In college many of you took
Micro and Macro Economics. You likely remember that those classes were
characterized by the numbing number of graphs; recall those Supply-Demand
curves? I liked those graphs. To a certain extent they were intuitive, and you
could derive a great deal of information from them. I hope to do that with this
blog. I have not seen these graphs before, so I’m having geeky fun expressing
latent talents for academia.
Recently, our friends at
ICF International published economic data represented in the following chart:
The release of this data
triggered a few articles in industry magazines which offered analysis of the
market and the represented data. It occurred to me that the fundamental
economic drivers on the surplus aftermarket have not been adequately
articulated in the past. Only when these fundamentals are understood, can
we judge the quality of analysis and opinion. So, in this Part 1 I hope
to articulate those fundamentals, and then with the next blog, Part 2, I’ll
combine the fundamentals with current analysis. I hope you’ll find the last
two graphs particularly interesting:
ANALYSIS OF DYNAMIC
EFFECT OF SURPLUS AVAILABILITY ON PRICEs EFFECTS OF STRONG
OEM INTERVENTION ON THE SURPLUS MARKET
If I have done my job
right, these will all seem simple and intuitive. For all of these, you will
recall your college professors repeatedly saying “All things being equal”, and
so it is here, these are generalizations.
CHARACTERISTICS:
Emphasis is on a given fleet-type
of aircraft As the fleet ages, more surplus
parts become available
Easy right? Let’s build
upon this.
CHARACTERISTICS:
Emphasis on a given fleet-type of
aircraft with a large production run The total number of surplus parts
is greater Many aftermarket suppliers
participate
Next:
CHARACTERISTICS:
Emphasis on a given fleet-type of
aircraft with a small production run The total number of surplus parts
is smaller Small number of aftermarket
suppliers participating Opportunity for niche aftermarket
suppliers to specialize
How about a combined global
aircraft types?
CHARACTERISTICS:
Emphasis on the average age of all
combined aircraft types The number of surplus parts is
directly proportional to age
Here’s an interesting but
predictable phenomenon:
CHARACTERISTICS:
Emphasis on a given fleet type Initially (flat horizontal
segment), the part number pool consists of parts predicted to have removal
histories. As the fleet ages, certain parts
start to fail which had not been originally provisioned-for. Lead-Time to manufacture these
parts is as expected, long. The demand may be filled by niche and/or
tear-down specialist suppliers Let’s
crank these a little bit: CHARACTERISTICS:
Emphasis on a given fleet The price of parts and the number
of surplus parts availability are inversely proportional
Now we can break this down:
CHARACTERISTICS:
Emphasis on a given fleet Stage 1: o Fleet
introduction and growth
o Parts are largely under warranty and controlled by the OEM’s
o The price of new parts are high Stage 2:
o As the fleet grows, individual airline operators gain
experience and adjust inventories – excess inventory starts to enter the
market from those airlines
o Other airlines with different operational profiles find they
are undersparred and order more new parts adding to the total pool
o Depending on demand, tear-downs may start to occur to
harvest additional spares
o As the availability of surplus parts starts to increase,
prices start to decrease – this includes that those additional spares are
in overhauled or repaired condition rather than new, further eroding
prices
o The number of aftermarket firms participating in this
segment increases Stage 3:
o The given fleet is in its sunset period and no longer in
production
o Airlines are starting to park older aircraft further
increasing the pool of spare parts
o The market is characterized by having too many spares – this
drives down prices and dis-incentivizes aftermarket participants
The following phenomenon is
emerging and worthy of commentary:
CHARACTERISTICS:
Emphasis on a given fleet type Initially (flat horizontal
segment), parts are largely under warranty and controlled by the OEM’s,
and prices are high As the fleet ages, surplus parts
start to become available and prices start to come down for the classic
reasons previously described as ‘Stage 2’ The OEM steps in to moderate the
market and prices
o The OEM enlists the assistance of aftermarket specialists to
buy-up and control the spares
o Some spares may be taken off the market to keep prices high
and forcing operators to order new parts directly from the OEM
o The spares taken off the market and controlled by the OEM
are funneled to the OEM’s MRO affiliate to make them more competitive
against non-OEM affiliated MRO providers
o The OEM finds ways to unreasonably restrict independent
MRO’s from gaining access to its component maintenance manuals, forcing
operators to send MRO work to the OEM affiliated MRO, reducing competition
and keeping prices higher for the cost of overhauls and repairs
o Alternative-parts PMA manufacturers may step in to answer
the operator’s calls for shorter lead time and lower prices
o Tear-Down specialists start to look for opportunities
University students looking
for thesis material may want to take these graphs and do the research to
quantify the graphs. In the next blog I hope to merge the theory presented here
with the forecasts earlier introduced.
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