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The Next Generation, November 2006
For all widebody aircraft, residual value performance over the next
decade and beyond will be driven by the new technologies being introduced.
The innovative Boeing 787-8 (220-250 pax, 8,500nm range) is
planned to enter service in May 2008, but we expect this to be delayed
by up to 12 months. It would be impressive if Boeing can manage
to successfully orchestrate the many suppliers in the 787 program's
global network according to the current schedule. They are
also studying a second production line, which would move the competitive
threat sooner in time. We expect future market values to feel
the worst effects of the 787 in the 2012-13 time frame, when the
operating fleet will have sufficient numbers to shift the landscape
of the airline market in a material way, and the A350XWB may also
begin entering service.
The -8 and its sister aircraft the 787-3 (290-330 pax, 3,500nm range,
2010-11), 787-9 (260-290 pax, 8,300nm range, 2010-11), and the planned
787-10 (310 pax, 7,600nm, 2013?) will offer game-changing efficiency
and range, probably at a lower purchase price than the 767 it is
replacing. We currently estimate that values for the 787-9
are in the range of $80 - 85mn, assuming a single-aircraft sale,
and the production efficiencies/learning curve of a maturing program
will allow Boeing to share some of these benefits with customers
over time.
One possible negative for larger competitors to the 787 family is
that while most orders have been for the smaller -8 version, these
are probably also convertible to the larger -9 (or eventually the
787-10). This process may be helped along by demand from other
airlines or leasing companies for these early delivery positions,
as we expect the 787 to increase the growth rate of point-to-point,
non-hub operations. Boeing estimates that the 787-8 will burn
20% less fuel, provide a 10% reduction in seat-mile costs, up to
30% lower maintenance costs and up to 45% more cargo revenue space
compared to the 767. The aircraft's range will be about 2,300nm
further, with a MTOW only 68,000lbs. greater.
For passengers there will be a wider, more spacious cabin, 50% larger
windows, higher humidity and a lower pressure altitude, as well
as increased overhead bin storage. The new, more efficient
engines from GE and Rolls Royce will be interchangeable to aid in
eventual aircraft remarketing and support residual values. The
extensive use of lighter-weight composites, which will account for
more than 50% of the structure, new electric architecture, and several
other technologies combine to produce an attractive product.
The 787 family is already the most successful aircraft in terms
of orders (478/39 customers) so far ahead of its planned entry into
service, and the 787-8 is due for its first flight later this year.
The first 787 deliveries are scheduled in mid-2008 to launch
customer All Nippon Airways, and Boeing hopes to deliver 112 787s
during the first two years of production.
The use of composites and other lighter weight materials/systems
will result in ultra long range (ULR) capability with a much lower
structural weight, and this is the biggest threat to the market
for the current widebody fleet over the next 5-10 years. It
may be a simple physics problem, but a lower MTOW requires less
powerful engines/runway length, allows the aircraft to climb more
quickly, fly at a more efficient angle of attack early in the flight,
and burn less fuel flying metal/fuel around, which results in more
operating range no matter what other improvements are made. The
situation of the 757 (255,000lbs.) when compared to the A321-200
(205,000lbs.) or the 737-800 (173,000lbs.) may have been a useful
lesson for Boeing here.
The capacity of the 787-8 and -9 aircraft may also prove to be a
better fit in terms of demand, and this will mean higher load factors
and a further boost to orders and the profitability of operators.
They also offer the option of nine-abreast seating which increases
capacity to about 300 and 350 respectively. The low structural weight
of composites may increase the risk over time of stress-related
problems, but the experience gained through years of development
in gliders, light aircraft, business aircraft, and high g-load military
aircraft will help mitigate this. As usual, the new-build
787 is coming in overweight versus the plan and an extensive improvement
program is hoping to remedy this. Later serial numbers/models
will benefit from a continuing effort to reduce airframe weight
and improve engine performance.
The new Airbus A350XWB is based on the A330-200, but the wing is
of largely composite construction and apparently the wider fuselage
will be changed to this material also. The various crises
and delays at Airbus have shifted the planned delivery date into
2013 for the A350-900 (314 pax, 7,400nm range) and 2014 for the
smaller A350-800 (270 pax, 7,800nm). We expect that these
dates will also slip by up to 12 months. Both aircraft will
have a MTOW of 540,000lbs., which is about 60,000lbs. heavier than
the 787-8 and 40,000lbs. more than the -9, but they will offer more
capacity as well. Airbus had about 100 orders for the previous
version, expects most to be converted to the new A350XWB, and they
are forecasting another 100 orders in 2007. The new A350 will
also be a competitor to the 777 series, with the A350-1000 eventually
facing the 777-300ER and the A350-900 challenging the 777-200ER.
This makes the 787-10 more likely even though this aircraft will
also compete directly with the 777-200ER. The bottom line in all
of this is that the future value curves for many widebody aircraft
no longer appear as rosy as many were predicting a few years ago.
Labor Union Scope Clauses, November 2005
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