Conclusion

Jump to section

• Overview & contents
• i. Important Notice and Basis of Preparation
• 1. Executive Summary
• 2. The Unit Economics of Brick Making
• 3. Market Analysis
• 4. Products and Positioning
• 5. SWOT and Competitive Position
• 6. Site, Plant and Production
• 7. Route to Market and Sales Strategy
• 8. Regulatory, Environmental and Quality Compliance
• 9. Management and Organisation
• 10. Capital Requirement and Funding
• 11. Financial Projections
• 12. Break-Even Analysis
• 13. Debt Service and Working Capital
• 14. Investment Returns
• 15. Sensitivity and Scenario Analysis
• 16. Value Creation Levers
• 17. Risk Management
• 18. Implementation Timeline
• 19. Conditions for Success and Exit Options
• 20. Key Performance Indicators
• 21. Key Assumptions
• 22. Conclusion
• A. Appendix A: Consolidated Financial Summary
• B. Appendix B: Capital and Depreciation Schedules
• C. Appendix C: Funding and Debt Schedules
• D. Appendix D: Risk Register
• E. Appendix E: Glossary

Mainstreet Brick Manufacturing is a start-up concrete masonry plant requiring R20.21 million of total funding — R6.30 million of equity, R8.50 million of development finance, R3.61 million of equipment finance and a R1.80 million committed working capital facility. It reaches 88 per cent of installed capacity by Year 3 and 96 per cent by Year 5, producing revenue of R63.7 million, EBITDA of R5.32 million and profit after tax of R2.12 million.

The first thing an investor must accept is that this is a marginal project stated as one. Once the working capital facility the plan itself identifies as necessary is incorporated into the funding structure and its R225 000 a year of interest carried, the project returns 15.5 per cent against a 16.5 per cent hurdle with a net present value of minus R0.63 million. Cumulative free cash flow to equity across five years is R13 610 — effectively nothing — so the equity receives no income from operations and the entire return is the terminal value at exit. That makes the realised return hostage to the construction cycle in Year 5, a market the investor does not control and which has disappointed for most of the past decade.

The second is that break-even sits uncomfortably high. Cash break-even is 67.3 per cent of capacity in Year 1 against a planned 66.0 per cent, and rises to 80.4 per cent by Year 3 as the cost base grows. Most manufacturers break even between 50 and 65 per cent of capacity; this one does not, because the fixed cost base of a two-shift operation is heavy against thin unit margins. Filling the plant is a survival requirement rather than a growth objective, and the twelve-month capital moratorium and the committed facility exist to carry two years of not comfortably achieving it.

The third is that there is no pricing power and two of the three variables that matter are outside management’s control. A 7.5 per cent fall in achieved prices takes the return to minus 27.3 per cent and a 15 per cent cement increase takes it to minus 1.8 per cent. Cement is 29 per cent of revenue from a concentrated supplier group; the price is set by a commodity market in which an incumbent with depreciated plant can discount indefinitely. The plan’s only defences are certification, delivery reliability and a block mix that is specified rather than chosen.

What changes the answer is execution rather than structure. Breakage below 2 per cent, cement dosage at specification and bad debts under 0.75 per cent are worth R1 390 628 a year combined — 26 per cent of Year 5 EBITDA and enough to move the project comfortably above its hurdle. None requires capital, a new customer or a price increase. The mix shift that every brick plan leads with is worth about R6 500 a year once machine capacity is counted, and should be pursued as a defensive position rather than a profit lever. An investor who can execute the six conditions precedent and the three operational disciplines is buying a good project. An investor who cannot is buying the base case, and the base case does not clear its cost of capital.