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Coordinated Interaction Presentation to the Competition Commission of India US Chamber of Commerce October 27, 2010

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Coordinated Interaction. Presentation to the Competition Commission of India US Chamber of Commerce October 27, 2010. Coordinated Interaction. Definition: Firms recognize their interdependence and jointly coordinate on a less competitive outcome Implicit (no communication) - PowerPoint PPT Presentation

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Page 1: Coordinated Interaction

Coordinated Interaction

Presentation to the Competition Commission of India

US Chamber of CommerceOctober 27, 2010

Page 2: Coordinated Interaction

Coordinated Interaction

• Definition: Firms recognize their interdependence and jointly coordinate on a less competitive outcome– Implicit (no communication) – Explicit (communication, typically illegal in the US)

• For coordination to work, for each firm, the benefits of achieving the coordinated outcome must exceed the costs

Page 3: Coordinated Interaction

When Are the Costs to Coordination High?

• If “price” and product quality have many dimensions– Agreement must be complex– Explicit communication may be necessary, which brings

substantial antitrust risk• If complex pricing structures are necessary to

address a complex economic environment– Structures may need to be simplified to make coordination

feasible, but the firms lose substantial profits– Change in pricing structure can bring antitrust risk

Page 4: Coordinated Interaction

When Are the Benefits to Coordination Small?

• If cheating is likely to occur– Firms have disagreements over what outcome to

coordinate on– Coordination feasibly can cover only a limited number of

the dimensions of “price” and product quality– Cheating is hard to detect– Cheating is hard to punish

• If non-participant firms can defeat an attempted price increase through supply response

Page 5: Coordinated Interaction

• Will the merger decrease the costs or increase the benefits of coordination?

• If there is no coordination currently, could the merger make coordination significantly more likely?

• If there is coordination currently, could the merger make coordination more stable or move the coordination to a higher price level?

Key Questions in Merger Review

Page 6: Coordinated Interaction

Case Study #1

Would the Costs of Coordinating or the Difficulty in Detecting Cheating

Prevent Coordination?

Page 7: Coordinated Interaction

Case Study #1: Consumer Appliance Merger

• Industry– There are three branded manufacturers:

Companies A, B, and C– Other manufacturers make “private label”

products– Manufacturers sell to retailers (at a wholesale

price); retailers sell to final consumers (at a retail price)

• Company A sought to acquire Company B

Page 8: Coordinated Interaction

FTC’s Concern

• With only two major branded manufacturers remaining after the merger, coordination between them would become more likely

• Non-branded manufacturers would not be able to constrain a post-merger coordinated wholesale price increase by the branded manufacturers

Page 9: Coordinated Interaction

• How difficult would it be for firms to find a mutually beneficial outcome to coordinate on? – More difficult to agree when the “dimensionality” of the

coordination problem is large– More difficult to agree when the firms are relatively

“asymmetric”• How easy is it for firms to cheat on any such

coordinated outcome?– Easier to cheat if there are many ways to discount– Easier to cheat if discounts are unobserved

Questions to Analyze

Page 10: Coordinated Interaction

• Many (1000+) SKUs– Suggests that successful coordination would have to

address 1000 different wholesale prices• But, is the effective dimensionality smaller?

– Are groups of SKUs, for example those targeted at the same retail price point, effectively the same product or carry the same wholesale price?

– Do customers (retailers) pay a flat wholesale price or does “price” have many dimensions?

– Do SKUs’ wholesale prices move very closely together?

The Dimensionality of the Coordination Problem

Page 11: Coordinated Interaction

Products Have Different Attributes (And Thus Costs) Even Within the Same Retail Price Point

Manufacturing Cost vs. Retail Price Point

$219

$299

$399

$499

$599

$699

$799

$899

$999

$109

9

$1199

$129

9

$139

9

$149

9

$159

9

$169

9

$179

9

$189

9

$199

9

$229

9

$249

9

$269

9

$299

9$0

$200

$400

$600

$800

$1,000

$1,200

$1,400

$1,600

Retail Price Point

Cos

t

Page 12: Coordinated Interaction

Products’ Wholesale Prices Differ Even Within the Same Retail Price Point

Wholesale Price vs. Retail Price Point

$219 $2

99$3

99$4

99$5

99$6

99$7

99$8

99$9

99

$109

9

$1199

$129

9

$139

9

$149

9

$159

9

$169

9

$179

9

$189

9

$199

9

$229

9

$249

9

$269

9

$299

9$0

$200

$400

$600

$800

$1,000

$1,200

$1,400

$1,600

Retail Price Point

Wh

oles

ale

Pri

ce

Page 13: Coordinated Interaction

Prices Differ Substantially Across Customers

Total Discounts As a Percentage of List Prices, By Customer

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

1 6 11 16 21 26 31 36 41 46 51 56 61 66 71 76 81 86 91

Customer (Sales Rank)

Dis

cou

nt

Page 14: Coordinated Interaction

“Price” Has Many Dimensions and Discounts are Unobservable

• Many types of discounts– On-invoice discounts– Volume rebates– “Push money”– Floor sample discounts– Point of purchase discounts– Over and above advertising discounts– Warranty allowances– Upfront money– Dealer relations– Other

• Substantial differences across customers in the types and amounts of discounts received

• Discounts are individually negotiated and not observable

Page 15: Coordinated Interaction

SKUs’ Prices Do Not Move Closely Together Over Time

Company APercentage Change in Price April to May 2008, By Product

-40%

-20%

0%

20%

40%

60%

80%

100%

$81$12

4$13

5$15

1$17

8$18

6$20

2$21

1$22

8$23

3$24

1$24

7$26

0$27

2$28

5$29

7$30

8$32

0$34

2$34

9$36

1$37

4$39

5$40

9$42

7$44

8$48

0$52

8$55

3$60

0$62

9$66

4$73

4$84

0

$1,060

Product (Ranked by April 2008 Wholesale Price)

Pri

ce C

han

ge (

Per

cen

t)

Page 16: Coordinated Interaction

Companies A and B Are Focused on Different Price Segments

The Merging Companies' Share of Sales by Price Point Range

0.0%

5.0%

10.0%

15.0%

20.0%

25.0%

30.0%

35.0%

40.0%

$0-$500 $501-$1000 $1001-$2000 $2000+

Retail Price Point Range

Per

cen

tage

of

Sal

es

Company A Company B

Page 17: Coordinated Interaction

Outcome

• An agreement would be costly to achieve– Complexity of products, pricing, and price

movements– Asymmetries between firms

• Cheating would be hard to detect and punish– Pricing not transparent– Many ways to provide secret discounts

• FTC cleared the transaction

Page 18: Coordinated Interaction

Case Study #2

Does the Merger Eliminate, or Create, a Maverick?

Page 19: Coordinated Interaction

Case Study #2: Arch Coal• Industry

– Mines producing coal for electric utilities– Five producers (Arch, Triton, Peabody, Kennecott, and

RAG)• Transaction

– Arch would acquire both Triton mines, then immediately sell one to Kiewit

– Still five producers after the transaction (with Kiewit replacing Triton)

– Post-merger HHI of about 2100-2300 with a change of 50-225, depending on the unit of measure

Page 20: Coordinated Interaction

FTC’s Concerns

• The transactions would increase the likelihood that suppliers could coordinate to restrict output– Eliminate Triton, which was a “maverick”– Place excess capacity under the control of

suppliers more likely to engage in coordination– Arch CEO had made statements that about the

need for suppliers to act with restraint

Page 21: Coordinated Interaction

Questions to Analyze

• Were industry conditions conducive to coordination?

• Was Triton a “maverick”?• Would Kiewit be any less of a maverick than

Triton?

Page 22: Coordinated Interaction

Pre-Merger Industry Conditions• Some industry conditions not conducive to coordination

– Product not homogenous across suppliers– Suppliers’ cost structures differed– Price not transparent (sealed bidding)– Prevalence of long-term contracts

• But, others were conducive– Some information on mine production available (but not

current and not completely reliable)– Low elasticity of demand– Prices easily adjusted for product differences (reduces

dimensionality of the coordination problem)– Barriers to entry

Page 23: Coordinated Interaction

Pre-Merger Industry Conditions

• No history of coordination and the industry was seen as competitive– Arch had previously restricted its production in

times of “over-supply” (i.e., low prices)– But, competitors had not followed in this strategy

Court concluded that coordination was feasible, but had not occurred historically and would not be easy

Page 24: Coordinated Interaction

Triton

• High cost mine• Sold at a high price when demand exceeded

other supply from other mines• Did not bid aggressively for long-term

contracts • Not undercutting as a maverick would

Court found that Triton was not a maverick

Page 25: Coordinated Interaction

Kiewit and RAG

• Kiewit planned to increase production from the Triton mine

• Kiewit and RAG would have the profit incentive and ability to defeat an attempted coordinated price increase by the three other suppliers

Court found that Kiewit and RAG were more likely than Triton to be

mavericks

Page 26: Coordinated Interaction

Outcome

• Court found that the transactions would not lead to an increase in the likelihood of coordination

• Conditions not very conducive for coordination

• Triton was not a maverick• Kiewit and RAG would have the incentive and

ability to constrain a coordination attempt by the other three suppliers

Page 27: Coordinated Interaction

More Detail on Analyzing the Competitive Significance of a Potential Maverick

• Auction/Bid data– Do the merging parties’ bid more aggressively when the maverick

is also bidding?– When the maverick bids, do the merging parties frequently lose

the bid?• Price announcements

– Does the maverick fail to follow other rivals’ price change announcements?

– Does the failure to follow result in an increase in the maverick’s volume of sales?

• Costs– Does the maverick have a lower cost structure compared to rivals?– Does the maverick’s costs depend on different inputs than rivals’

costs?

Page 28: Coordinated Interaction

Annual Price Change Announcements

0

2

4

6

8

10

12

14

16

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

Dol

lar

per

Pou

nd

Firm A Firm B Firm C Alleged Maverick

Maverick Fails to Follow Other Rivals’ Price Changes

Page 29: Coordinated Interaction

Annual Price Change Announcements

0

2

4

6

8

10

12

14

16

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

Dol

lar

per

Pou

nd

0

500

1000

1500

2000

2500

3000

3500

4000

4500

5000

5500

6000

Million M

etric Tons

Firm A Firm B Firm C Alleged Maverick

Maverick Takes Sales from Rivals When Rivals’ Prices Increase

Page 30: Coordinated Interaction

0

2

4

6

8

10

12

14

16

0 2 4 6 8 10 12 14

Months

Pri

ce

0

2

4

6

8

10

12

14

16

0 2 4 6 8 10 12 14

Months

Pri

ce

0

2

4

6

8

10

12

14

16

0 2 4 6 8 10 12 14

Months

Pri

ce

Announced Actual

Rivals’ Price Increases Rolled Back When the Maverick Does Not Go Along

Page 31: Coordinated Interaction

Maverick Would Have the Incentive and Ability to Defeat Coordination

• Excess Capacity– Is the maverick’s excess capacity sufficient to replace

the reduction in volume by the hypothetical cartel post-transaction?

– Would it be profitable for the maverick to expand production by at least that amount?

– Has the maverick utilized excess capacity in response to a reduction in supply by rivals in the past?

• E.g., cost increase limited to other rivals, unexpected shortfall in rival’s production (e.g., plant outage, natural disaster)

Page 32: Coordinated Interaction

80

20

15

15

5

0

10

20

30

40

50

60

70

80

90

100

FirmA + FirmB + FirmC Alleged Maverick

Pou

nds

(in

mil

lion

s)

Excess Capacity

Maverick’s Excess Capacity Is Sufficient to Replace Industry-wide Output Reduction

Page 33: Coordinated Interaction

Case Study #3

Does the Merger Change the Industry Structure to Make Coordination More

Likely?

Page 34: Coordinated Interaction

Case Study #3: Premdor-Masonite

• Industries– Upstream: “Doorskins,” a key input to the

manufacturing of doors– Downstream: Doors

• Transaction– Premdor, primarily a downstream door producer,

sought to acquire Masonite, an upstream doorskin producer

Page 35: Coordinated Interaction

Structure of the Industries: Pre-Merger

VI

VI

Masonite

Small Producers Premdor

Retailers, Distributors

JVDoorskins

Doors

Page 36: Coordinated Interaction

Structure of the Industries: Post-Merger

VI

VI Small Producers

Premdor

Premdor

Retailers, Distributors

Doorskins

Doors

Page 37: Coordinated Interaction

FTC Thought Pre-Merger Conditions Prevented Coordination

• Upstream coordination between Masonite and VI prevented by Premdor threatening to further vertically integrate backward into doorskins (by expanding the JV)

• Downstream coordination between Premdor and VI prevented by Masonite expanding supply to other door manufacturers

• Both downstream and upstream coordination prevented by VI having a different cost structure than Masonite and Premdor

• Premdor does not have information about upstream conditions and Masonite does not have information about downwtream conditions, making it hard to detect and punish cheating by VI

Page 38: Coordinated Interaction

FTC Was Concerned That the Merger Could Change These Conditions

• The combined Premdor/Masonite would be vertically integrated– No firm remains at either level with the incentive

and ability to prevent coordination between Premdor/Masonite and VI

– Premdor/Masonite would have a cost structure similar to that of VI

– Premdor/Masonite would have more complete information about production and pricing

Page 39: Coordinated Interaction

Outcome

• FTC obtained a consent decree, under which the merged firm divested one of Masonite’s two plants

• Preserved a strong non-vertically integrated firm at the upstream level

• This firm could also frustrate coordination at the downstream level by increasing supply to the smaller door producers