The model is built from operating drivers and is fully integrated: income statement, balance sheet, cash flow, debt, capex and working capital reconcile in every period — the balance sheet balances to the Rand.

This section presents the integrated five-year financial model. It is driver-based rather than growth-rate-based, internally consistent across all three statements, and constructed on the explicit assumptions set out below. Because the company is pre-launch, the projections are illustrative; they are designed to be defensible and reconciled, not to flatter.

19.1 Key modelling assumptions

Table 33. Principal financial assumptions

19.2 Revenue build

Revenue scales from approximately R6.3m in Year 1 to R49.9m in Year 5, driven by the growth in active maintenance contracts and operating teams and supported by expanding project and irrigation volumes. The recurring maintenance base remains the largest single contributor throughout.

Year-1 monthly ramp

Within Year 1, revenue builds along an S-curve as the maintenance base is acquired and routes are established, reaching a healthy exit run-rate by month twelve. This monthly profile underlies the Year-1 working-capital requirement and the timing of the cumulative break-even.

19.3 Cost structure and operating leverage

The model exhibits genuine operating leverage. Gross margin improves as the higher-margin recurring mix grows and route density lifts labour productivity, while operating expenses fall sharply as a share of revenue because the management and administrative base scales far more slowly than revenue. Together these move EBITDA margin from negative in Year 1 to approximately 27% by Year 5.

Table 34. Cost of sales breakdown (base case), ZAR ’000

19.4 Projected income statement

Table 35. Projected income statement (base case), ZAR ’000

19.5 Projected balance sheet

The balance sheet is fully integrated and balances in every period (the maximum reconciliation error across all five years is zero to the Rand). Property, plant and equipment rolls forward from the capex schedule net of depreciation; retained earnings roll forward from net profit; debt balances roll forward from the debt schedule; and cash is the residual that ties the cash-flow statement to the balance sheet.

Table 36. Projected balance sheet (base case), ZAR ’000

19.6 Projected cash-flow statement

The cash-flow statement reconciles to the balance-sheet cash position in every period. Operating cash flow builds strongly from Year 3; investing cash flow reflects the phased capex of team and depot additions; financing captures the equity injection, asset-finance and term-loan drawdowns and repayments, interest, and the modest use of the working-capital facility.

Table 37. Projected cash-flow statement (base case), ZAR ’000

19.7 Capital expenditure

Initial capital expenditure of approximately R2.9m funds the launch fleet, equipment, workshop, office and branding, together with pre-operating costs. Thereafter capex is incurred incrementally as teams and depots are added, and is part-funded by asset finance. Depreciation is calculated per asset tranche on a straight-line basis.

Table 38. Capital expenditure and depreciation, ZAR ’000

Note: Year-1 capital expenditure shown above excludes the pre-operating and initial fleet outlay incurred at inception (approximately R2.9m), which is funded from the capital raise; the phased figures represent incremental growth capex thereafter.

19.8 Working capital

Working capital is modest by design. Debtor days of 35 reflect a blend of near-immediate residential payment and 30–45 day commercial terms; inventory is held for only 12 days because materials are procured against confirmed work; and creditor days of 30 provide partial supplier financing. Project deposits further reduce the balance-sheet working-capital requirement. The cash-conversion cycle is short, which is why growth is financed largely from operating cash flow rather than external working capital.

Table 39. Working-capital metrics