Vantor Mobility Group Business Plan › Section 7 › Operations Plan & Fleet Strategy

7.1 Fleet Composition & Expansion

The fleet plan is the single largest capital and operational variable
in the business and is therefore engineered with discipline. The chart
below shows the planned ramp from launch (300 coaches across three
classes) to steady-state operations by Year 6 (1,200 coaches). The
composition mix is calibrated to corridor demand patterns: standard
coaches dominate medium-haul and high-frequency routes; premium coaches
address business-class and weekend leisure demand; sleeper coaches serve
long-haul overnight corridors above 1,000 km.

Figure 8.

7.2 Coach Specification & Procurement

VMG will operate a single-marque fleet sourced from a Tier-1 European
or East-Asian OEM, with chassis-and-body procurement structured under a
multi-year frame agreement covering at least 800 coaches across the
first three years. This concentration delivers four benefits: bulk
pricing discounts in the 12–18% range versus list, predictable
spare-parts and warranty terms, standardised driver and maintenance
training, and consistent passenger experience.

Table 11. Coach specification summary

7.3 Route Network Design

The route network is designed using a hub-and-spoke architecture with
four primary hubs (Johannesburg, Lusaka, Harare, Maputo) and four
secondary hubs (Cape Town, Gaborone, Windhoek, Bulawayo) at full
build-out. Hubs are selected based on passenger origin/destination
concentration, terminal land availability, regulatory acceptance, and
connecting-route economics. The hub-and-spoke design improves fleet
utilisation (a coach can serve multiple routes in a 24-hour cycle
through the hub), reduces empty-leg ratios, and creates platform value
through connecting itineraries on a single ticket.

The route portfolio is dynamically managed using the scoring matrix
shown below. Each route is graded annually on revenue, EBITDA margin,
load factor, frequency density, and strategic value (interconnection
contribution, brand presence, regulatory positioning). Routes scoring
below threshold for two consecutive review cycles are subject to
schedule reduction or termination; high-scoring routes are subject to
frequency uplift.

Figure 14.

7.4 Terminals & Hub Infrastructure

Terminals are operating bottlenecks if under-invested but capital
sinks if over-built. VMG’s approach is to differentiate between three
terminal classes: Primary Hubs (large urban-edge facilities with
multiple bays, maintenance pits, driver rest areas, fuel uplift, parcel
sortation, and passenger lounge — 8 facilities at full build-out),
Secondary Stops (smaller branded facilities at intermediate cities —
approximately 24 at full build-out), and Curbside Pickup Points
(low-capex marked pickup locations served by mobile boarding staff —
approximately 70 at full build-out).

The Johannesburg Primary Hub will be the largest single capital
project of Phase 1, with a planned investment of ZAR 480 million over
months 4–13. The location is being negotiated on the urban edge of
Johannesburg with direct access to the N1 corridor; preferred sites
include leasehold arrangements that reduce upfront capital intensity.
Lusaka, Harare, and Gaborone Primary Hubs will follow in Phase 2 at a
unit cost of approximately ZAR 220–280 million each, reflecting lower
land and construction costs in those markets.

7.5 Maintenance & Reliability

Coach reliability — measured as kilometres between road failures and
percentage of scheduled departures completed without incident — is the
single most-important operational KPI for customer trust. VMG will
operate a tiered maintenance regime: in-house preventative maintenance
at hub workshops (covering daily checks, periodic services, brake and
tyre work, and minor mechanical repairs), and OEM-authorised service
centres for major drivetrain work under warranty. The Company targets a
fleet availability rate of 92%+ from Year 2 onwards (i.e. no more than
8% of fleet in workshop on any given day).

Telematics-driven predictive maintenance will be deployed across the
fleet from Year 1. The platform monitors engine performance, fluid
temperatures, brake-pad wear, tyre pressure, and driving-behaviour
signals; predictive algorithms flag intervention requirements before
failures occur. International benchmarks show predictive maintenance
reduces unscheduled downtime by 25–40% and extends asset life by 10–15%,
both of which materially improve the unit economics.

7.6 Driver Management & Safety

Drivers are the brand. VMG’s driver-management framework comprises a
structured selection process (medical, criminal-record,
defensive-driving, and route-knowledge assessments), mandatory induction
training (90 hours classroom + 40 hours on-the-road), continuous
coaching driven by telematics scorecards, rest-cycle enforcement (no
more than 9 hours continuous driving; mandatory 24-hour rest after 14
cumulative driving hours), and remuneration structured to reward safety
and on-time performance — not just kilometres driven.

Driver capacity is a strategic constraint in the industry. VMG plans
a driver-to-coach ratio of approximately 2.4:1 at maturity (reflecting
multi-shift, multi-day routes and rest requirements), implying a
steady-state driver headcount in the order of 2,900 at the 1,200-coach
footprint. The Company will operate an in-house driving academy from
Year 2 to mitigate the pipeline risk, with output capacity scaled to
internal hiring needs plus a buffer.

7.7 Operating KPI Trajectory

The operating KPIs that translate fleet and route strategy into
financial outcomes are summarised in the curve below. Both seat load
factor and fleet utilisation follow a maturing-network shape: initial
route launches operate at lower utilisation, with steady ramp as brand
awareness compounds, frequency optimises, and network connectivity
becomes meaningful. Cash break-even at the operating level corresponds
to approximately 65% load factor at the run-rate fleet cost base.

Figure 13.

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