Africa’s automotive future will not be decided by one drivetrain or one global policy model. For MAHLE in South Africa, the shift to cleaner mobility has to be treated as an industrial and market-specific transition, shaped by infrastructure, affordability, local production capacity, energy supply and the way vehicles are used across very different regions of the continent.
This is the context in which MAHLE is positioning technology-neutral mobility as important to Africa’s automotive future. The company’s global MAHLE 2030+ strategy focuses on electrification, thermal management and components for clean, efficient internal combustion engines. For Africa, that mix is not a compromise. It is a practical route into the next phase of mobility, where battery-electric, hybrid, hydrogen, sustainable fuel and efficient combustion technologies are expected to co-exist for many years.
“Africa’s automotive future will not be a copy-and-paste version of Europe or China,” says Jürgen Wolf, Managing Director of MAHLE South Africa. “The region has its own operating conditions, infrastructure challenges and economic realities. Electrification is part of the future, but so are hybrid technologies, hydrogen, sustainable fuels and more efficient internal combustion engines. A technology-neutral approach allows the industry to move forward without leaving markets, customers or industrial capability behind.”
MAHLE South Africa employs 646 full-time employees and operates from Durban and Gqeberha. Durban is focused on heat exchangers and components, while Gqrberha is focused on HVAC and air cleaner assembly. The local operation manufactures injection moulding parts, stamping parts and welded tubes, as well as Nocolok-brazed and mechanical joint radiators, direct charge air coolers, heater cores, evaporators, HVAC systems and engine cooling modules. Oil coolers, heater cores and condensers are imported and supplied into the local market.
The South African business serves local OEM requirements as well as the original equipment service, independent aftermarket, passenger vehicle, commercial vehicle and wider aftermarket sectors. Service parts are supplied into the African continent, with the African Continental Free Trade Area creating further opportunity to serve partner countries as regional demand develops.
For MAHLE, South Africa’s relevance is not only as a vehicle market, but as a manufacturing base with specific technical capability. The company has installed local capacity to produce standard heat exchangers for internal combustion engine thermal management and is positioned within the MAHLE Group to support thermal system development for internal combustion, new energy and battery-electric vehicle applications.
A key local capability is welded tube technology for radiators, heater cores, direct charge air coolers and indirect charge air coolers. MAHLE South Africa exports 120 million aluminium tubes a year, supporting efficient thermal management applications. The company also describes its local direct charge air cooler capability for internal combustion engines as an important manufacturing and localisation story.
“For South Africa and the wider African continent, the priority is to support cleaner, more efficient and more affordable mobility while protecting industrial capability, jobs, skills and supply chains,” says Wolf. “We have to prepare for new energy vehicles, but we also have to remain honest about the vehicles on our roads today and the technologies that will still be needed for many years.”
South Africa and the wider African continent face a different mobility transition to Europe, China and North America. While global investment in battery-electric vehicles continues to accelerate, African markets must also contend with infrastructure constraints, affordability pressures, long-distance transport routes, demanding operating conditions and a vehicle parc that will continue to include internal combustion engines for many years.
MAHLE South Africa believes the answer lies in technology-neutral mobility. Electrification will form part of the future, but so will hybrid systems, efficient combustion technologies, hydrogen-related development, range extender applications and advanced thermal management systems that support vehicle efficiency, reliability and performance across different drivetrains.
This approach is particularly relevant for Africa’s commercial vehicle, aftermarket and passenger vehicle sectors, where uptime, durability, cost of ownership and serviceability remain central to purchasing and operating decisions. In markets where full battery-electric adoption will take time, technologies that reduce emissions, improve efficiency and extend vehicle life will remain critical to the transition.
Thermal management sits at the centre of this discussion. In combustion vehicles it supports efficiency, reliability and emissions performance. In hybrid and electric vehicles, it plays an important role in battery performance, range, charging behaviour, cabin comfort and durability. In African operating conditions, where heat, distance, serviceability and cost of ownership matter, it is one of the enablers of practical mobility.
MAHLE’s global technology direction reflects this mixed mobility reality. The Group’s focus on electrification, thermal management and components for clean, efficient combustion engines allows it to support different markets at different stages of readiness, while continuing to invest in future technologies such as hydrogen engine components, bionic fan technology and range extender systems.
“South Africa has to stay in the global automotive conversation,” says Wolf. “That means understanding where the world is going, but also being clear about where our market is today. The opportunity lies in building an automotive future that is cleaner, more efficient and more competitive, while remaining grounded in the realities of our region.”
MAHLE’s relationship with Hulamin reflects the value of local supply chains. The partnership supports local material use, local value-add and export production, while reducing reliance on global supply chains.
The message for Africa is not that one technology must replace another. It is that the continent will need a balanced, practical and market-led route towards cleaner, more efficient and more competitive mobility, supported by global engineering expertise and local industrial capability.
Juergen Wolf
Dr. Marco Warth
