ITLS6201 Chap.3 Strategic Distribution Networks
Strategic Distribution Networks
Distribution strategy translates competitive position into channels, facilities, inventory and information flows. External analysis identifies demand, regulation and industry pressure; internal analysis tests resources, competencies and stakeholder expectations. Direct distribution retains customer contact and margin but requires logistics capability.
Indirect distribution trades control for reach, while intensive, selective and exclusive coverage support different customer promises. Hubs, cross-docks, postponement, buffers and multi-sourcing then make the channel operational. This chapter rejects resilience as a vague virtue. Every recommendation must name the dependency reduced, the cost accepted, the customer promise protected and the signal that triggers review.
What this chapter covers
- 01
External environment and industry pressure
- 02
Resources, capabilities and strategic position
- 03
Direct and indirect distribution
- 04
Intensive, selective and exclusive coverage
- 05
Hub, cross-dock and postponement functions
- 06
Time to recover and time to survive
Worked example · free
Compare centralisation with a targeted buffer
- +1Centralised expected disruption cost is 15% × $2.4 million = $360,000.
- +1Buffered expected disruption cost is 15% × $500,000 = $75,000.
- +1Add the buffer operating cost: $75,000 + $190,000 = $265,000.
- +1The buffer is $95,000 lower than centralisation on expected annual cost.
- +1Adopt a critical-item buffer and review probability, loss and demand rather than duplicating all inventory.
Key terms
- Strategic position
- The fit between external conditions, internal capabilities, stakeholder expectations and the advantage a firm intends to sustain.
- Direct distribution
- A channel in which the producer serves the customer without a wholesaler or retailer, retaining control and logistics responsibility.
- Postponement
- Delaying final product configuration until demand is clearer in order to reduce forecast risk and obsolete inventory.
- Cross-docking
- Moving goods through a facility with minimal storage so inbound loads are rapidly sorted into outbound customer flows.
- Time to survive
- The period an operation can continue meeting its critical purpose after a disruption before unacceptable failure occurs.
Strategic Distribution Networks FAQ
How does competitive strategy change distribution design?
The customer promise determines which channel and network trade-offs are acceptable. A rapid-availability position may justify regional inventory and dense coverage, while a premium-control position may use selective outlets and direct customer contact. Facilities should therefore be explained as capability choices, not only as cost centres.
What is the difference between efficiency and resilience?
Efficiency reduces resources used for a given service under expected conditions. Resilience preserves or restores critical service under disruption. The two can reinforce each other, but extreme consolidation or zero buffers may lower normal cost while increasing recovery exposure. Compare expected value and the time-to-survive boundary.
Why can a hub be a strategic asset?
A hub can concentrate flow, improve frequency, create scale and density economies, coordinate modes and support faster fulfilment. It can also concentrate failure and add detour distance. Its value depends on whether those network effects strengthen the chosen service promise enough to justify concentration and capital.
Exam move
Start every strategy question with a one-line customer promise. Then build a chain from environment and capability to channel and physical network. Practise distinguishing direct from indirect distribution and intensive from selective or exclusive coverage using the control-versus-reach trade-off.
For facilities, learn the decision purpose of consolidation, break-bulk, cross-docking, transshipment, postponement, fulfilment and returns rather than memorising labels. Draw time to recover and time to survive on one line; if recovery extends past survival, identify the buffer, alternate source or visibility change that could close the gap.
Recalculate one expected-loss example at several disruption probabilities so you can find the reversal threshold quickly. In written answers, avoid praising resilience without cost. Name the additional inventory, coordination or capital, then explain which customer service or strategic dependency it protects. End with the monitoring signal that would justify expanding, shrinking or removing the intervention.
Stress the design with a port closure, a demand spike and a supplier failure. For each shock, compare time to survive with time to recover and identify the first customer promise that breaks. Then price one buffer against one flexible-capacity option. Keep strategy explicit: a premium-service network may accept a different redundancy cost from a low-cost network.
This exercise turns resilience from a slogan into a threshold-based architecture decision. Review whether every redundancy cost protects a named capability rather than resilience in the abstract.
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