 |
Modeling the Return on Media and Message Investment
Seabuscuit
and sales
In
August of 1936 auto magnate Charles Howard paid $8,000 for a horse
that at three years old had already run 47 times and won less than
20% of the time. A scant four years later, in arguably the match
race of the century the colt had beaten triple-crown winner War
Admiral, became a beloved legend garnering more headlines that year
than the then three term President Roosevelt and returned more than
50 times his selling price in winnings, not counting future stud
fees. In advertising, at an average 5% advertising to sales ratio,
we settle for a 20 times multiple. But like horse racing, it is
often difficult to predict the outcome of a campaign, though we
are getting a lot better at it.
The
combination of single source research, mathematical modeling and
advertisers’ willingness to spend money for answers has advanced
the art and science of predicting sales outcomes for different advertising
scenarios, for both media and message strategies. The model described
in this paper accounts for not only for sales driven by paid advertising,
but also media inspired brand equity sales.
Betting
on the front half of the action
One
of the problems with current modeling techniques is that they deal
with only half the action. Once they have identified the extent
to which brand equity is responsible for a sale, they ignore probing
it for any more detail. Unfortunately, for most major brands, brand
equity accounts for well over 50% of sales. Nonetheless, the statistics
modelers deal with are confined to advertising driven sales, which
by their very nature are immediate, not total sales (and usually
less than half the total). This is like looking at Seabiscuit’s
record before he was sold to Howard and closing out his career as
a sad three year old. It ignores what was hidden, the equine’s
equity. The colt was a descendent of Man ‘o War, was raced
to that point to pace stable-mates and not really given much attention
by previous trainers. But Howard’s trainer looked at the whole
package and saw the potential for something quite different. Likewise,
in order to properly evaluate the potential contribution of a medium
or a message to sales, one has to appraise its return in terms of
both immediate sales (the front half) and also what it contributes
to brand equity and therefore ultimately to future sales (the back
half). This article describes a technique that analyzes, models
and refines media and message strategy to return substantial incremental
“total” sales (including brand equity), without spending
one extra penny.
Fragile
inputs/reasonable outputs
With
the understanding that the entire enterprise of statistics and probability
is really a very sophisticated fiction we impose on the real world
in an attempt to describe tings in a quantifiable way, we looked
at the current state of the art in identifying both media and message
return on investment for total sales. An example of statistical
fiction and an imposition we accept is the currency we use to negotiate
television time, cost per thousand (CPM). High level network sales
people, agency negotiators and client media directors argue over
nickels and dimes, sometimes pennies, in an attempt to negotiate
the pricing on network packages worth sometimes hundreds of millions
of dollars. Because the ratings system we have in place is the very
best we can do for the time being (some 50 years now) in gauging
the value of various programs, we accept the CPM convention. The
truth is that the statistical error swing for a primetime CPM (while
we are negotiating for pennies) can be as much as $4 and that does
not even describe how far the estimate is from reality. It merely
illustrates that if the package were re-sampled 100 more times,
the answer would likely come back within a $4 range (+/-$2). So
services that track and model a client’s sales and marketing
initiatives on a weekly basis are doing the best they can and are
now able to attribute a sales to a specific media or message campaign,
using accepted statistical techniques.
The
equity equation
So
current modeling techniques assume that brand equity plays little
to no role in identifying a favored campaign medium or message.
Models are generally all about immediate sales, provoked by very
recent advertising (recency). But to assess the full value of a
medium or a message marketers should really account for their influence
on brand equity as well, which in turn inspires future sales. Brand
equity is comprised of many marketing inputs like paid media advertising,
promotion, public relations, packaging, in-store displays, pricing,
method of distribution and word of mouth among others. Modelers
can tell us what proportion of sales are due to brand equity stimulus
as opposed to recent advertising and it is usually more than half.
Then based on a combination of objective client research and information,
as well as subjective experience, and with the understanding that
advertising can be a strong force in the equity mix, we can now
deduce a reasonable range within which media influences brand equity.
It is then fairly easy to attribute a value to individual media
types. So the modeler assigns a portion of immediate sales to individual
paid media and this new model ascribes a portion of equity driven
sales to the medium as well. The two can be added together yielding
a complete picture of the medium’s contribution to sales and
therefore its full value. This procedure enables us to better gauge
the full value of a medium’s ROI.
The
key: a cost per sale
After
arriving at a medium’s total sales (immediate and equity driven),
it is just a matter of aligning those sales with the number of target
points (trps). By dividing trps by sales, one can derive the number
of target points it takes to make a sale.
From
the client, it can be a simple matter to get the appropriate cost
per points for media in the campaign. Then, by multiplying the target
points per sale by the cost per points, you can arrive at a cost
per sale. This figure, the key to ROI, can be compared across media
or if one knows the media mix for a particular copy campaign, by
prorating these figures across media you can get a cost per sale
by different copy strategies.
Using
cost per Sale for ROI scenarios
These
total cost per sale figures for a medium or a message can be used
to run payout scenarios. For example, if one copy strategy is 10%
more effective in generating sales than another and you shift $20
million from the lesser campaign to the more effective one, the
model indicates that within a short time, $2 million in incremental
sales will be derived. Or if one medium is 25% more effective in
generating sales that another and you wish to switch ½ the
weight out of the more expensive medium (say $20 million), the model
indicates an incremental sales gain of $5 million.
Of
course the model also has to correct for the overlapping influences
of the various changes being made (like the combined effects of
media and copy mix), so that they are not purely additive. It also
must correct for the diminishing returns of employing the same strategy
over the long haul. Nonetheless, even with these corrections, the
incremental sales gained in the short and longer term are very substantial.
One advertiser increased sales by more than $100 million (example
attached).
Other
uses
This
model also enables us to examine other phenomena like the effects
of hiatuses, delayed responses to advertising, comparisons of a
medium’s cost per sale to the value of a sale, the difference
between a medium’s effectiveness in the short vs. the long
run, and media weight and shifts. The only input necessary is a
brand history from the client, the media plans (with costs), data
from a company that has tracked and modeled sales and media and
messaging and the proprietary equity and ROI models described here.
It is also possible to deploy the same models on other marketing
initiatives, which draws us all even closer to breaking the code
on the DNA of investment return in the marketing of all products
and services.
$100
Million Example
| Total
units sold/ year |
6
mil |
| 50%
ad driven |
3
mil |
| 50%
equity driven |
3
mil |
| Ad
driven |
3
mil |
| 50%
TV driven |
1.5
mil |
| Equity
driven |
3
mil |
| Ad
driven equity 33% |
1
mil |
| 90%
TV driven |
0.9
mil |
| Total
TV drive |
2.4
mil |
| Total
TV trps |
9600 |
| TRPs/sale
= 9600/2.4 mil = |
.004 |
| TV
cost per point |
$30,000 |
| TV
cost per sale = |
.004
X $30,000 $120 |
| TV
cost per sale = |
$120 |
| Newspaper
cost per sale (+20%) |
$144 |
| Current
Budget: |
|
| TV
$480 mil (62%) at $120/ sale = |
4
mil units |
| News
$288 mil (38%) at $144/ sale = |
2
mil units |
| Shift
20% more to TV: |
|
| TV
$624 mil (82%) at $120/ sale = |
5.2
mil units |
| News
$144 mil (18%) at $144/ sale = |
1.0
mil units |
| Total
units with new strategy = |
6.2
mil |
| Incremental
units = |
200,000 |
| Value
of a sale = |
$500 |
| Incremental
sales = 200k X $500 = |
$100
mil |
<back
to top>
<back
to Essays>
© Media Directors Ink : September
2003
|