Copperfrontline Logistics Business Plan — Commercial Model
Copper southbound and mining consumables northbound, and why a loaded return leg contributes US$3,392 against US$349 for an empty one.
Commercial Model
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- Overview & contents
- i. Important Notice and Basis of Preparation
- 1. Executive Summary
- 2. The Corridor
- 3. Operating Model
- 4. Commercial Model
- 5. Market and Competitive Position
- 6. SWOT and Strategic Response
- 7. Financial Projections
- 8. Capital Expenditure, Funding and the Balance Sheet
- 9. Sensitivity and Scenario Analysis
- 10. Risk Analysis
- 11. Regulatory and Compliance
- 12. Organisation
- 13. Implementation Roadmap
- 14. Key Performance Indicators
- 15. Investor Returns and Recommendation
- 16. Assumption Register
- A. Appendix A: Consolidated Financial Summary
- B. Appendix B: Round Trip and Fleet Schedules
- C. Appendix C: Funding, Debt Service and Balance Sheet Schedules
- D. Appendix D: Risk Register
- E. Appendix E: Glossary
- 4.1 Two sales functions, not one
- 4.2 Customer concentration
- 3.5 What the operating model is actually optimising
4.1 Two sales functions, not one
The company runs two distinct commercial efforts. Southbound capacity is sold to mining houses and metal traders on term contracts with committed monthly tonnage, which underwrites the fleet and satisfies asset financiers. Northbound capacity is sold to importers, mine procurement functions, consolidators and forwarders, largely on shorter cycles and often spot. These require different people, different relationships and different rhythms. The most common failure in corridor haulage is to staff the first function properly and treat the second as dispatch administration.
|
Target |
FY2027 |
FY2029 |
FY2031 |
How it is achieved |
|---|---|---|---|---|
|
Northbound fill rate |
62% |
72% |
78% |
Dar es Salaam commercial presence, forwarder relationships, consolidation of part loads |
|
Round trips per truck per month |
1.55 |
1.88 |
2.05 |
Double-manning, pre-lodged documentation, border agents, controlled turnaround at mine and port |
|
Fleet availability |
92% |
94% |
94% |
In-house preventive maintenance, parts inventory, premium vehicle specification |
|
Fuel shrinkage |
5.5% |
3.5% |
2.8% |
Tank sensing, fuel cards, route-level reconciliation, driver accountability |
4.2 Customer concentration
Mining-house contracts are attractive because they are large, contracted and bankable, and dangerous for the same reasons. A single customer providing more than about a third of southbound volume gives that customer effective control over the company’s rate card at renewal. The plan targets no southbound customer above thirty per cent of volume from FY2029, accepting some rate dilution to achieve it.
3.5 What the operating model is actually optimising
|
Lever |
FY2027 |
FY2031 |
Worth at FY2031 |
Who owns it |
|---|---|---|---|---|
|
Northbound fill rate |
62% |
78% |
About US$39 a trip for each point |
Commercial manager, northbound |
|
Round trips per truck per month |
1.55 |
2.05 |
US$0.24m for one dwell day |
Operations director |
|
Fleet availability |
92% |
94% |
US$0.32m across an 8-point range |
Fleet engineer |
|
Fuel shrinkage |
5.5% |
2.8% |
US$0.10m across the range |
Operations director |
|
Southbound rate per tonne |
US$185 |
US$174 |
US$0.98m for a 10% move |
Not owned. It is a market price |
|
Diesel price per litre |
US$1.32 |
US$1.36 |
US$1.06m across a 20% range |
Not owned. Partially transferable |
The first four rows are internal, measurable weekly and owned by a named person. The last two are larger in absolute effect and owned by nobody in the company. That split is the honest description of a haulage business: management determines whether the assets are productive, and the market determines what the productivity is worth. A plan that promises to manage the bottom two rows is promising something it cannot deliver, and this one does not.