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IS THE LRP COMPARISON A CORRECT ONE?
Dear Art,
I don’t think you
are comparing “apples to apples” on
10/14/03
Livestock Risk Protection (LRP) contract.
I think the put is cheaper than the LRP on
10/14/03
.
Option Expert
Dear Option Expert,
A put contract cost
based on the closing April put premium rate on
10/14/03
was $1,850 for a 50,000 pound feeder
cattle contract with a $88 strike. If
one were to buy a LRP contract that also covered 50,000 pounds, the
premium cost on
10/14/03
was $1,802.
The 50,000 pound put contract represents about 67 calves weighing
750 pounds. The LRP is cheaper
by $48 before any adjustments, so the LRP is clearly cheaper.
It is also likely that
the put option would have required a premium bid greater than the market
“close” of $3.70 but that would have shifted the advantage to the LRP
by more than $48. The analysis
on AgManager does not make any adjustment for bidding a higher premium to
get an order filled. However,
this is likely a good argument especially on the deferred contracts.
The next adjustment
was to add the commission paid for the put option.
Option commissions vary widely so if a livestock producer is paying
less than the $75 commission assumed in the AgManager analysis, the result
would lessen the advantage for LRP. The
producer pays no commission on the LRP contract.
Using the $75 commission rate, the LRP is now $123 cheaper per put
contract. This is the
difference between $1,925 (line 16) and $1,802 (line 29) in the table
below and the updated table posted at:
http://www.agmanager.info/crops/insurance/price_risk/pr_pdf03/modvol04LRP.pdf
The 26 week LRP
coverage expires on
4/13/04
and has a higher strike of $88.53 on
10/14/03
. The
put option had a lower strike of $88 but a larger time value, expiring on
4/29/04
. The
Put is an American option and carries the right to exercise the option.
The LRP is similar to a European put because there is no right to
exercise the LRP.
Because of these
differences between the LRP and a put, the analysis recalculated the put
option premium assuming that the put had the same strike of $88.53 and an
expiration date of
4/13/04
. The
higher strike increases the calculated put premium and the fewer days to
expiration reduces the calculated put premium.
The calculated put premium included the current volatility and
interest rate. Making these
adjustments to the calculated premium increased the put premium from $3.70
to $3.73.
The American versus
the European put generated very little difference in the calculated put
premium. The major factors
that changed the calculated put premium were the strike and the days to
expiration.
The other major factor
that drives the calculated put and LRP premiums is volatility.
The LRP premiums are based on the prior days close on
10/13/03
. The volatility value on
10/13/03
was 23.02 percent and that was used to set
the LRP premium on
10/14/03
. If one were to calculate
the adjusted put premium on
10/14/03
but use the prior day’s volatility, the result would have been a much
higher calculated put premium of $4.29 versus the $3.73 in the analysis.
It appears the major reason the LRP was an okay buy but not a great
buy was the prior day’s higher volatility.
However, it appears
the issue the Option Expert is raising is the fundamentals are different
for cattle sold on March 26 (closing date for March feeder cattle) and
April 29 (closing date for April feeder cattle).
However, the LRP expires between the March and April put expiration
dates so the fundamentals for the LRP are also different.
It appears the Option Expert is arguing that one should use the LRP
expected price when calculating the adjusted premium.
But why would one use the LRP expected price that is based on
yesterday’s market when one already has today’s market values?
KSU does not have
access to the Risk Management Agency (RMA) model used to set the one day
delayed LRP expected price therefore an estimate of the LRP expected price
based on today’s market but released by RMA tomorrow was developed.
A KSU estimate of the expected price for expiration on April 13
(expiration date changes daily) was developed using a weighted average
price between March and April futures closing prices.
The change in the weighted average price was then subtracted from
the current official LRP expected price (line 23).
Effectively the KSU estimate is only the change between today’s
official LRP price and tomorrow’s LRP price.
The KSU expected price will compare with tomorrow’s LRP price and
the difference between the KSU estimate and the official LRP expected
price is on line 24. A
weighted average of the March and April implied put volatilities was also
calculated.
The current LRP
strike, current LRP expiration date, KSU estimated expected price, and
weighted volatility based on the current market was then used to calculate
the adjusted put premium that will compare with the LRP premium.
ART
WRITE ABOUT RISK MANAGEMENT NOT
SPECULATION
Dear Art,
Don’t forget to
mention the risk management aspect of these products.
You are spending too much time teaching producers to be marginally
better speculators, when the real issue is risk management.
Insurance Specialist
Dear Insurance
Specialist,
Thanks for the
comment. I agree the major
issue is risk management. However,
livestock producers now have two choices for “price insurance.”
The question being
answered in the analysis is should I buy puts or LRP?
The analysis assumes livestock producers have already made the
decision to buy price protection. Because
both puts and LRP provide similar protection, then the question becomes
which is the better buy.
Should one buy
“price insurance” will depend on if the producer thinks the market is
headed down, the amount of risk the producer is willing to bear, and
probably more important if the lender is asking for coverage to protect
the equity in the cattle. Once
producers decide to buy “feeder cattle price insurance”, then the
updated analysis in the table will help producers to decide on the
purchase of a put or LRP. Both
the put and LRP provide price risk insurance.
The table does not tell one if they should buy “price
insurance.”
ART
LRP PREMIUMS ARE TOO EXPENSIVE?
Dear Art,
I think the LRP
premiums are too expensive!
Livestock Producer
Dear Livestock
Producer,
LRP premiums are too
expensive compared to what? Compared
to put premiums LRP premiums on many days are less expensive.
However, the premiums have become more expensive as the market has
become more volatile. As an
example this past week, the deferred feeder cattle futures contracts were
up the limit on one day and down the limit on the next day.
That is volatility!
The major advantage
for the LRP contract is the ability to buy price risk protection for a
single calf. The CME options
and futures are very “lumpy” because they are only available in 50,000
pound contracts. The result is
livestock producers, especially smaller producers, will either be over
“hedged” or under “hedged.” The
other major LRP advantage is the contract will be filled at the stated
premium costs, assuming the insurance company has not reached its
livestock insurance liability limit. Purchase
orders for puts, especially on deferred contracts are often not filled
unless the buyer bids a higher premium.
One way to reduce
premium costs is to use the LRP as part of a “window” or “fence”
strategy. This approach is
similar to a hedge and the producer is locking in the price within the
“window” range. To follow
this strategy one would buy the LRP and establish a price floor (does NOT
lock in the basis and depending on the change in basis the real price
floor may be higher or lower). The
producer would then write\sell an out of-the-money call.
The strike on the out-of-the money call establishes the maximum
price on the cattle. If price
falls, the producer retains the call premium, net LRP indemnity payments,
and the cash sale of the calves. However,
if price increases producers lose the LRP premium and must pay margin
calls on the sold call but they sell their calves at a higher price.
In all cases producers
are still exposed to basis risk, which can be large for feeder cattle.
There is a significant amount of basis risk in feeder cattle, so
the results will often vary from the results presented in many examples.
Should
livestock producers follow this strategy?
That will depend on a livestock producer’s market forecast.
If a producer thinks the market is still going up, then one would
not want to do a window. If a
producer thinks the market is going down, then this strategy would fit.
If a producer has no clue on market direction, then one could scale
in the purchase of several LRP guarantees.
As the cattle get closer to their sale date, producers could then
write covered calls as the second step in the window strategy.
This approach to a
window strategy (combining the purchase of LRP with the writing\sale of a
call) compared to traditional window strategy (combining the purchase of a
put with the writing\sale of a call) allows producers to take advantage of
no brokerage commission and RMA rate subsidies on the LRP.
It also allows for a higher price than a hedge, depending on how
far out-of-the money one writes\sells the call.
The fact is the LRP
premiums are “high” is because the risk is high.
Cattle are selling at prices that have not held up over the long
run.
Up
Coming Workshop.
A workshop scheduled for
November 18, 2003
, Highland Hotel & Convention Center
(formerly the Holiday Inn),
Great Bend
,
Kansas
, will address these complex risk
management issues. Dr.
Peter Griffin
who developed LRP will be the featured
presenter. This will be a
great opportunity for livestock producers, insurance agents, ag lenders
and other interested parties to ask questions and discuss the LRP contract
with the expert, the
author of LRP. The same
workshop will also be presented in
Nebraska
and
Colorado
. A
program brochure and registration form is posted on AgManager.Info at: http://www.agmanager.info/crops/insurance/workshops/filespdf/ciwks.pdf
ART
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