote pylon coverage over a wide operational arc.
The Hawg has served well, it's crews oh nobody any explanations for it's shortcomings as it's successes. But nor should we fail to understand what those shortcomings are as we redefine the CAS/OBAS mission set.
 
The only issue being that the LANA sensor was fixed within the pod and was not elevatable nor rotable (horizon to horizon). The inboard station was therefore suitable for this application.

However, the later sensors (LANTIRN etc) with rotating heads would be subject to significant fuselage masking. Possible solutions would be either - using one of the outboardmost stations (1 or 8, I think) or - being repackaged and faired in under the intake (which was done for the ANG with the smaller Pave Penny pod). I think that some photos of mockup installations have been posted by @BillS. It would likely be an ... inelegant installation.
 
The only issue being that the LANA sensor was fixed within the pod and was not elevatable nor rotable (horizon to horizon). The inboard station was therefore suitable for this application.

However, the later sensors (LANTIRN etc) with rotating heads would be subject to significant fuselage masking. Possible solutions would be either - using one of the outboardmost stations (1 or 8, I think) or - being repackaged and faired in under the intake (which was done for the ANG with the smaller Pave Penny pod). I think that some photos of mockup installations have been posted by @BillS. It would likely be an ... inelegant installation.
What about bolted to the intake, like the F-16 handles LANTIRN pods?
 
A big No. You'd take a severe hit in CNbeta (directional stability); i.e. you are adding destabilizing area in the very worst place (as far forward as possible on the A-7 airframe). Which is why you take the components out of the pod and and package into the airframe as best as possible. And add the pointy A-7F fin cap.

Please see Bill's post.
 

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