The rise of electric vehicles is the most significant structural change the automotive aftermarket has faced in its entire history. For decades, the aftermarket was built around a remarkably stable set of components. Internal combustion engines require filters, belts, gaskets, spark plugs, and exhaust components. Transmissions require fluid and occasional component replacement. Cooling systems, fuel systems, and emission control systems all generate steady aftermarket demand. This was the foundation on which a multi-hundred-billion-dollar global industry was built.
Electric vehicles change this equation significantly. They eliminate entire categories of aftermarket demand while simultaneously creating new ones. The businesses that understand this transition and position themselves correctly will be well placed for the next twenty years. Those that ignore it or respond too slowly risk finding their core product categories in structural decline.
What EVs Eliminate from the Aftermarket
The list of components that electric vehicles do not require is long. There are no oil filters, air filters for combustion, spark plugs, timing belts, fuel injectors, exhaust systems, catalytic converters, or traditional transmissions in a battery electric vehicle. These categories collectively represent a significant portion of aftermarket revenue in markets with high EV penetration.
Countries like Norway, where EVs now represent the majority of new vehicle sales, are already experiencing this shift at the distributor level. Parts retailers who relied heavily on combustion-specific categories are seeing those product lines shrink as the vehicle fleet composition changes. The transition is gradual because combustion vehicles remain in service for ten to fifteen years after purchase, but the direction of travel is clear.
For suppliers heavily concentrated in combustion-specific categories, this is a strategic risk that needs to be actively managed. The response is not panic but planning. The existing combustion fleet will generate aftermarket demand for at least another fifteen to twenty years in most markets, providing a substantial runway to adapt. The question is whether businesses use that runway to prepare or assume the transition will not affect them.
What EVs Create in the Aftermarket
While EVs eliminate several traditional categories, they create significant new aftermarket opportunities that are only beginning to be understood. Battery components are the most obvious new category. While EV batteries are designed to last for hundreds of thousands of kilometers, battery degradation is real and battery replacement or refurbishment will become a significant aftermarket category as the EV fleet ages.
Thermal management systems are critical in electric vehicles in a way they are not in combustion vehicles. Batteries operate within a narrow temperature range and require sophisticated cooling and heating systems to maintain optimal performance. The components in these systems, including coolant pumps, heat exchangers, and thermal management modules, will require replacement over the vehicle's life.
Regenerative braking systems change the wear profile of brake components in EVs. Because EVs recapture energy through the motor during deceleration, brake pads and rotors experience significantly less wear than in combustion vehicles. This means lower volume of brake component sales per vehicle but does not eliminate the category entirely, as friction braking is still used at lower speeds and for emergency stops.
High-voltage electrical components including connectors, cables, and inverters represent an entirely new technical domain for aftermarket suppliers. Working with high-voltage systems requires specialized knowledge, tooling, and safety protocols that many traditional mechanics and parts distributors do not currently have. This creates both a barrier and an opportunity for those willing to invest in training and capability.
The Hybrid Opportunity
Often overlooked in the discussion of EV transition is the massive and growing hybrid vehicle segment. Hybrid vehicles combine combustion engines with electric motors and batteries, meaning they require both traditional aftermarket parts and some EV-specific components. The hybrid fleet is growing faster than the pure EV fleet in most markets outside of Scandinavia and China, and it represents a bridging opportunity for aftermarket businesses transitioning their product range.
Suppliers who develop strong positions in hybrid-specific components, particularly battery packs, inverters, and electric motor components, are building capabilities that transfer directly to the pure EV aftermarket as that segment grows. The technical knowledge required for hybrid components is substantially similar to that required for EV components, making hybrid parts a natural entry point for traditionally combustion-focused suppliers.
How Suppliers Should Respond
The strategic response for aftermarket suppliers navigating the EV transition has several components. The first is protecting and optimizing the existing combustion business. This means maintaining strong product ranges in high-demand categories, improving efficiency to defend margins as some categories experience volume pressure, and focusing on markets where combustion vehicles will remain dominant for longer.
The second component is beginning to build EV capability now rather than waiting until the transition is further advanced. This means identifying which EV part categories align with existing manufacturing capabilities, investing in the technical knowledge required to work with high-voltage systems, and beginning to develop supplier relationships for EV-specific materials and components.
The third component is following the data. EV penetration varies enormously by market. Norway is already post-transition in terms of new vehicle sales. Germany and the Netherlands are accelerating rapidly. Eastern Europe and most of Asia are still predominantly combustion vehicle markets. Suppliers should align their transition timeline with the markets they serve rather than applying a one-size-fits-all approach.
Digital platforms like Brantelo play an important role in this transition by providing visibility into what buyers are actually searching for. As EV-specific part searches increase on the platform, suppliers receive a direct market signal about where demand is moving. This kind of real-time demand data is invaluable for suppliers making product range decisions in a rapidly changing market.
The EV transition is neither a catastrophe for the aftermarket nor a story of simple substitution. It is a genuine structural change that requires thoughtful strategic response. The businesses that engage with it seriously, plan deliberately, and invest in new capabilities at the right pace will emerge from the transition stronger than they entered it.
