The European automotive market is undergoing several simultaneous transformations. Electrification is advancing unevenly across countries, Euro 7 regulations extend far beyond exhaust emissions, and electric cars are beginning to feed into a used-car market that still lacks clear benchmarks. These changes do not occur in isolation: they interact, reshaping production costs, purchasing behavior, and automakers’ strategies.
Euro 7 and brake particles: what the standard really changes
Most analyses focus on exhaust emission limits. European Regulation 2024/1257 goes further. It introduces requirements for particles from brake wear and tire abrasion, as well as for the durability of batteries installed in electric vehicles.
For passenger cars and light commercial vehicles, the rules are due to apply to new vehicle types from November 29, 2026, and then to all new vehicles covered by the regulation from November 29, 2027. Automakers selling electric models are therefore not exempt: even without an exhaust pipe, their vehicles will have to meet these criteria.
This broader regulatory scope has a direct impact on costs. Several French automotive media outlets anticipate an increase in new-car prices toward the end of 2026, although there is no consensus on the exact amount. Brake-system and tire suppliers will be among the first affected, as their components become regulated parts in the same way as catalytic converters.
To follow L’Actu Auto news on these regulatory changes, the Euro 7 implementation timeline remains a key issue to watch through the end of the year.
Used electric vehicles: an automotive market without established benchmarks
The electric-car fleet has grown enough to support a used-car segment that barely existed five years ago. The first mass-market models are now reaching the second-hand market after three to five years of use, with batteries that have undergone several hundred charging cycles and no standardized depreciation scale comparable to that for combustion-engine vehicles.
The central issue is technical: the battery’s actual condition determines the vehicle’s residual value, but diagnostic tools available to private buyers remain limited. Some automakers provide battery health certificates; others do not. Used-car dealerships have yet to standardize their assessment methods.
Euro 7 sets battery durability requirements, which could eventually provide a framework. In the meantime, buyers of used electric cars have no reliable benchmark for assessing actual remaining capacity. This uncertainty holds back some demand and keeps the price gap between new and used cars narrower than in the combustion-engine market.
What to check when buying a used electric car
- When available, a battery State of Health (SoH) certificate shows the percentage of capacity remaining compared with when the battery was new. Its absence should be a warning sign.
- Fast-charging history affects cell degradation. A vehicle charged mostly using high-power DC charging will have a different wear profile from one charged at home.
- The manufacturer’s battery warranty (often separate from the vehicle warranty) may still cover the model when it is resold, but terms vary considerably from one brand to another.
Imports and European production: the automotive market’s geography is shifting
According to ACEA, the share of cars sold in the EU that are produced within the bloc is declining. At the same time, imports from China are increasing. This trend is not limited to Chinese brands: European automakers assemble some of their electric models in China before re-exporting them to Europe.
This geographic shift raises questions about the competitiveness of Europe’s automotive industry in the electric-vehicle segment. Battery production costs, with manufacturing heavily concentrated in Asia, influence decisions about where to locate factories. European gigafactory projects (Northvolt in Sweden, ACC in France) aim to reduce this dependence, but their ramp-up schedules remain uncertain.
Electrification and market share in Europe
New-car registrations in Europe are rising overall. National differences remain considerable: some Nordic markets have penetration rates far above the European average, while several countries in southern and eastern Europe remain well behind.
Plug-in hybrids and conventional hybrids continue to account for a significant share of sales, tempering the idea of a straightforward shift to all-electric vehicles. The transition is not following a uniform path from one country to another, and national tax incentives play a decisive role in these differences.
End-of-life batteries: the missing link in electric mobility
End-of-life battery management remains an issue that receives too little attention in public debate. As the electric fleet ages, the volume of batteries to be recycled or repurposed will inevitably grow. Recycling channels are in place, but industrial capacity is still being developed.
Two approaches are being pursued. Recycling recovers materials (lithium, cobalt, nickel) for use in manufacturing new cells. Repurposing involves using degraded batteries for stationary energy storage, where energy-density requirements are less demanding than in a vehicle.
Extended producer responsibility and tracking batteries throughout their life cycle are among the measures being considered internationally. Without an operational framework capable of handling the volumes expected, this link in the chain could become an environmental and economic pressure point for the automotive sector as a whole.
The changes underway in the automotive industry are about more than replacing one type of powertrain with another. They affect regulation, industrial geography, the used-car market, and waste management. In 2026, the sector faces questions that still have no settled answers, and that is precisely what makes this a pivotal period for automakers and buyers alike.
