Nala AgriServices — Operations Plan
The location and depot infrastructure, the fleet and capacity, the operating model and the supply chain underpinning Nala AgriServices.
Section 6 · Business Plan
Operations Plan
The location and depot infrastructure, the fleet and capacity, the operating model and the supply chain underpinning Nala AgriServices.
Nala’s operating model is built around one objective: convert a
fixed, capital-intensive asset base into the maximum number of
precisely-executed, well-scheduled hectares per season. Everything —
depot siting, fleet mix, crew structure, technology and maintenance —
serves that utilisation goal.
6.1 Location and depot infrastructure
The primary depot in Bothaville houses the workshop, parts store,
fuel bulk storage, drone charging and maintenance bays, the soil
laboratory and head office. A second regional depot is planned in FY2029
to extend the economic operating radius and reduce dead-running between
jobs. Depot siting is a direct driver of margin: minimising travel time
between fields raises the number of productive hectares each machine
covers per day.
6.2 Fleet and capacity
The plan is capacity-backed: projected hectares serviced are a
function of fleet size and defensible per-unit throughput, not assumed
market share. As tractors, combines and drones are added, serviced
hectares rise in step — the physical basis for the revenue ramp.
| Capacity metric | FY2027 | FY2028 | FY2029 | FY2030 | FY2031 |
|---|---|---|---|---|---|
| Mechanised hectares | 16k | 25k | 35k | 44k | 52k |
| Precision / drone hectares | 14k | 26k | 40k | 54k | 68k |
| Blended mechanisation R/ha | R1,500 | R1,590 | R1,685 | R1,786 | R1,893 |
| Blended precision R/ha | R360 | R382 | R405 | R429 | R455 |
Central scheduling sequences jobs geographically to minimise
inter-field travel and maximise machine-hours in work. Preventive maintenance is timed to the off-season so that fleet
availability peaks during the narrow planting and harvest windows when
demand and pricing are highest. Drone crews rotate batteries and tanks continuously in the field — a
fast-paced operating rhythm that lifts effective hectares-per-day well
above conventional ground rigs.
6.3 Seasonality and the operating calendar
Grain farming is intensely seasonal, and Nala’s asset utilisation is
engineered around the summer-crop calendar of the Free State maize belt.
The service mix rotates through the year so that expensive assets earn
across as many months as possible: land preparation and planting
concentrate in spring, in-season spraying and scouting run through
summer, and harvesting peaks in autumn. Agronomy retainers and input
aggregation provide a year-round revenue floor that partially offsets
the seasonality of the mechanical fleet.
| Season | Months (approx.) | Primary Nala activity |
|---|---|---|
| Spring | Sep–Nov | Tillage, land preparation and precision planting — the first major utilisation peak. |
| Summer | Dec–Feb | Drone and ground spraying, variable-rate application, NDVI scouting, agronomy advisory. |
| Autumn | Mar–May | Combine harvesting and yield mapping — the second major utilisation peak. |
| Winter | Jun–Aug | Fleet maintenance and refurbishment, planning, contracting, soil sampling, off-season inputs. |
Off-season maintenance is scheduled in winter so that fleet
availability is highest during the spring and autumn peaks when demand
and pricing are greatest. Year-round agronomy and input revenue smooths cash flow and keeps
client relationships warm between mechanical seasons. Geographic spread and a future second depot extend effective
operating windows by following the calendar across
micro-climates.
6.4 Technology and the data platform
A cloud-based operations and farm-management platform is the
connective tissue of the business. It handles job scheduling,
GPS/telematics tracking of every machine, digital work orders and
proof-of-application, invoicing, and the client-facing agronomic
dashboard. Over time the accumulated field-level record becomes a
genuine competitive asset: it improves recommendations, informs pricing,
and materially enhances the Company’s value to a strategic acquirer.
6.5 Supply chain and procurement
Equipment is procured through established OEM dealer networks with
maintenance and parts support; fuel is contracted with volume rebates;
agrochemical and input supply is multi-sourced to preserve pricing
tension and continuity. The Company holds strategic spares for critical,
long-lead components to protect fleet availability during peak
windows.
6.6 People and organisation
Nala is a people-and-machines business; the calibre of operators,
pilots and agronomists is decisive. Headcount scales with the fleet,
with a deliberate investment in training — SACAA remote-pilot licensing,
operator certification and agronomy development — that also underpins
the Company’s skills-transfer and B-BBEE commitments.
| Function | Role in the operating model |
|---|---|
| Executive | CEO, Finance Director (CA(SA)), Operations/Fleet Director, Chief Agronomist |
| Field operations | Machine operators, combine drivers, RPL-certified drone pilots, field crew leaders |
| Agronomy & data | Agronomists, soil-lab technicians, data/GIS analysts |
| Workshop | Diesel mechanics, drone technicians, parts controller |
| Commercial & admin | Client account managers, scheduler/dispatcher, procurement, finance & credit control |
6.7 Quality, safety and compliance
Field operations run under a formal health-and-safety management
system covering machinery operation, agrochemical handling and aviation
safety. Drone operations comply with SACAA operator and pilot
requirements. Application records provide traceability for off-takers
and support the “farm-to-plate” assurance increasingly demanded by
export and retail buyers — turning compliance into a marketable service
attribute.
Confidential — this business plan is provided to prospective investors and lenders for evaluation purposes only and may not be reproduced or distributed without the written consent of Nala AgriServices (Pty) Ltd.