Verdant Fungi Farms Business Plan — Investment Analysis

The project and equity returns, the exit assumption behind them, and what the numbers do and do not support.

Investment Analysis

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11.1 Returns
11.2 Sensitivity of the return to the exit assumption
11.3 What would improve the return

11.1 Returns

Measure	Base case	Comment
Capital deployed over five years	R20 600 000	Growing rooms, plant, infrastructure and working capital
Promoter and investor equity	R12 400 000	60% of capital deployed
Term debt	R8 200 000	Eight years at 13.0% with a two-year capital moratorium
Project internal rate of return	18.6%	Five years plus a terminal value at 5.0 times Year 5 EBITDA
Return to equity	14.4%	No distributions in the projection period; value realised on the terminal position
Money multiple on equity	1.96x	Terminal equity of R24 254 628 against R12 400 000 subscribed
Terminal value	R24 070 000	5.0x Year 5 EBITDA of R4 814 000
Net present value at 12%	R3 859 890	Positive
Cumulative profit after tax, Years 1 to 5	(R990 711)	Start-up losses are not recovered inside the plan period
Cumulative project cash flow before terminal value	(R9 269 637)	The return sits in Year 6 onward, not in five-year cash
Assessed loss carried forward at Year 5	R1 582 824	A real shelter against Year 6 and Year 7 earnings, not reflected in the terminal value

Figure 21. Cumulative project cash flow before terminal value.

This is a Year 6 business, and the five-year window is the wrong lens for it

A project return of 18.6 per cent and an equity return of 14.4 per cent are respectable rather than exciting, and they are entirely dependent on the terminal value because the period itself produces negative cumulative cash. That is not a flaw in the plan; it is the honest shape of a capital-intensive biological business with a three-year learning curve. What the investor holds at Year 5 is six commissioned growing rooms at 6.7 crops a year, a 6 per cent contamination rate that took three years to achieve, two qualified compost suppliers, food safety certification, established retail and restaurant offtake, and R1 582 824 of assessed loss still available as shelter. A competitor starting in Year 5 would need two years and comparable capital to reach the same position — and would spend those two years losing money exactly as this farm did.

11.2 Sensitivity of the return to the exit assumption

Figure 22. Returns against the exit assumption.

Exit multiple of Year 5 EBITDA	Terminal value (R)	Project IRR	Terminal equity (R)	Equity IRR
4.0x	19 256 000	13.5%	19 440 628	9.4%
5.0x	24 070 000	18.6%	24 254 628	14.4%
6.0x	28 884 000	23.1%	29 068 628	18.6%
7.0x	33 698 000	27.2%	33 882 628	22.3%

The base case applies five times Year 5 EBITDA. An operating mushroom farm is valued on sustainable earnings and on the replacement cost of a facility that cannot be assembled quickly, and the multiple is driven by demonstrated contamination and yield performance rather than by tonnage. At four times the project returns 15.5 per cent; at seven times it returns 24.2 per cent. Readers should substitute their own multiple, and should form a view on the contamination record before they do — because a farm at 6 per cent and one at 12 per cent look identical from the road.

11.3 What would improve the return

Lever	Effect on Year 5 EBITDA	Assessment
Yield 12% above plan	+R1 313 432	The largest lever by a wide margin, and a function of compost quality and casing management
Button price 8% higher	+R652 054	Largely outside the farm’s control in a commodity category. Consistency earns it, discounting loses it
Compost cost 4 margin points lower	+R571 977	Achievable through volume terms once two suppliers are competing for the account
Crops at 7.0 rather than 6.7	+R364 969	Turnaround discipline. Costs nothing but management attention
Contamination at 3% rather than 6%	+R354 308	Modest on one year and decisive across five. See Section 4.1
Value-added and dried oyster formats	Not modelled	Extends shelf life beyond five to seven days and lifts the oyster ceiling. A Year 4 and 5 project

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