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Wingman:
Should Free Flight Avionics Investments Be Put Off?
At a time when
Wall Street expects major U.S. airlines to report more than $2
billion in first-quarter losses, one might think this hardly the
time to think about investing in future airspace efficiencies.
The major airlines, especially, are continuing to reel from lower
revenues and dismal profits caused by a price resistance from
business travelers, some economic weakness, and higher oil prices,
labor costs and security costs.
Despite signs of
improved traffic, the nation’s largest carriers – except
Southwest – have suffered big first-quarter losses, following a
disastrous fourth-quarter, and are still expecting more low yields
in coming months.
Because of this
crises, the government bail-out loan guarantees, created by
Congress immediately after last fall’s terrorist attacks, may
need to be tapped by several hard-pressed airlines. America
West has applied already, US Airways appears about to, and United
is considering it openly. Smaller, already weak carriers,
such as Vanguard Airlines, Frontier Flying Service, Evergreen
International Airlines, and Spirit Airlines have already submitted
applications.
Airlines have
until June 28 to apply for the loan guarantees, which are being
overseen by the Air Transport Stabilization Board. But
because of the stringent requirements attached to the financial
assistance program, carriers aren’t standing in line to ask for
them. When America West received a $429 million loan
guarantee, it was forced to give the U.S. government the
opportunity to purchase nearly 19 million America West shares –
about a third of the entire company – at a price of $3 each.
No wonder why Michael Wascom, speaking for the Air Transport
Association, called this program a financing choice “of last
resort.''
As followers of
the industry know, there is much uncertainty and genuine angst for
airlines now. After reporting a $575 million loss in this
year’s first quarter, American Airline’s Chairman and CEO,
Donald J. Carty, wondered, “whether the business models of the
airline industry…still work in this new environment. My
own view…is that we are seeing something very different than the
normal cyclical downturn that many of us have experienced in the
past.”
The something
very different may be more profound than many in the industry yet
realize. We might be getting a strong hint from the latest
Business Travel Coalition survey released this past week.
The polls respondents aren’t casual vacationers; these are the
“road-warrior” types who buy about $2.9 billion in domestic
U.S. air transportation services annually.
Here’s what
their answers add up to:
-
Business
airline travel is down.
Business travelers are making fewer trips on airlines
– at least the major carriers. Large corporations cut air transport spending by 16.5
percent last year, and 60 percent said they are looking to
reduce expenditures on airline services this year. Seventy-four percent reported that they expect to make
some of the reductions permanent.
-
High
ticket prices are the biggest reason.
High business fares are the biggest reason for avoiding
air travel. Airport hassles are next.
"Importantly, the combination of perceived high
price of business travel and the hassle of security processes
are significantly dampening business travel," the report
said. Not
specifically addressed in this report, the added frustration
of flight delays, which was such an issue only a year ago, is
bound to come back, as overall air traffic increases.
-
Low-cost
carriers are gaining.
Avoiding high-cost carriers is one way business is
reducing travel cost. Of
those surveyed, 72.8% said their organizations increased the
number of segments flown on low-fare carriers by 68.5%.
They do this even if it means flying to secondary
airports.
-
Alternative
travel is up. Business
travelers (about 75%) are driving or taking trains more often
– especially for distances under 500 miles.
In addition they are using video and teleconferencing
in lieu of traveling at all. More than three-quarters of
companies plan to increase videoconferencing and Internet
technologies to avoid air travel this year. The use of
private aircraft – owned, leased or chartered – is also
growing.
-
Yield
is down. When they do fly on airlines, business
travelers are buying more lower-cost, nonrefundable tickets,
even when it means inconveniences, such as a Saturday night
stay-over. The use of nonrefundable tickets by business
travelers rose to 57 percent in January and February of this
year, from 54 percent during the same period in 2001, and 50
percent in 2000. The average one-way air fare fell three
percent, from $372.37 in 2000 to $361.56 in 2001.
Is Free Flight Now A
Quixotic Exercise?
Against this
backdrop of gloom, does spending money to update cockpits, or
invest anything other than mandatory equipment when specifying new
airplane avionics make any sense? Wingman believes it does,
but with important conditions.
In previous
comments on this subject, Wingman has said that government could
create an incentive program that would be self-financing, using
“ benefit cash equivalents” (BCEs) resulting from future
airspace efficiencies to pay for the financing needed to make the
avionics’ investment. (See
“Why
Guaranteed Loans Are Needed For Free Flight Avionics,” as
well as, “More
Can Be Gained From GAIN, and “How
To Get Users To Invest In Free Flight Avionics.”)
Actually, as
strange as this proposition may seem, Wingman believes that while
the timing hardly seems opportune, a bold move that inspires the
creative imagination of American enterprise may be successful if
sold to the Congress and public in a convincing way. Here
are five suggestions for doing just that:
-
Begin
with the premise that U.S. air transportation operates as a system
that is shared by government, through its ATC services, and
the operators who use it.
Both ATC and airplanes require subsystems – airborne
avionics and ground-based surveillance radars, for example –
along with experts (pilots and controllers) to make it work.
-
Further
assume that improving this system,
in a timely way, will not happen when the government service
provider essentially has no financial
interdependence with the user.
What Wingman is saying, is that government pays no direct
price for failing to modernize its airspace, but the user
loses real money by investing in an expected benefit that
doesn’t materialize when his government “partner” fails
to perform. (Wingman
believes this lack of “shared hurt” is the main reason why
users – especially airlines with their financial backs
against the wall – find it nearly impossible to make
meaningful investments in the avionics on which airspace
modernization depends.)
-
Don’t
in any way refer to this effort as an airline bail-out.
This initiative isn’t intended to help out any weak
performers, inept managers or demanding unions – or their
opposites for that matter.
Nor is the program meant to help any user group more
than another. Wingman
believes it should include all airspace users, small
commercial operators to major airlines, and from sport
airplanes to business jets.
It’s a suggestion aimed at realistically
dealing with the problem of airspace modernization.
-
Don’t
think of this program as “loans” to buy Free Flight
equipment (although one might argue the point).
Instead call the arrangements something like
“advances” to make them more politically acceptable.
Insist that the advances can only be used for buying
specified avionics, and the BCEs can only be used to repay the
advances. Both the advances and BCEs are tied to the airplanes
flown by the users, not to the users themselves, which means
if the airplane is transferred to another entity while the
advance is still outstanding, its obligations transfer with
it. (A number of
details, such as a transfer to a foreign owner, will have to
worked out.)
-
Design
these arrangements in such a way so as to keep them off
airline (or other user’s) balance sheets.
The rationale for this suggestion starts with the
notion that the borrower is essentially the government, not
the user. The
user is, however, responsible for the equipment’s
maintenance and security while under the program.
After a sufficient number of BCE credits are
accumulated in the user’s account, the equipment’s
ownership is then transferred to the user, without any real
cash changing hands.
-
Use
this time, when airliners are underutilized and airline
personnel are being laid off, to accomplish the preliminary
requirements of this project.
Assign currently underused resources – especially
those in engineering, flight operations and finance to put
this program into motion. Flight operations personnel will be needed to help the
FAA design the procedures required to accelerate and maximize
Free Flight’s expected benefits.
Engineers will be needed to help design and oversee the
substantial aircraft modifications required.
Airline financial analysts and capital acquisition
specialists will be needed to help design the mechanisms
needed to make the “BCEs” or benefit cash equivalents
work.
Finally, if you
think this is too much for Congress to think about during these
times of budget constraints, consider these numbers:
The Bush
Administration has suggested an FAA capital modernization budget
of $3.0 billion for
2003. Of that three
billion, $1.7 billion is earmarked for airspace modernization
projects. Then,
compare those numbers to the potential
benefits of Free Flight – which have never been seriously
disputed. The 1995
RTCA report on Free Flight implementation gave these
attention-getting examples: $1.47 billion per year in 2005 from
better routing, $16.8 million per year from optimizing speed, and
$3.5 billion per year from eliminating gate and en-route delays
for the largest U.S. airlines.
These only-partial efficiency benefits sum to about $5.1
billion annually.
Today there are
about 4,500 passenger jets in the U.S. That translates into
an annual savings of about $1.14 million per airplane. That
can buy a lot of avionics.
While, there has
been skepticism about whether other factors, such as a lack of
runways will negate some of these benefits, there has been little
disagreement that their approximate magnitude is huge.
But let’s not quibble about the
numbers for now: Can we agree that if they are anywhere even
close, more attention needs to be paid to seeing how this can
happen? 04-29-2002.
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