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How can we use our existing customer database to tell us where to look
for new customers? You might look at Target Potential Analysis. Your customer database
contains a lot of valuable clues. There are several steps you should take.
- In the first place, you should compute your customer lifetime value and rank your
customers by quintiles. You will find that 80%, or some high percentage, of your profit
comes from the top 20%. You will also find that your lowest 20% are not profitable, or
actually may be costing you money. Attribute LTV to each of your existing customers based
on the performance of customers with similar purchasing habits. As most readers know, a
LTV table looks like this:
|
Revenue |
Year 1 |
Year 2 |
Year 3 |
|
Referral Rate |
5.00% |
6.00% |
7.00% |
|
Referred Customers |
- |
$1,500 |
$1,620 |
|
Retention Rate |
85.00% |
88.00% |
90.00% |
|
Retained Customers |
- |
25,500 |
23,760 |
|
Total Customers |
30,000 |
27,000 |
25,380 |
|
Spending Rate |
$21,000 |
$24,000 |
$27,000 |
|
Total Revenue |
$630,000,000 |
$648,000,000 |
$685,260,000 |
Costs |
|
Direct Percent |
75.00% |
65.00% |
60.00% |
|
Direct Costs |
$472,500,000 |
$421,200,000 |
$411,156,000 |
|
Acquisition Cost $630 |
$18,900,000 |
0 |
0 |
|
Retention Building Program $450 |
$13,500,000 |
$12,150,000 |
$11,421,000 |
|
Referral Program Costs $800 |
$0 |
$1,200,000 |
$1,296,000 |
|
Total Costs |
$504,900,000 |
$434,550,000 |
$423,873,000 |
Profits |
|
Gross Profits |
$125,100,000 |
$213,450,000 |
$261,387,000 |
|
Discount Rate |
1.21 |
1.31 |
1.51 |
|
Net Present Value Profit |
$103,388,430 |
$155,802,920 |
$173,103,974 |
|
Cumulative NPV Profit |
$103,388,430 |
$259,191,349 |
$432,295,323 |
| |
|
Customer Lifetime Value |
$3,446.28 |
$8,639.71 |
$14,409,84 |
Here, Weldon Instruments is tracking 30,000 customers who spend an average of $21,000
per year with them. They have a retention building program that costs $450 per customer
per year, and a referral program that costs them $800 per referred customer a
bargain when you realize that the average newly acquired customer is worth about $14,400
to Weldon in the third year.
This chart is looking at all Weldon customers as a group. Subsequent charts should be
developed that determine the LTV for profitability segments, and for Standard Industrial
Classification (SIC) groups.
The second step is to score all your customers by eight
digit Standard Industrial Classification (SIC) code. You can get help in doing this from
Dun & Bradstreet or iMarket.
Third: determine your penetration ratios. A penetration
ratio is the percentage of customers that you have of all the firms in a given SIC code.
To determine this, you need to know how many companies there are in each SIC code. Again,
D&B or iMarket can help. The rule is this: you can acquire customers more easily in
industries where you are well known, than in industries where you are less known. The
penetration ratio is determined by dividing the total number of companies in an SIC code
into the total companies that you have as customers in that SIC code.
Finally, determine the target potential index for each
SIC group. The target potential is derived by multiplying the LTV by the Penetration ratio
for each industrial group. To illustrate how this is done, consider Weldon Instruments.
The following chart shows how Weldon went about it:
Where are Weldon's Prime
Acquisition Targets? |
| |
Weldon
Customers |
U.S.
Universe |
Penetration
Ration |
Lifetime
Value |
Target
Potential |
Rank |
|
Metal Production |
254 |
2,433 |
10.44% |
$145,067 |
$15,144.68 |
3 |
|
Light Manufacturing |
15,442 |
162,009 |
9.53% |
$5,914 |
$563.70 |
4 |
|
Heavy Manufacturing |
44 |
1,288 |
3.42% |
$988,145 |
$33,756.51 |
2 |
|
High Technology |
612 |
1,453 |
42.12% |
$127,675 |
$53,776.39 |
1 |
|
Total |
29,198 |
167,183 |
17.46% |
|
|
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In this chart, Weldon has broken their 29,198 customers into four broad
SIC groupings. They have determined the lifetime value and penetration ratio of each
group. Most of Weldons sales are to Light Manufacturing companies, where they have
15,442 customers. Their customer group with the highest lifetime value is in Heavy
Manufacturing companies, where the average customer has a lifetime value to Weldon of
almost a million dollars. But in looking at acquisition, Weldon has an interesting
situation. Their products are widely known and used in the High Technology industries.
They have a penetration ratio of 42.12% which is far higher than any other of their four
major SIC customer segments. By multiplying LTV times the Penetration Ratio, you create a
Target Potential index which shows that Weldon should put their acquisition dollars into
High Technology? Why? Because they are better known in this industry. Every customer
acquired has an average lifetime value of $127,675 and their chance of capturing one of
these customers is greater than that of any of their four major SIC customer
concentrations.
Target potential analysis is not the only way of determining your acquisition strategy.
The strategy may be based on the type of product you are promoting, etc. But, in the
absence of compelling reasons to the contrary, I would look closely at target potential
analysis as the best way to determine where to put my acquisition dollars.
Arthur Middleton Hughes is Vice President of The Database Marketing Institute. Ltd. (Arthur.hughes@dbmarketing.com) which provides strategic advice on relationship marketing. Arthur is also Senior Strategist at e-Dialog.com (ahughes@e-Dialog.com) which provides precision e-mail marketing services for major corporations worldwide. Arthur is the author of Strategic Database Marketing 3rd ed. (McGraw Hill 2006). You may reach Arthur at (954) 767-4558 .
The articles on this web site are available to the general public to read, enjoy and for limited business use. If you want to reprint more than one or two of them for resale or use in a business or educational environment, send an email to Arthur Hughes at arthur.hughes@dbmarketing.com. He will give you permission by return email. The cost, depending on the number of copies you want to reprint, is very inexpensive.
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