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To get an inside look at the development and engineering of one of the world’s most advanced (and currently most controversial) technological innovations, Proceedings editors Mark Gatlin and Follin Armfield interviewed Mr. Aegis— Rear Admiral Wayne Meyer, Aegis project manager from 1970 to 1983.
Proceedings: The downing of the Iranian airliner by the USS Vincennes [CG-49] has focused much attention on the Aegis program. As the man most closely associated with the planning and development of Aegis, would you like to address any of the statements made in the press and elsewhere? Meyer: Except for a couple of aberrations, 1 think the press has treated the situation pretty well. Obviously the media became impatient waiting for the results of investigations.
Proceedings'. What were these aberrations?
Meyer: They related to the testing of Aegis. I don’t know of any system that’s had more vigorous, rigorous determination and devotion put to it in the testing than the Aegis system. And most of it stemmed directly from me because I’m a strong engineering- oriented person with what I would like to think is significant operational experience—almost 20 years. From that I was fortunate enough to appreciate that testing is a very important dimension of engineering. In fact, I don’t even like to talk about testing as a separate entity, because to me it’s an embedded part of engineering. And frankly, that part is taught poorly in most engineering schools.
I calculate something like 31 cents of every Aegis dollar went into testing. Now I consider that pretty damn significant. And to assert that the system hasn’t been challenged, or that it’s been shortchanged, is just plain baloney. It’s at odds with the facts. I talked at great length with some of the people who have complained about inadequate testing, but they simply chose not to hear. There has been a lot of testing and retesting since initial firings in 1974, much of which was devoted to pleasing someone who had no responsibility whatsoever for effective weapon systems.
Proceedings: Aegis took a long time to get to the fleet. Do you think it was the result of testing, or did it have more to do with the acquisition process, or dual sourcing?
Meyer: We didn’t have dual sourcing at that time, so dual sourcing didn’t slow it down getting to the operating forces, but the acquisition process did.
The Aegis team, which was—and Is'"’ a highly integrated team nationally, seized every opportunity, so when£vcr there were hiccups in the process, We went at it more vigorously, to over- ^ come acquisition obstacles. I have sa in numerous speeches that the contro ling path in virtually all major engi' neering programs is administrative, 11 technical. ,
The Aegis program was inaugural in December 1969. We started with two officers and seven enlisted—-tha1 little core became the training mode* that moved to Morrestown, New Jer' sey, and became part of the engine^ ing process. For example, one of the ^ things I was afraid of at the beginn>n® was synthetic video. The world was 1 transition by 1970 in radar designs an such, and in the explosion of comput ers. If you grew up on radar, and you’re used to the antenna going around and looking at the blips, synthetic video is a little tough to hand*®’ Well, it turned out, of course, that t youngsters didn’t have any problem because they were growing up with 1 ’ so it really was a problem only f°r old timers.
^ nt-‘ of the things that I required of ^l)sc sailors and officers in the training da, 6 Was t0 wear their uniform every e y: ^heir presence throughout the ^t'neering departments and at RCA to* a'ways a requirement. To me, a (jes? 's Part of the system. You don’t tors^n .U s>'stem an<J then go get opera- in h *' S °ne t*le fundamental flaws iss ,W We approach weapon system Sys^s 'n Washington. We design the Andanc* tyicn we 8° get operators. jn , We re always disappointed by their laty to relate to the system.
roceedh
S ’
yer; No, we’re not by any stretch
Cr -‘•mgs: Arc we overwhelming our Whh technology?
of the
ple . "Pagination overwhelming peo- ters'n ^eg's- G° out a"d ask 'he offi-
Wj„ 8° ask the petty officers. You enth lnc* ty,at ‘hey have extraordinary •ionUS!asm’ confidence, and determina-
hu^'‘h Aegis. Those people for atlS; they’re not fools. Vincennes, dayCbXample' didn't pull on the line the for f-C 0re- She’d been in the war zone Poom 6 °r s'x weeks- They’re seasoned 'itev i ^hey knew where they were; p**w what they were doing. Is it i| j, ie to make a mistake? Of course shi.
are
>ble is Tu
j uie captain could have run the 'ittie afr°ur,d. Mistakes occur all the You h ° t'leY ^ave t0 g°°d men? c|ii.|. ct- but that’s true all over, in- ln8 the Marines!
^e*ngs: Is there any way that arti- Coui I lntchigence or expert systems Me.. ^'""nate mistakes?
will always move to take advantage if he’s after you. So you must move out. And you cannot define a war machine in a binary way. Complex machines cannot be defined in black and white.
If you could, we’d never have an airplane crash; we'd never have an automobile crash; we’d never have a fire in this building. It is simply not possible to operate in a zero-defects manner, and we are permitting the cynics of the world who hide behind various kinds of cloaks to force us into such a situation. (I challenge Congressman Smith. If he’s a good aviator and doesn’t trust the system, he’ll fly into it. I challenge him to fly into the Aegis system.)
Proceedings: Is there any way to decrease or eliminate human emotional overreaction, technologically?
Meyer: You can go a far piece with that. And I believe we have.
Clausewitz had a phrase that describes what you’re questioning. He called it the "fog of war.” Technology will never be able to fully clear that fog during combat, but the Aegis captain certainly has less than others with which to contend. Human mistakes with machines are not something new, for goodness sakes. One happened this
the application of technology could not support. The thinking through of the operational needs and requirements was not badly done in this work.
As a matter of fact, the requirements of the modern Navy depart right from Okinawa. I don’t accept the popular attitude of many that generals and admirals are always fighting the last war.
I believe that history tells us that wars do not have vast gaps between them. Wars tend to pick up technologically wherever the last war left off.
The next war—and by the way the “next war” has been going on for some time—will pick up from Okinawa. What was the centerpiece or dimension of war at Okinawa? The kamikaze. It almost brought the U. S. Navy to its knees. The popular view is that submarines almost brought the U. S. Navy to its knees, but they didn't. We won that war. Sometimes we forget that we won the submarine war and we whipped the German Navy. We sometimes forget that the Japanese did not rule as king with the submarine. But the kamikaze nearly brought us to our knees. We didn’t know how to deal with it except with all the lead and firepower we could muster.
Cr-We„, to me Aegis is an expert 11 'n many respects. In fact, it has
1116 much of the propensity to instr mistakes through expert system %ldmentati°n- ' think lesser systems guess Cause a quicker trigger. My no a,ls that in Vincennes's situation, °lher n!'ral would ever have given any |n *"'P the right to open fire.
YournjnC ’^eg's system, whenever we
vve. s°mething that was aggravating, fort t ln a concerted engineering ef- 'vhj.p:alleviate it. Now we could do ORj Congressman [Denny] Smith [R- aod _'Vants to do and test it forever, Coij|(jC^er build anything. And we but i(- eep looking for flaws forever. Wean We do that, we’ll never have any Wam°n Wstems. Those who claim to •VenJPore realistic testing know full •he () ,°r at least we’d hope so—that that’s ^ fea* test's 'n comb;|t- and
first , vv^en it has to work risht the 1 time. ■
•ec,
Aegis has a proven track
CT.The
n<-'nt never waits. The opponent
opponent won’t wait. An
°iw
'"Rs / October 1988
I remember when the Weinberger-Carlucci team came on board DoD. There was going to be an initiative to square away acquisition ... I was sent for in that inquiry, and after one afternoon they got rid of me. I was never sent for again.
morning on Interstate 270. A truck upended and spilled bricks all over the place and the entire freeway was closed. It’d be hard to attribute that to a poor truck design.
The thrust of the Aegis system was, and continues to be under Rear Admiral James B. Greene, Jr., the current Aegis Shipbuilding Project Manager, to deal with cruise missiles. One of the most important studies ever conducted in the armed forces, particularly in the Navy, is the study known as the Worthington Study. It was commissioned about 1965, when Admiral Eli Reich, who at that time had been Commander Special Navy Task Force for Surface Missile Systems, recommended that the Typhon program be dropped. The Typhon program was under way with the other three “T”s—Terrier, Tartar, and Talos. Typhon being the ultimate solution, was a program that
Proceedings: What was the gist of the Worthington Study and how does it relate to Aegis?
Meyer: It postulated the cruise missile threat, which has materialized in spades. If anything, the postulation was understated. Twenty-five years ago people could not in their wildest dreams imagine the contagion or the epidemic of cruise missiles today. There arc five cornerstones fundamental to fighting the cruise missile: One is how fast can you react to it. Second is how much firepower, i.e., lead in the air can you return, because the cruise missile attack brings many missiles rapidly. Third is countermeasures. The digit and the electronic creativity of man have permitted extraordinary advances in countermeasures, both in brute force and in cleverness, both electrically and mechanically. Fourth is availability. Systems dealing with the cruise missile
Proceedings: The Soviets have developed an Aegis-like phased-array radar system. What are vour impressions o
Admiral Meyer put together a triad that saw Aegis through development and into the fleet. He worked with RCA (at top, breaking ground for the Combat System Engineering Development site in Morrestown). Ingalls Shipbuilding (sitting behind John Lehman at the Ticonderoga's christening), and the Navy (in training and at sea, facing page).
must be very-high-impulse systems. They might go for weeks, months, maybe even years, and never be called upon. Then instantly, as in the case of Vincennes, they must react and react fast. And at that time they must work. The fifth cornerstone is the matter of coverage. The Aegis ship protects others more than herself, and she must be able to fend off crossing attackers.
Proceedings: Do you think the success of Aegis spells the end of airborne naval air defense?
Meyer: No, but it permits mitigation or modernization of a good deal of it. Airborne interceptors don’t have to carry the role singularly, so the center- piece—our aircraft carrier—can focus more on the strike mission. There again, an aircraft carrier’s deck is like anything else—it’s finite. And if you have to use many fighter planes, you don’t have room for as many attack planes. In that sense, Aegis relieves the carriers. But in another sense, don’t be misled, because the threat is great and varied, so neither can Aegis carry the defense single-handedly.
Anything can be saturated. You can be saturated right now with an attacker’s two arms and feet, and you won’t be able to fend him off. Anything can be saturated. Aegis can be saturated.
But the thrust of the Aegis design was to force the enemy into saturation tactics, both in the electronic and ordnance modes, and then defeat him in those modes.
What do I mean by electronically? First, we do not want him to be able to defeat the system with some clever little technique—some gadgeteering.
Thus the Aegis design can resist a couple hundred different kinds of clever techniques. Will diabolical man invent a new one? History tells us he will, and we require an in-service force clever enough to appreciate it when it comes. So we try to drive him into the main beam, in our jargon, to try to jam us or defeat us with countermeasures, which means he has to carry a lot of power. And then we are truly in an electronic battle. He’s playing on our turf because we have a very high- powered radar, with a lot of power to zap him.
Second, from an ordnance viewpoint, you must not allow the opponent a free ride. If you concentrate your system design to deal with targets on the deck, for example, you go overboard. If you decrease the power of your radar, you'll get stronger countermeasures. If you shorten your range, he’ll come in closer. If you don’t have a requisite spread of counter-weapons, he will find a hole and come right through the middle. Thus to kill the Aegis ship or get through to the carrier takes a lot of power.
One of the Aegis ship’s many purposes is to be the missilier—the protector of the aircraft carrier. At the same time she must coordinate the battle with other defenses available, both air and surface. If she is there, the enemy has to amass countermeasures and missiles to penetrate. These high- priority mission in the design serve, and will continue to serve, our country well in the “edge-of-war” demands such as the Persian Gulf.
system. What are your impressions ' the system and its likely performance- and how do you think they came by the technology?
Meyer: Why has the Russian navy built the Kirov, a gigantic, 40,000-1011 nuclear cruiser, and the Oscar, a g>" gantic—allegedly by them—tactical submarine? Both ships have giant mag azines of surface-to-surface missiles- Why would they spend the effort to f1- such gigantic big ships? I’ve watche them for 20 years as they react to °u engineering. In this case, these ships represent their way of how they p|an try to punch through to the aircraft ca riers. But they can’t get there it they can't punch through the Aegis. Ho* are they going to get to punch throw? the Aegis? A mass of firepower—4r above, on, and under the sea.
Kirov's superstructure is the . ^ damndest thing you ever saw. It >s J . loaded with microwave nightmares- you’re a technical person, you have wonder how it ever works. But the P tures of the latest Soviet ships, with their new phased arrays, tell me that they are trying to get to Aegis. Why it taking them so long? In the end it really our own secret, and yet it s n° secret at all. It’s American technical and manufacturing prowess. I am h of one group of people in this coun ) constantly berating us and saying tha other countries are so much better c1- signers, builders, producers, and ma facturers. I’ve looked at a lot of weJl ons, warships, and other technical outputs, and in general I haven’t see any clearly better at all.
Proceedings: As a part of the feV',el\ve more sophisticated, and more expen- platforms theory, what is your ansW to those who claim more less-soph|S cated platforms would better counter more numerous enemy?
Meyer: We could defend against a ^ cruise missile by arming our ships nothing but 20-mm. guns. In the H'11
\y J cheap ships; that’s no problem. thanCan ®6t S^'PS t*lat c*on't cost more
an(/ and lives. But there are limits y0(J j)ere are thresholds below which ity ai;e not go. So am I a high-qual
yoUr to
am. I don’t want to fight
fj* to be
havf»^at cheap ships don’t cut it. We’ll
nave
tain?a'n tf we’re not careful. And cer- SeV(V
nUmb- Scores recently. The relative have ta
''icalT^31^ w'*h *he other side. Tech- ‘*1(1 f suPer>or ships, well-engineered ^efeawuht hy well-trained men, will thn
eat the eat.
lhe front 43
lines, and was there
0lhe
|)iWe put hundreds of thousands of 20- ■ 8Uns on our ships, theoretically e could kill all the cruise missiles.
s the same way with building a na^ we ean build a 1.200-ship do^’ °f an ' .^00-ship navy, if you kJJ care what it can do. You can
'e can
Jou 3 ^CW hundred thousand dollars if ' u don’t care about losing a lot of
0r high-tech ship person? You bet a 3°ts I am.
thjn fleaP ship. 1 think if there’s one itv ®,to he learned from the Falklands, that i
it a„ Plenty more opportunities to learn
J 'he Iranians have learned it on eral
hav«^Crs °f NATO-Warsaw Pact forces taught us not to try to compete
current numerically superior
Aeojee^n8s: What does the rest of the Cem.S Program look like into the 21st
\,"tUry?
Pr()(,^r' 'Veil, 1 certainly don’t see the one oani 'n trouble. On the contrary, looki 'he things we seem to be over- here >s that virtually every atjj, ' ctuiser that has joined the oper- tisej , °rces has ended up in battle, or 2/Co er Power against an adversary. her sh e^°8a ICG-47) sailed right from <)nt0 th C^own ynfd. armed, pulled
With a days on her maiden voyage— 3ske(jUt a hiccup. She did everything Corhn *'Cr: surveillance, tracking, PreSsj n<a’ gunfire, air control, air sup- °n you name it. Now what the hell better testing are you going to get than that? It’s vacuous to sit around here five years later and talk about how the system wasn’t tested. What matters is that every one of these ships has performed extraordinarily in the battles each has been called into.
Now I want to confront—head on— several incidents. One was the squabble that your own magazine supported, which was less than 1 expected from you. The charge was that there was a little bitty plane [off Beirut in 1983] and the great Aegis didn’t find it.
Well, my reaction is la-de-da. Kamikaze! First of all, to the best of my knowledge, the plane never was in the radar’s field of view. It has been my experience through hundreds of thousands of hours of operation of this system that every single object in the field of view of this radar has been detected.
1 do not know of any kinks that we did not anticipate. If this were the case here, it would certainly have been the extraordinary exception.
1 also recall from that incident that the pilots of the air group and members of the aircraft carrier group came to 77- conderoga to see what this wondrous thing was. It was constantly able to tell the E-2Cs and F-14s where they were, and whether they were on current station or not. The small plane affair is a silly, trivialized incident.
Now let’s take the one associated with Yorktown |CG-48]—some inane thing about the ship’s Aegis radar having targeted something that the press reported was actually a cloud. Was it a cloud? I don’t know. I’ve never seen the data; I only know what was printed. The captain, whom I consider to have been one of our top-drawer captains, determined that there was a surface target. And he determined that the target ought to be engaged with Harpoons, with the approval of proper authority. I believe I’m correct that the press reported that the target then disappeared. Well, what else can we expect the captain to do? Are you going to walk into a dark room, having heard rattling in the middle of the night, and not take some action for your protection? What else did we expect? It doesn’t matter whether they were clouds. What matters is the action. And by the way, Yorktown performed marvelously in guiding our interceptors to the Egyptian airliner carrying the Achille Lauro hijackers.
Now let’s move to Vincennes. What if Vincennes didn't fire? You read every day about near misses between two airplanes. Well, this would have been another near miss—“Got away with it that time.’’ The Stark [FFG-31) didn't get away. What kind of culture would send a commercial airliner into the middle of an active firefight that it started? Do its leaders really trivialize the value of life? Every time they do a write-up on the Iranian Airbus, they say 290 people were killed. We don't have any idea of how many people were killed. We don’t have any idea who the hell was in the airplane. I’m sure many people in this country disagree, but I believe that a significant reason that the Iranians are at the table right now is Vincennes, and her sister ships in the Indian Ocean-Persian Gulf operations.
Proceedings: You have a reputation for having created good working relations between the Navy and the Aegis contractors. What is your view of the current acquisition problems, and what can be done to get the process back on a productive footing?
Meyer: I remember when the Wein- berger-Carlucci team came on board DoD. There was going to be an initiative to square away acquisition. From that came the famous 32 or 34 Carlucci initiatives. I was sent for in that inquiry, and after one afternoon they got rid of me. I was never sent for again.
Proceedings: Why did they get rid of
you?
Meyer: Because they did not like my simple doctrine, which was that somebody has to set priorities and somebody has to lead. You can’t expect other people to follow if someone doesn’t lead. It’s my view that in the designing and building of instruments of war no one but the military should lead. That’s why we’re appointed. Weapon acquisition is not a civilian process. It’s not a business. The DoD is not in business; its purpose is to deal in war.
You can’t run anything without trusting someone. Try to find people within the Pentagon who trust the project manager. Try to find people in Congress who trust the Pentagon. Why don’t we trust project managers? I recommended to the Carlucci investigators that if we have project managers we can’t trust, we should get rid of them, and put in somebody we do trust.
Now, some members of Congress, supported by others, are proposing to find a group of nameless civilians who somehow are experts and authorities on engineering and producing instruments of war. 1 don’t know where such people arc. But somehow we’re going to place great trust in them?
theif
naval leaders, I’m encouraged by
You also have to tell people every now and then that you love them. You’ve got to tell project managers and the people that are part of your organization. We cannot continue to do the bashing of our industrial base that we’ve done over the past six years, and not have it take an irreversible toll.
In my early days, there were a lot of “professionals” in the congressional staffs. The staffs were relatively small. There was a protocol in the staffs that was pretty well understood internally and externally. And you could go to those people and talk to them.
Today the congressional staffs have exploded. Some say there are as many as 20,000 people on the congressional staffs. Many of them are youngsters, and they’ve never had another job.
Many of them have come straight from school, and some come here to participate in the glitter; they’ve gotten caught up in the protocol—and the military base has become their chattel. So they play with it in the name of their supervisors. Their own people, including elected officials, fail to discipline them. In the old days if they tried to behave that way, we’d kick their asses all over the moon.
Why do these little people behave in a legalistic, confrontational manner? They’re all wallowing in the trough of self-importance and greed trying to gain attention. Why is it out of control? It is a dual failure by DoD officials and our elected officials to keep it in check.
Proceedings: How do you keep it in check?
Meyer: Discipline for one. Continuing credible communications for another. I spent a significant part of my life over on the Hill, but my last four years in the Navy 1 only went to the Hill twice.
Proceedings: How did you manage that?
Meyer: Because our leaders of the time thought they knew enough without help. You can't wing it very long in a democracy. In the end you have to have some credibility. And you cannot send service officials on, say, something like Aegis, or some other technical thing, who can’t bring that credibility. Or, for that matter, to espouse how a navy battle group fights. It just isn’t credible. The Navy, in particular, lost that credibility.
From January to May every year, in an earlier time, every senior officer in the Naval Ordnance/Naval Ships buildings could be counted upon to have to spend significant amounts of time preparing for hearings, participating in hearings, and meeting with elected and staff officials. That is rarely done anymore. So what happens is that the members of Congress take positions based on their own feelings rather than on hard facts.
It was my experience in those many years that the Congress really has no originality, but rather is a reflection of the stimuli it receives. I don’t mean that in a derogatory way. The Congress truly is vox populi. The Congress is the instrument, or mechanism, of people.
So when the Congress decides that we must have competition in contracting, it’s because we went over there and told them that was a good thing to do. When the Congress decides that we must have objective testing, it’s because we went over there and told that was a good thing to do. When the Congress decides we must have fixed- priced contracting, it’s because we went over there and told them it’s a good thing to do.
Now what happens in such cases?
We go over and tell them these things but we are so naive or arrogant—and, at times, so stupid—that we think that somehow we can control the throttle. Well, a congressman goes back home and says, “Hey, people what do you think about what we’re doing here?
Isn’t this competition and contracting a good thing?” “Yea, but you know, hey, I make flashlight batteries here, and I ought to have some of that. I pay my taxes too.” So then the congressman comes back after Christmas and says, “You know, if a little bit’s good, a lot more’s better.” That’s the situation we’re at. Then we blame the Congress. But the Congress is really only the mechanism that has caused it.
Proceedings: Is the military fighting a losing battle with the private sector for attracting the best, newest technology? Meyer: Why do you think it has changed?
Proceedings: Money.
Meyer: No, I don’t think you’re right on that. I think it’s certainly aggravated it, but I don’t think you’re right. I think it is a shift in our priorities, beginning with the abuse of our people.
The reason that, historically, we were on the cutting edge of technology of war was because the people at DoD were the nation’s leaders, all the way down through the civil service, all the way up through the political appointees. They were the nation’s leaders in technology. They were the leading edge of technology. My goodness, look back through our history.
Take the Naval Research Laboratory and the Naval Observatory as examples. The great technological innovations appeared from those institutions because they were the nation’s leaders- I am suggesting to you that we no longer have it, and that one of the big ^ ger reasons we don’t have it is abuse- don’t care how long we talk about technology. I don't care how long we talk about revolution at sea. I agree with [Marine Corps Commandant] Gen eral [Al] Gray. He says if we can t execute, it doesn’t matter. And the only way we have to execute in the Navy is through the material establis ment. The material establishment is 1(1 hemorrhage. It’s in hemorrhage in civil service and in its officers. It s in hemorrhage in its mission.
Proceedings: How do you fix it? Meyer: A, you put somebody in charge—somebody has to lead; B, y have to trust somebody; C, you have remind all those who produce that y love them as you lead them through hard times.
Proceedings: Does this leadership- ^ trust, and love come from the Navy- must it be a political initiative fro111 Congress?
Meyer: I believe the Navy could co■ rect it. Now there is never going t0 , such a wise owl to come by that co say, “Hey, Wayne, I understand y°u exactly. You’re right”—and in a day and-a-half correct it. That’s not g°'n-' to happen.
But we must be willing to reorien our material establishment structure a disciplined protocol; invest in teen cally/operationally experienced oft|C and civilians; remove the burgeoning staffs of auditors, inspectors, and no accountable reviewers; restore trust our own bureaus; and be willing t0 stop abusing our people in our own line structure and in our industrial Unless we do this, we cannot reco “Waste, fraud, and abuse” has certainly taken a strange turn. Soon, will have run out of human stock w which to build the recovery.
Is there hope? Yes, there is. If -v°.g grew up on a farm, particularly dur* the Depression, you know that “n°P^ springs eternal.” In our case here, dynamics provide us hope. Having talked to many of our contemporary grasp and realization of what needs be done. With that wisdom, I’m c°n dent that they will take the actions called for.