Highveld Detailing Business Plan — Operating Model

Bay layout, throughput, chemical and equipment handling, and the scheduling discipline behind vehicle volume.

Section 15 of 38

Operating Model

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The operating challenge is not technical. It is running a consistent process across thirty-six geographically dispersed locations, most of which sit inside somebody else’s building, staffed largely by people the company trained itself. Everything in the operating model is designed around that problem.

Studio configuration

Each studio operates eight bays over 26 days a month, divided by function rather than by customer. The allocation is deliberately skewed toward protection work despite protection representing a small minority of vehicles.

Table 26. Studio bay configuration and steady-state throughput

Bay type

Bays

Work performed

Throughput

Target utilisation

Why this allocation

Volume bays

3

Express valeting and studio-routed dealer reconditioning

5.5 vehicles / bay / day

82%

Absorbs overflow dealer work and walk-in traffic; keeps junior staff productive

Detail bays

2

Premium multi-stage detailing

1.6 vehicles / bay / day

78%

Mid-tier retail work; the training ground between volume and protection

Protection bays

3

Ceramic coating and paint protection film

13 slots / bay / month

78%

Highest contribution per hour in the portfolio at R752 and R818; dust-controlled and temperature-stable

Studio bay allocation, vehicles and revenue
Figure 1. Studio bay allocation, vehicles and revenue

The implication for management is that studio profitability is determined almost entirely by protection bay utilisation. A studio running full volume bays and empty protection bays is a loss-making operation regardless of how busy it appears. This is the single most important operational metric in the retail half of the business and it appears in the management dashboard in Section 32.

Utilisation and ramp

Utilisation ramp profile by channel
Figure 2. Utilisation ramp profile by channel

Utilisation assumptions are among the most consequential in the model and among the hardest to defend from a standing start. A ten per cent shortfall against these assumptions removes 73.2% of FY2032 EBITDA. Utilisation is the second-largest driver in the tornado analysis in Section 31.

The in-dealership operating model

An embedded unit is a team of roughly 7 people working inside a dealership, using space, water and power the dealer already pays for. Highveld supplies the team, the equipment, the chemistry, the process documentation, the supervision and the liability cover.

Table 27. In-dealership unit: work mix, staffing and commercial terms

Parameter

Assumption

Comment

Used-vehicle preparations per day

7

At R400; the core retail-ready preparation

CPO preparations per day

3

At R882; the highest-value dealer work

New-vehicle PDI preparations per day

4

At R279; cyclically exposed to new-vehicle sales

Service-department washes per day

12

At R122; low margin but it fills the day

Operating days per month

22

Six-day operation

Steady-state utilisation

86%

Allows for vehicle flow variability and public holidays

Full-time employees per unit

7

Detailers plus a team leader; supervision shared across an area

Volume rebate to dealer

10%

Applied to gross contract value; a real margin cost

Equipment capital per unit

R320 000

Redeployable if a site closes

Mobilisation cost per unit

R145 000

Recruitment, training and set-up; expensed on mobilisation

Travel and supervision per unit per month

R16 500

Plus one area manager per 10 units

The dealer relationship is an operating dependency, not just a customer relationship

Highveld’s embedded teams work on premises it does not control, on vehicles it does not own, alongside staff it does not employ. If a dealer changes its stock policy, reduces its used-vehicle intake, restricts access, or simply has a difficult general manager, the unit economics move without any failure on Highveld’s part.

The contractual response is minimum volume commitments with take-or-pay provisions on the guaranteed portion. In practice, dealers resist these, and the plan assumes the company will secure them at some sites and not others. The model does not assume any take-or-pay protection.

Seasonality

Monthly seasonality index, retail and contracted revenue
Figure 3. Monthly seasonality index, retail and contracted revenue

Retail vehicle appearance demand is markedly seasonal, peaking ahead of the December holidays and troughing in the mid-winter months of June and July. Dealer volumes are far more stable because they follow the dealer’s own stock turn, and the model damps the seasonal factor on B2B revenue to 50% of the retail amplitude. This damping is itself a benefit of the contracted mix that is rarely credited: as the dealer share of revenue grows, the group’s cash flow becomes structurally less volatile.

Quality, compliance and the things that go wrong

  • Damage liability. Every vehicle is photographed on receipt and on release. Damage claims are the principal operational risk in a business handling customer vehicles, and the plan targets claims below 0.5% of vehicles processed. Insurance cover is carried at each site.
  • Coating warranty. A provision of 2.5% of protection revenue is charged against profit for rework and warranty claims on coatings and film, which carry multi-year customer guarantees.
  • Water and effluent. Studios operate closed-loop reclamation recovering roughly 85% of process water. Embedded units use the dealer’s supply, which transfers the compliance exposure to the dealer but makes Highveld dependent on the dealer’s own permits.
  • Chemical handling. Coating and film chemistry includes hazardous substances requiring documented storage, ventilation and disposal, with staff training records maintained per site.
  • Electricity. Studios carry solar photovoltaic capacity with battery storage covering the majority of demand. Embedded units depend on dealer power and are exposed to whatever backup the dealer has.