[Pages H442-H447]
From the Congressional Record Online through the Government Publishing Office [www.gpo.gov]
FALSE STATEMENTS CONCERNING THE F/A-18E/F SUPER HORNET
The SPEAKER pro tempore. Under the Speaker's announced policy of
January 6, 1999, the gentleman from California (Mr. Cunningham) is
recognized for 60 minutes.
The Problem of International Narcotics Trafficking
Mr. CUNNINGHAM. Mr. Speaker, I would like to thank my friend, the
gentleman from Florida, for the presentation that he just gave. I would
add a couple of things to it; first of all, that in Kosovo the KLA
Albanians have been described by the CIA and FBI as some of the most
ruthless and dangerous cocaine and heroin dealers in the world. In
Europe they are the major threat, and we are starting to see the
function of that now. They operate out of Kosovo. They have a clear
hand.
Secondly, in Afghanistan, another area in which the terrorists are
selling drugs to support the mujaheddin, the Hamas, and recently in
Israel, that Israel is having trouble with right now in Lebanon. So I
would thank the gentleman for his presentation. The lives of our
children and our grandchildren are at stake, and the information that
he brings I have read not only in several articles, but have been
briefed by our classified sources.
Mr. Speaker, I want to talk on something a little different tonight.
On February 7, a member of the other body delivered on the Senate floor
what has become an annual tirade of false and misleading statements
concerning the Navy's number one weapons system procurement, the F-18E/
F Hornet. He concluded at best that the aircraft is not better than the
current airplane, and probably is worse, and it is enormously more
expensive than continuing with the present FA-18C and D models.
Mr. Speaker, I have two models here. The first is the F-18 C/D. The
second is the F-18 E/F. What I will show in this next hour is the
extreme advantage of the latter over the C/D model, and why it is
necessary that the Navy has its number one aircraft for the future.
Secondly, the gentleman from the other body has never served in the
military who was talking about these two aircraft. He has a zero rating
from all defense groups and agencies. He stated his own opinion as
fact, and I would say that the gentleman in the other body is extremely
factually challenged. The gentleman has never served in the armed
service. The only credential that he has is that he is liberal.
I say this based on my knowledge and experience in carrier aviation,
and on intelligence briefs presented to me recently by the Department
of Defense and by the Central Intelligence Agency. It concerns, first,
the current, and more importantly, the projected military threat that
will face our defense forces over the next decade. We need to take
seriously a look at not only what the current threat is that we could
face, our men and women in all services, and secondly, it concerns the
weapons we are planning to acquire to defeat that threat.
When we look at the threat, we look at the future threat 10 years, 20
years, even 30 years from now, it should be determined on what
direction we go with the planning and the aircraft and equipment that
we buy presently, and the training of the men and women in our Armed
Forces.
I would say that many of the Members have received this intelligence
briefing. I would encourage the gentleman from the other body to do so.
The classified briefings can bring insight into what those actual
threats are and the direction that we need to go.
{time} 2030
I would ask, Mr. Speaker, what brings Duke Cunningham, a Republican
from California, why should I be such another expert, other than the
gentleman in the other body?
First of all, I served 20 years in the United States Navy. I was a
Top Gun student. I was a Top Gun instructor. I was commanding officer
of the adversary squadron. I was on the Defense Authorization
Committee, and I am now on the Defense Committee on Appropriations and
sat in on many of the Intel briefings. I would tell the gentleman that
I have flown the F-14. I have flown the Air Force F-15. I have flown
the F-16, the F-18C/D and the F-18E/F that we are talking about. I have
flown in the Middle East, and I flew in Israel in 1973 and 1974. I have
flown against enemy aircraft in combat, and I have shot down many of
those aircraft. I have also flown against them in peacetime to judge
their capabilities, and I helped develop the tactics against those
particular aircraft.
The gentleman in the other body has none of these capabilities or
none of this knowledge.
Announcement by the Speaker Pro Tempore
The SPEAKER pro tempore (Mr. Bilirakis). The Chair would advise the
gentleman from California (Mr. Cunningham) that he should refrain from
characterizing the position of an
[[Page H443]]
individual Senator, even if not mentioning the Senator by name; and the
gentleman should also refrain from urging an individual Senator to take
a particular position.
Mr. CUNNINGHAM. Mr. Speaker, I would particularly recommend that the
gentleman in the other body get the briefings on potential threats
posed by forces by Iran, Iraq and Libya, in North Korea and China.
Specifically, Mr. Speaker, I would recommend that the Speaker look at
the Russian SU-37 with the AA-10, the AA-11 and AA-12 missile, because
in today's fleet, if our pilots in the F-14, the F-15, the F-16 or
current F-18 meet this SU-27, with the Russian missiles and their
jammer and their radar, our pilots will die 95 percent of the time.
That is not spin, Mr. Speaker. That is fact.
I would recommend these briefings on the capabilities of carrier
battle groups to meet and defeat these particular threats and the
tactics involved in them, which I deal with on a daily basis. The
capabilities of carrier aviation today center on two tactical aircraft,
both of which I have flown, the F-14 and the F-18 Hornet. The Navy has
upgraded them throughout the years. As they buy an airplane, new
equipment, new electronics, new stealth capabilities, are placed on
those aircraft.
The F-14 airframe was designed in the 1960s, and the F-18 in the
1970s. We have added many things to those aircraft, trying to keep them
with the capability to meet those threats that I have previously talked
about.
When the F-14 was designed, the Navy desperately needed a high speed
interceptor. Right after the Vietnam War, Mr. Speaker, there were many
that thought that our only threat was going to be Backfire bombers
coming in from the former Soviet Union. We trained many of our pilots
as interceptor pilots, although the Navy Fighter Weapons School, which
we know as Top Gun, continued to learn how to fight the F-14 and F-18
in what we commonly call a dog fight.
Counterfleets of projected cruise missiles were also a threat coming
in not only at the carriers but our battleships and our troops
embarked, and our aircraft were designed to meet that particular
threat. That performance dominated the design at the expense of
reliability, maintainability, survivability, and versatility.
The F-14 today is very expensive to maintain, and each cost per
flight hour is an extreme mode.
In early mid-1970, Congress, in its wisdom, directed both the Navy
and the Air Force to develop their next generation of tactical
aircraft. The F-18, and for the Air Force the F-16; and if we want to
look I do not have a model, Mr. Speaker, of the F-16 but if we want to
look at the Russian-built MiG 29, it is very similar. As a matter of
fact, the Soviets stole the plans of our F-18 and our F-16 and devised
this particular airplane called the MiG 29.
They also stole the plans for our older F-111 and created a MiG that
is very poor performing. They stole the wrong plans, because in my
opinion the F-111 could not shoot down the Goodyear Blimp, but they
stole the plans and thought it would be a good airplane because it had
variable swept wing like the F-14.
All of these aircraft have served our Nation well and they have been
equally successful by our forces, by both our men and women in Desert
Storm and other areas. But they are limited.
The aging fleet of the F-14 Tomcats, many of which are over 20 years
old, Mr. Speaker, are difficult and expensive to maintain because they
were designed before modern survivability. We call it VSEVO.
Mr. Speaker, we know it as stealth capability, and those techniques
have been developed over the years since the F-14 and the F-18 models
were developed. Like the F-14, the early models of the F-18 were
growing long in the tooth; and even the most recently built F-18C/D
model are no longer able to keep up with the evolving threat, i.e., the
SU-27, which is a Russian variant, the SU-35 and SU-37, which are
projected Russian threats in the next few years, along with their AA-
10, AA-11, and AA-12 missiles, which are superior to our best missiles
in a dog fight.
The limitations of the F/A-18C/D Hornet and the ability to handle
that threat is a serious threat today, Mr. Speaker. They performed well
in Desert Storm and Allied Force and Desert Fox. All I can say is we
are very, very fortunate, Mr. Speaker, that the SU-27, with the Russian
add-ons were not available in Kosovo, because our long-range stand-off
weapons, our aircraft would not have known, both in the intercepted and
the dog fight, that they were coming, and our pilots would have
suffered at the hands of those pilots.
That brings me to my major premise, Mr. Speaker, the necessity of
acquiring a larger, longer range, more survivable, and more capable F-
18E/F Super Hornet. Many people fought off the B-2 and its production.
The B-2 was one of our most successful aircraft in Kosovo. It had no
losses. It launched out of the United States on missions, and if we
look at the target damage in Kosovo impacted most of the target damage
itself.
The F-22 is a future airplane by the Air Force. It will be able to
meet the threat of the SU-35 and SU-37 in the future, but at the same
time we are debating in Congress the additional cost of that particular
airplane. If anything, we need to double the numbers, reduce the unit
cost and proceed with the test and evaluation so we can take a look at
introducing that particular airplane capability against the future
threat of Russian and Chinese airplanes.
Let me give another example, Mr. Speaker. I went to Patuxent River,
Maryland, and as a test pilot I am able to fly aircraft. A few weeks
ago, General O'Ryan was flying the F-16. I was able to be in the F-15
and doing the test results on the new F-22. We did high angle attack
work, which means a very slow high angle, high claim rate speed, and
also the VSEVO test, which is the performance and acceleration test of
different aircraft.
In this particular airplane, the F-18E/F where I flew at Patuxent
River, Maryland, let me give you the difference in capability. In
Vietnam, I was shot down on my 300th mission in combat, after engaging
some 22 MiGs on the 10th of May 1972 and shooting down three of those
MiGs. On other occasions, I had to ingress a target at very low level,
50 feet to 100 feet. I would pitch the plane that I was flying, at that
time was an F-4 Phantom, and I would go over the ground looking at my
map and hitting certain positions on that map within seconds.
At a given time, I would pop the airplane up, roll to take a look at
that target and quite often it took a long time to find that particular
target, Mr. Speaker. At that time, I was very vulnerable to those
gunners while I am looking for that target climbing.
With this particular airplane, when I flew at low level, some 600
knots at 50 to 100 feet above the ground, it handles very capably and
that is another reason that the airplane is good because one can take a
young Jonathan Livingston Seagull that has never set foot in a jet
before and they feel very, very comfortable with the handling qualities
of this aircraft.
I flew it in at 600 knots, popped up; and before I got there, miles
away from the target, I was able to lock that target up with two
different systems, which I cannot discuss because it is classified. I
not only locked up the bridge with two systems, I knew exactly where it
was so when I pulled up, all I had to do is roll, put the airplane on
the target, drop the ordnance and then break out, which limited the
amount of vulnerability that I was vulnerable to enemy aircraft fire
and/or other aircraft.
So that in itself, Mr. Speaker, is a big advantage over the F-18C/D,
or even the F-14.
Early F-18s, the A, the B, the C and then later the D models, have
been strengthened over the years to withstand stress of recovering back
aboard a carrier, with more and larger weapons. We have added sensors
to these older F-18s, countermeasures, advance systems, black boxes,
electronics; and the Hornets have become even more densely packed and
heavy.
What does this mean, Mr. Speaker? It basically means that this older
model of the F-18, because we have added so much weight, there is no
more capacity to add weight to this airplane and, secondly, that when
we add the weight on there, we cannot grow anymore. All the new systems
to combat these aircraft that I previously mentioned, SU-27, SU-35, SU-
37, all their missiles, all of their capabilities, I have no more
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room to put it in this airplane. It is full. The F-18E/F has room to
grow over the next 20 years, which is a big advantage.
I would ask the Speaker to put himself in the Sea of Japan, or put
his son or his daughter in an aircraft, coming aboard in the Sea of
Japan in the dead of winter, a pitching deck, bad weather, and you can
only land on that carrier one time because the increased weight of this
aircraft as it has grown throughout the years, you are limited in the
amount of fuel that can be brought back aboard. If you do not land that
airplane on the flight deck, you have to go back up through the bad
weather, you have to find a tanker and be able to tank. If you drop the
weapons that you are carrying, you could drop half a million dollar or
million dollar weapons off of that airplane so you can back aboard the
carrier, and that is a waste in itself and cost millions of dollars,
especially if you are early on in a war when it has not started but yet
you carry ordnance just in case the battle begins.
The worst part of this, Mr. Speaker, is that our young men and young
women, if they miss that carrier deck in those kind of conditions, in
the Sea of Japan or areas where the weather is bad and cold, if they
have to eject, the pilots wear today a survival suit, but they have
less than 10 minute survivability time; and chances are our helicopters
and our search-and-rescue efforts will not find them before they die.
{time} 2045
The aircraft that we are talking about that the gentleman in the
other body talks so badly about that says it was not better, I can
bring four of these heavy duty weapons back aboard and I can carry
enough fuel for 15 passes at that carrier deck in case there are
problems with the deck, if there are problems with the weather or even
the tailhook itself on this particular airplane. So it means
survivability to those men and women in those circumstances.
Mr. Speaker, when I was in Vietnam, we had problems bringing Rockeye,
which is a bomblet, back aboard the carrier and quite often we did not
have time to stick around on the target to develop that particular
weapon because we ran low on fuel. F-18E/F extends the range of the
current F-18 by drastic amounts, not only giving the pilot time on
target but survivability in an area which could be very hostile to
enemy threats.
Another advantage of the new F-18E/F because the defense budget has
been so low and because many of the deployments to Somalia, to Haiti,
to Iraq four times, to Bosnia, to Kosovo, to bombing aspirin factories
have cut off the defense budget; and we have not had the advantage of
the particular airplane to allow it the capabilities that we need in
this particular airplane.
What this aircraft offers is it can itself, if we take off these
weapons off this pylon, the airplane is built as an air-to-air tanker.
It can give us an additional thousand pounds of fuel, which will allow
us to go over a thousand miles, where the F-18/CD has as little as 370
miles of range.
So the gentleman in the other body that spoke about the capabilities
of this older CD being worse than the current F-18E/F that we have
coming up is just not the case. I would tell the gentleman that he is
incorrect, and I would tell him to get not only, I do not know if I can
do that, if I can advise him to take briefs, Mr. Speaker, but if he
does not, he should. I do not know if I can advise him or not under the
rules. But if he is overly concerned that the Super Hornet will cost 13
percent more than the older airplane, I would ask him to think about
the capability of this aircraft not only in cold weather in saving our
pilots, the ability of this airplane to be a tanker so that this one
will not run out of fuel, but the Hornet in studies has been shown that
this airplane will die in combat four to one to this airplane. Why?
First of all, you have the endurance and the range to go to the
target not direct but in a route that avoids enemy threats. Secondly,
if you are engaged by enemy threats, you have the fuel to get back to
the carrier, where, with this airplane, just to use an afterburner will
cause you to run out of fuel or could cause you to run out of fuel.
This additional 13 percent in cost will save four aircraft to one in
combat with different studies. And I think that is very critical.
Mr. Speaker, I took this airplane up at Pax River and also flew it.
Because the aircraft itself, when it was being initially tested, had a
condition that they call wing drop. When you take this aircraft,
generally at speeds in which you are trying to close in very close to
the enemy, and we will not shoot another F-18, let us at least use a
Russian airplane, if we are trying to close in on another airplane
close aboard, what was happening, something that they did not look at
in a test bed was a condition called wing drop.
If you would pull under certain PSF, different G-loadings, different
altitudes, then what happened is the air flow over the wing of this
aircraft would cause one wing to depart other and then the wing would
drop, which is a tactical disadvantage and could even cost you that
fight.
Engineers went in. I flew the airplane at 40,000 feet; and I then
flew it at 35,000 feet, and I then flew it at 30,000 feet trying to
duplicate the wing drop after the engineers had fixed it. We could not
duplicate it.
But during this time, the point that I would make, my chase pilot
flew at 25,000 feet just saving their fuel while I did all of these
other tests using in and out of afterburner, under high-G loading not
only in military power but maximum power, burning fuel at a very high
rate, this aircraft was sitting at 25,000 feet at maximum endurance
just saving its fuel. Even with all of that, I ended up with 3,000
pounds more fuel, Mr. Speaker.
What does that mean? It means that our pilots, if they are engaged,
will have a much higher capability not only of survivability but the
ability to engage the enemy.
On May 10, 1972, I was engaged by 22 MiG-17s, 19s and 21s over North
Vietnam, Mr. Speaker. I cannot tell you about the ensuing dogfight. I
was fortunate enough to shoot down three of those 22 MiGs. But, in
that, you use a tremendous amount of fuel; and if you have got 100 or
200 or 300 miles to return to your carrier or to your airfield, the Air
Force, then you have a good chance of losing that aircraft.
The F-18/C model has done well in the past, but yet its stealth
capabilities that we have added today to that particular airplane were
not developed until later on. The new aircraft, the F-18E/F, gives us a
much higher chance of survivability in the intercept. The Russian
radars are very large. They had jammers that are very difficult to
actually see where this particular airplane is, Mr. Speaker.
What the F-18 does is that his missiles, the bad guy's missile, is
better than our missile today, not in the future but today. We cannot
only see where he is not, we cannot see where he is. And what happens
is that he fires a missile at me if I do not have stealth capability
and our pilots die. Now, that is a pretty serious thing, Mr. Speaker,
whether you are sitting in that cockpit or you have a family member
that is sitting in that cockpit.
What this stealth capability in this new F-18E/F does is that enemy,
with his powerful radar, cannot see our aircraft, or, at least, by the
time he sees it, it gives us time to lock up his airplane and to fire
our AMRAM or other type missiles, which gives us the capability to
shoot him down and to have him come back in a ball of fire instead of
us.
Now, that might be not significant to many people, Mr. Speaker, but
it is for the men and women that we ask to fight our battles.
I would say to the gentleman in the other body, when he says that the
older F-18C/D is better than this airplane, he is wrong. When he says
it has longer range than the newer airplane, he is absolutely wrong.
When he says it has better stealth capability, he is wrong. And when he
says it is an airplane that we should not buy, Mr. Speaker, in my
humble opinion, the gentleman is wrong.
We need to look very carefully at the future, Mr. Speaker, and to see
what technologies we have to put into those aircraft. I have a real
concern. If the gentleman in the other body wants to take a look at a
system that could have problems in the future, this country, the United
States of America, has never built, Mr. Speaker, an airplane that is
inferior to what the enemy
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threat is. We are not going to put our men and women up in the air with
an airplane that we think that they cannot survive in. We just have not
done that in this country.
Even during World War II, when the Japanese Zero was superior to many
of our aircraft, industry came about and developed superior aircraft,
like a P-51, like a P-38, like other aircraft that turned the tide of
that war. And we cannot do that today. But I would tell my colleagues,
Mr. Speaker, that I have a real concern with an upcoming aircraft, not
the F-18E/F, but with an aircraft called the Joint Strike Fighter.
The Joint Strike Fighter, the U.S. Air Force is going to replace its
F-16, which is an attack aircraft. The U.S. Marine Corps is going to
use it as a vertical takeoff, what we call a jump jet, to replace the
ailing Harrier.
The United States Navy is selected to take a low-end or a low-cost
variant of that Joint Strike Fighter. And we must take a look before we
buy or develop that aircraft first, is its design going to allow our
pilots in all the services to win in combat? Can they meet that future
air-to-air threat and air-to-ground threat? Can they fight those future
threats?
I do not want a fair fight, Mr. Speaker. There is no such thing as a
fair fight when you are a fighter pilot, and there are no points for
second place because second place means you are captured or you are
dead. And I do not want to build an airplane that I cannot defeat an
enemy or that my children or your children cannot defeat that enemy.
I hope the Joint Strike Fighter program succeeds. Battle group
commanders will surely welcome it in year 2012 to begin sharing on its
flight deck with the F-18E/F. But I will continue to argue to the best
of my ability from now until that speculated time that we need to be
equipping our airwings with the F-18E/F and ensure that the other
systems that we put our pilots in can meet that threat.
This year, in Congress, we debated the F-22. The F-22 will meet the
threat of the SU-35 and the SU-37, which is the future aircraft. Right
now, in my opinion, it is one of the few airplanes that will meet that
threat. Unfortunately, the airplane today is $187 million a copy. The
research and development is over $20 billion dollars. And the cost of
the electronics, hopefully, will not go up.
If we do anything, Mr. Speaker, we should double the buy of the F-22.
Because what they did is, with Lockheed and the Air Force, they cut the
buy of the F-22 in half. When you take all this research and
development money and you put it on a lesser number of airplanes, each
of those airplanes, when you pile those additional costs, it is more
than if you had a whole bunch of them. So, in the future, I think we
need to double the buy of the F-22, not only for the cost but the fact
that when you get into an engagement, it is like a food fight, you may
have some airplanes over here and some other here and some behind you
that are in the threat, and if you only have two air superiority
fighters, you may not be able to cover everybody that is in trouble.
And it is another issue that is coming up before this Congress. I hope
we can resolve this, as well.
It is not just because of the superior ability to bring expensive
smart weapons back to the ship or because spectacular improvements in
survivability. It has a wealth of additional enhancements, the F-18E/F.
I will confine myself to three, Mr. Speaker. First of all, the
increased range. Secondly, the airborne tanking capability. And C, I
mentioned briefly, the capability for growth. The combat radius of the
Super Hornet carrying 4,000-pound weapons, that is a lot of bombs on an
airplane; and the drag, like when you stick your hand out of a car,
that is called drag, but the drag on those aircraft is tremendous.
That airplane can go 500 nautical miles, compared to only 370 miles
of this aircraft. Every battle group commander since the F-18
deployment in 1983 has recommended this extra range.
The GAO reported highly critical initially of the F-18 at the time
and it emphasized the limited range of the F-18C/D. I criticized it
myself. And they asked us to continue buying the A-7, which was a much
older airplane with less capability, and I disagreed with that.
At least one of these same GAO analysts that was responsible for the
recommendation now states that the extra range of the Super Hornet is
unnecessary and that the previously unsatisfactory range of the
original Hornet is adequate.
{time} 2100
Mr. Speaker, this absurd and contradictory analysis is all the more
unsettling when combined with the fact that in the days of the original
Hornet, the Navy had A-6 tankers to enhance the range of our aircraft
for in-flight refueling. These vulnerable aircraft have since been
retired, leaving the aging S-3, which has very limited tanking
capability, as the only tanker for the fleet today.
Fortunately, the F-18E/F unlike the F-18C/D was designed to carry
fuel tanks. You see all of these stations underneath can be loaded with
fuel tanks. What is the advantage of that? It can fly at speeds and
altitudes most suitable for the combat mission unlike slower, less
maneuverable ones. Let me give an example.
In Vietnam, we used to go up and try to tank behind a C-130. It was
so slow that I used as much burner getting the two or 3,000 pounds of
fuel out of that airplane than I got. I burned more fuel than I
actually received, but at least I was heading toward the target. This
aircraft can act as a tanker and tank at the same speed as the other F-
18s and be just as maneuverable. This gives the battle group commander
the capability to launch one or two Super Hornets, each carrying two
smart missiles, accompanied by an additional Super Hornet configured as
a tanker, and after a single refueling outbound leg, the missile-armed
aircraft will strike the enemy targets a thousand miles away and
return, a thousand miles and return. Remember, this airplane was 370
miles only. So again the gentleman in the other body was wrong and
misinformed.
The big part of this airplane is the maintainability. I have spoken
about the F-14 and its capability. If you have an aircraft that is a
tanker and also can act as a fighter, it gives you another fighter
airborne. Plus you do not have to have all the other maintenance people
to maintain a totally different airplane, to have different parts on
the carrier because this aircraft is the same as the airplane you are
going out to fight with as a tanker. The parts are common, they are
easier to keep, and that way you also keep more aircraft up on that
carrier deck making your readiness much, much higher.
With two-thirds of each launch serving as strike aircraft and the
third serving first as the tankers and then as combat air patrol
between the battle group and the enemy, tremendous new capabilities and
flexibility and alternatives accrue to the battle group commander.
My final attribute of the F-18E/F is its capability for growth. The
reason the F-18 A, B, C and D models have remained effective is that we
have built up those systems since the early 1980s and they have been
upgraded every 2 years, incorporating new radars, mission computers,
forward-looking infrared sensors, and weapons employment capabilities
as I noted earlier. This capacity for further modernization has been
exhausted, and there is no more room. Not only is the current F-18C/D
already too heavy to incorporate any additional systems, without
considerable redesign there is no space to locate such systems or black
boxes, as we refer to them in the military.
Likewise, there is no additional electrical power or cooling capacity
to accommodate the new equipment. So in short, Mr. Speaker, the old
aircraft cannot keep up not only with the threat but the modernization
necessary for our men and women to win in combat and to complete their
mission. The F-18E/F has, like its predecessor the F-18A/B did in the
day, the access of electrical power, cooling capacity, and cubic space
to accommodate 20 years of growth and therefore will be able to
incorporate new sensors, countermeasures and weapons still on the
drawing board. One of the advantages is that the high technology of the
new F-22, the Joint Strike Fighter as it develops, will be able to use
those same weapons systems, those same radars in this aircraft and
exchange them because there is plenty of room for
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growth, up to 20 years, which should be just about the service life of
the F-18E/F before we go to the Joint Strike Fighter and whatever comes
next.
I began these remarks with the opinion that they are the most
important of my career. I believe this because I feel that the F-18 is
essential to the preparedness and success of carrier aviation and naval
air power projection for the next 20 years, Mr. Speaker. As events in
both the Arabian Gulf and in the Adriatic Sea have borne out recently,
our land-based tactical assets are not always welcome on otherwise
friendly real estate. Quite often, we will have to engage it with a
battle group or a carrier air battle group. That, combined with the Air
Force, the Marine Corps and the Navy, in joint exercises and joint
combat, our troops should be able to withstand those enemy threats.
But I do not think there is anyone on either side of the aisle or the
gentleman in the other body that would have our men and women engage an
enemy in a system where they knew that they could not win and they
would either die or be shot down. The engineer and manufacturing
development phase is complete. The operational evaluation is complete.
The airplane is ready. It is ready to put to the fleet.
Back in 1992, the Navy presented its $4.8 billion estimate for this
phase in FY 1990 dollars. The Navy and the contractors have come in
below those costs. Boeing, McDonnell Douglas, Northrup Gramine,
Raytheon, General Electric aircraft engines have brought the program in
well below the cost estimates, and it is a superior aircraft, Mr.
Speaker. Congress also specified that the F-18 production costs not
exceed that of most F-18C/Ds by more than 25 percent. This aircraft
came in at 13 percent the cost.
Frankly, I have been a little skeptical of some years ago to whether
the F-18E/F could live up to its billing and I was wrong. It has. I was
skeptical that the radars would not meet the threat but it has. For the
preceding 2 years an annoying, relatively minor anomaly has shown up in
certain combinations of speed and altitude, and I addressed that. It is
called wing drop. That has been completed and finished by our
engineers, not only not at the expense of our stealth capability nor
our range as you would think that you have to hang something else on
the airplane. At the end of an exhaustive process, the fixes were
finished, the wind tunnel tests are done; and we are ready to buy this
airplane for the United States Navy and the United States Marine Corps
if they so choose.
I would be comfortable in this airplane, Mr. Speaker, fighting
against the threats that we have today. And the threats that we have
tomorrow we will have to upgrade this aircraft as well. The Navy's most
successful initial sea trials on board the U.S.S. Stennis CVN-74 in
January 1977, the dual F-18E/F is virtually identical to the front and
rear cockpits and can be flown in training with our student pilots.
This airplane is one of the easiest aircraft I have ever flown to bring
aboard or take off on an aircraft carrier, making it user friendly for
our young pilots as they enter the fleet. That is important as well,
Mr. Speaker.
Eight production Super Hornets have been delivered to Fleet Readiness
Squadron 122 at Naval Air Station Lemoore, California, where the cadre
of instructor pilots is unanimous in its approval of how well the Super
Hornet performs day and night and under most grueling conditions. It
can be conducted aboard a ship within a test range of shore or in
simulated combat fights.
Mr. Speaker, I would like to submit for the Record a Commander
Operational Test and Evaluation Force, COMOPTEVFOR, released the
results of the OPEVAL, specifically that the aircraft was found to be
operationally suitable and operationally effective. The highest grade
attainable in a test of this type or ever from an aircraft from the
United States. They also recommended the aircraft for fleet
introduction.
I would say to the gentleman in the other body once again, he is
wrong. Boeing Super Hornet awarded the NAA Collier Trophy, Washington,
D.C., the National Aeronautic Association announced today, Mr. Speaker,
that the Boeing F/A-18E/F Super Hornet has been selected to receive the
NAA Collier Trophy recognizing the top aeronautical achievement in the
United States for FY 1999. That in succinct order, Mr. Speaker, is why
that I say the gentleman in the other body, if he wants to man up in
one of the older airplanes, I will man up in the new one, and he will
die in a fireball all tensed up.
2-11-00--Boeing's Super Hornet Awarded NAA's Collier Trophy
Washington, DC.--The National Aeronautic Association
announced today that the Boeing F/A-18E/F Super Hornet has
been selected to receive the NAA Collier Trophy recognizing
the top aeronautical achievement in the United States for
1999.
The Boeing Company, the Hornet Industry Team, and the
United States Navy were recognized for, ``designing,
manufacturing, testing, and introducing into service the F/A-
18E/F multi-mission strike fighter aircraft, the most capable
and survivable carrier-based combat aircraft.''
In announcing the selection of the winner, NAA President
Don Koranda commented, ``The selection of the Super Hornet as
the 1999 Collier winner is an excellent example of the
technical achievement and teamwork of America's aerospace
industry.''
The NAA's Robert J. Collier Trophy, established in 1911, is
awarded annually, ``For the greatest achievement in
aeronautics and astronautics in America, with respect to
improving the performance, efficiency, and safety of air or
space vehicles, the value of which has been thoroughly
demonstrated by actual use during the preceding year.'' The
trophy, on permanent display at the Smithsonian's National
Air and Space Museum in Washington, DC, is considered the
greatest and most prized of aeronautical honors in America.
The Boeing F/A-18E/F Super Hornet is a flexible, multi-
mission aircraft capable of performing a variety of tactical
missions including air superiority, fighter escort, close air
support, day/night precision strike, and all-weather attack.
It was designed to replace three Navy aircraft, the A-6
Intruder, the F-14 Tomcat, and the earlier model Hornets. In
addition, the aircraft will significantly increase an
aircraft carrier battle group's capability to independently
carry out sustained perations in support of national
interests.
The F/A-18E/F has greatly increased performance,
efficiency, and safety over the Hornet and has also reduced
the maintenance requirements with 42 percent fewer parts than
its predecessor. The aircraft has 25 percent greater payload,
three times the ``bring-back'' to the aircraft carrier, five
times more survivability, a 40 percent increase in range, and
17.3 cubic feet of growth volume for future systems.
In 1999, the Super Hornet completed the most thorough and
challenging operational evaluation in the history of naval
aviation. Its test program was a unique partnership between
the Hornet Industry Team and the Navy that used a fully
integrated team to conduct developmental flight and ground
testing concurrently from a single location. During its
``Test and Evaluation'' phase, the F/A-18E/F has flown
6,876 mishap-free hours, including 2,917 hours in 1999. As
it entered service in November, 1999, the Super Hornet
exceeded all Navy and Department of Defense operational
requirements. In addition, Congress approved a multi-year
procurement demonstrating confidence in the program.
Additional evidence of the success of the program is
illustrated by a number of technical ``firsts.'' The Super
Hornet has an unlimited angle of attack that provides
exceptional maneuverability in combat, fly-by-wire controls
and Full Authority Digital Electronic Engine Control (FADEC),
and a flight control system that automatically compensates
for damage or failure. Its documented performance makes the
Super Hornet the most versatile, capable, and survivable
strike fighter aircraft in the world.
Formal presentation of the trophy will take place at the
annual Robert J. Collier Presentation Banquet, which will be
held on Wednesday, May 3, at the Crystal Gateway Marriott
Hotel in Arlington, VA. For further information, please visit
NAA's web site at www.naa-usa.org, send an e-mail to
awards@naa-usa.org, or call 703-527-0226.
The National Aeronautic Association is the National Aero
Club of the United States and the nation's oldest aviation
organization, founded in 1905. Its primary mission is the
advancement of the art, sport, and science of aviation and
space flight. NAA is also the United States representative to
the Federation Aeronautique Internationale, the 88-country
organization that oversees all aviation and space records
established worldwide. NAA consists of more than 100 member
organizations. NAA oversees many of aviation's most
prestigious awards and trophies and is a member funded, not-
for-profit association.
The Commander Operational Test and Evaluation Force
(COMOPTEVFOR) released the results of OPEVAL, specifically
that the aircraft was found to be Operationally Suitable and
Operationally Effective (the highest grade attainable from
the test). They also recommended the aircraft for fleet
introduction.
Press release follows:
``Super Hornet'' Operational Evaluation Results Announced
The Navy announced today the results of the F/A-18E/F Super
Hornet operational
[[Page H447]]
evaluation (OPEVAL). The OPEVAL report awarded the best
possible grade to the Super Hornet, calling it
``operationally effective and operationally suitable.'' In
addition, the report recommended the aircraft's introduction
into the fleet.
Chief of Naval Operations, Adm. Jay Johnson, stated ``The
F/A-18E/F Super Hornet is the cornerstone of the future of
naval aviation. The superb performance demonstrated
throughout its comprehensive operational evaluation was just
what we expected and confirms why we can't wait to get it to
the fleet!''
Air Test and Evaluation Squadron Nine (VX-9) at China Lake,
Calif., flew 1,233 hours in over 850 sorties and expended
more than 400,000 pounds of ordnance in the Super Hornet
during nearly six months of flights. The 23-member aircrew
tested the aircraft in a complex variety of tactical missions
representing the operational arena.
The Navy's Program Executive Officer for Tactical Aircraft
Programs, Rear Adm. Jeffrey A. Cook commented, ``This is the
best news the Navy's carrier forces have received in a long
time. It will ensure that throughout the next twenty years
the fleet will be capable of countering the evolving threat.
My congratulations to the Navy's Operational Test and
Evaluation Command, the men and women of VX-9, and the entire
naval aviation systems team.'' The purpose of the OPEVAL was
to test the aircraft in a realistic fleet setting to
determine its operational effectiveness as a weapon system,
and its suitability to be maintained and operated by the
Navy. No new deficiencies were found and the report validated
the aircraft's superior capabilities.
``I'm really excited about the results,'' said Capt. James
B. Godwin III, F/A-18 program manager, ``and we got the best
grade possible from OPEVAL--operationally effective and
operationally suitable. This report confirmed that the Super
Hornet is a very mature product. We have been recommended for
full fleet introduction.''
The OPEVAL report specifically cited the aircraft's key
enhancing features--growth, bringback, survivability, range
and payload--as qualities relative to current fleet
operational capabilities. The successful completion of OPEVAL
continues the Super Hornet along the road to a milestone III
decision, and then approval to start full-rate production and
multi-year procurement.
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