Cape Town’s transition to electric public transport is moving into fleet procurement, with Volvo Buses confirmed to supply at least 38 battery electric buses for the city’s MyCiTi network.
The order covers 12 metre Volvo BZR Low Entry Electric buses and carries an important South African manufacturing component. While Volvo provides the electric bus platform, the bodies are being designed and manufactured locally by Gauteng Bus and Coach Centre (GBCC) in Johannesburg. They will be the first locally bodied electric buses introduced into South African public transport service.
For Cape Town, this is not an electric bus trial in isolation. The vehicles form part of the expansion of MyCiTi services across the metro south east, including new connections serving communities between Mitchells Plain and Khayelitsha, Wynberg and Claremont.
The wider Cape Flats public transport expansion is expected to serve more than 1.4 million residents across 30 neighbourhoods. The City says it has committed R7.1 billion to infrastructure for the project.
Tested against Cape Town’s operating conditions
The decision to proceed with the fleet follows testing of Cape Town’s first BZRLE electric bus.
Rather than limiting the assessment to controlled demonstrations, the prototype was tested on routes intended to replicate the demands of normal urban operation. These included steep sections such as Hospital Bend, highway operation on the N2, stop start traffic in Camps Bay and runs along Polkadraai Road and Jip de Jager Drive.
The testing programme has examined factors including battery performance, energy consumption, charging time, passenger loading and route profiles.
That operational work is significant for fleet electrification. Electric buses cannot simply be substituted for diesel vehicles on the assumption that every route presents the same energy requirement. Topography, congestion, passenger loads, stopping frequency, daily kilometres and available charging time all influence the number and specification of vehicles required.
Cape Town’s first bus has now passed the City’s performance testing, clearing the way for production of the remainder of the initial fleet.
Local manufacture becomes part of the electric bus equation
The involvement of GBCC gives the procurement an industrial dimension beyond the introduction of zero emission vehicles.
The Johannesburg manufacturer is responsible for designing and manufacturing the bodies for the Volvo electric chassis. GBCC is also working towards expanding its capabilities into local assembly of electric chassis supplied in completely knocked down form.
The company registered its assembly facility with the International Trade Administration Commission following amendments to South African regulations in December 2025.
GBCC has said that assembling electric chassis locally could reduce chassis costs by around 20 percent compared with importing complete units. Its longer term objective is to develop local engineering, production and technical capability around electric buses rather than relying solely on imported finished vehicles.
This could become important as South African bus operators consider larger electric fleets.
The economics of electrification are determined by considerably more than the purchase price of the bus. Operators must consider charging infrastructure, electricity supply, vehicle utilisation, battery capacity, maintenance, financing and the residual value of the asset.
Reducing the imported component of the vehicle while developing local maintenance and engineering capability could therefore influence the total cost of operating electric buses over their working lives.
Volvo brings a flexible electric platform
The BZR Low Entry Electric platform is designed for urban and intercity applications and can be configured in two and three axle versions.
Volvo offers the platform with different body lengths and modular battery configurations. The two axle specification can accommodate nominal battery capacity of 360 kWh or 450 kWh and power output of 200 kW or 400 kW, although the exact configuration selected by Cape Town has been dimensioned around the City’s own operational requirements.
The low entry configuration is also intended to improve accessibility for urban passengers, including wheelchair users.
Charging infrastructure for the Cape Town fleet will be managed by the City, illustrating another change that accompanies bus electrification: the operator or transport authority increasingly has to think about the vehicle and its energy infrastructure as one system.
Diesel price exposure is also influencing the transition
Cape Town has explicitly linked electrification to reducing its exposure to fluctuations in diesel prices.
Mayor Geordin Hill-Lewis said when the first bus completed testing that reducing dependence on diesel should provide greater stability in public transport operating costs and, ultimately, fares.
This is becoming an increasingly relevant consideration for commercial bus operators as well.
GBCC says rising diesel prices have contributed to increased enquiries from operators considering electric buses. The manufacturer believes the conversation is consequently moving towards total cost of ownership, although charging infrastructure and the capital required for the transition remain important barriers.
More buses could follow
The initial procurement is for a minimum of 38 buses, but the City has left open the possibility of increasing the fleet if additional funding becomes available.
The vehicles are being financed through the national Public Transport Network Grant. Cape Town has said further electric bus acquisitions remain a strategic priority, although subsequent orders will depend on future national government funding.
The first production vehicles are expected to enter the delivery programme during the transition into 2027, with the full initial fleet scheduled for deployment as the metro south east MyCiTi expansion progresses.
For South Africa’s bus industry, the significance extends beyond the 38 vehicles.
Cape Town is bringing together a global electric chassis manufacturer, a South African bus body manufacturer, locally developed operating knowledge and municipal charging infrastructure within one fleet programme.
If subsequent procurement follows, the project could provide something the South African electric bus market particularly needs: repeatable operating and manufacturing experience at fleet scale.
The transition from diesel buses will ultimately depend on whether electric vehicles can deliver acceptable availability and cost over years of intensive passenger service.
Cape Town is beginning to generate that evidence on South African roads.
