Friedrich Merz and Emmanuel Macron Agree to Loosen Internal-Combustion Engine Phaseout

The agreement concerns Europe’s car policy, especially the planned 2035 end of new cars powered by internal-combustion engines. Friedrich Merz and Emmanuel Macron want Germany and France to support reforms. The change matters because it could alter which powertrains carmakers may sell after 2035.

The available article text does not identify the precise legal or technical concessions. It does not say whether the proposed loosening would involve plug-in hybrids, synthetic fuels, exemptions, or another mechanism. It only states that both governments want to reform European automotive policy and that the plans would affect the 2035 phaseout.

The agreement is therefore a political direction, not a complete new rule. Any binding change would still need to move through the European decision-making process. Until that happens, the existing 2035 policy remains the relevant framework. The article provides no timetable, vote, detailed proposal, or final wording for the reform.

The planned 2035 phaseout is commonly called the combustion-engine ban, but it mainly concerns new-car sales or registrations. From 2035, the policy is intended to require new passenger cars and vans to meet a zero-emission standard. Existing petrol and diesel vehicles would not automatically become illegal on that date.

The key mechanism is a fleet standard. Carmakers must reduce the average emissions of the new vehicles they sell, eventually reaching the required level. A conventional engine burns fuel inside the vehicle and releases carbon dioxide through the exhaust. A fully electric vehicle has no tailpipe emissions while driving, so it can meet a zero-tailpipe-emission requirement more easily.

The article identifies the 2035 phaseout as the issue affected by the Merz-Macron agreement. It does not explain the rule’s technical wording or implementation details. If European policymakers weaken it, some vehicles that are currently expected to disappear from new-car sales could remain available longer.

The most accurate scale is all new passenger cars covered by the EU rule after 2035. The policy is not designed to remove a fixed number of vehicles from roads. Instead, it changes the requirements for vehicles newly sold or registered in the European Union. Existing cars remain part of the fleet.

The exact annual number of affected cars depends on how many new vehicles Europeans buy in a given year. That number changes with economic conditions, replacement cycles, interest rates, and consumer demand. The supplied article does not provide an EU sales total, so no reliable numerical figure can be extracted from it.

The practical effect would be broad because the rule applies across the EU market. Carmakers would need to adapt the new vehicles they offer, while drivers buying new cars would face a different range of powertrains. If the policy is loosened, the affected category could include additional low-emission vehicles rather than only fully electric models.

Germany and France can influence the debate, but they do not have sole legal authority over an EU-wide vehicle rule. Their governments can propose changes, build alliances, and press European institutions to revise the policy. They cannot unilaterally rewrite requirements for the entire European Union.

The key mechanism is collective EU decision-making. Depending on the legal instrument, the European Commission may propose legislation, while the European Parliament and the Council, representing member states, take part in adopting it. The precise procedure depends on the rule’s legal basis. A national decision in Berlin or Paris would not be enough.

The article describes a German-French agreement to reform European car policy, not a completed legal amendment. That distinction matters. The agreement may shape negotiations, but the 2035 framework remains unchanged unless the competent EU bodies and member states approve a revision. The supplied article does not report such a final decision.

If the phaseout is weakened, carmakers could have more time and more technical options to meet European requirements. Drivers might find a wider choice of vehicles, including models that combine combustion engines with electric systems. That could reduce pressure for an immediate switch to fully electric cars, but it would not guarantee lower prices.

Prices would depend on battery costs, fuel prices, subsidies, production volumes, and the rules adopted. A broader range could improve competition, while keeping complex engines in production could preserve manufacturing costs. Carbon emissions could also fall more slowly if drivers continue using petrol or diesel. The result would depend on how clean the permitted alternatives are and how often they are charged or fueled.

The article only states that the German-French plans would affect the 2035 phaseout. It gives no forecasts for prices, employment, sales, or emissions. Therefore, these consequences are possible implications, not outcomes already established by the article.

A looser policy could allow more than one route to lower vehicle emissions. Plug-in hybrids combine an electric motor and battery with a combustion engine. Synthetic fuels, also called e-fuels, are manufactured fuels designed for compatible engines. Other possibilities could include hydrogen-based systems or highly efficient hybrid powertrains, depending on the legal standard.

The mechanism would be a change in what counts as compliant. Instead of requiring new cars to produce no tailpipe emissions, policymakers could permit vehicles that emit less during testing or across their expected use. Plug-in hybrids would depend heavily on regular charging. Synthetic-fuel vehicles would depend on how the fuel is produced and on its full lifecycle emissions.

The supplied article does not list any alternative technology. It only says that Germany and France want to reform European car policy and that the plans could affect the 2035 phaseout. These examples are established policy possibilities, not details confirmed by the article or by the reported agreement.

An internal-combustion engine works by mixing fuel with air inside a cylinder. A spark usually ignites petrol, while diesel fuel is ignited by compressed hot air. The resulting rapid expansion pushes a piston. Connecting rods and a crankshaft convert that back-and-forth movement into rotation, which can drive the vehicle’s wheels.

Petrol and diesel contain carbon. During combustion, that carbon combines with oxygen and forms carbon dioxide, a greenhouse gas. The exhaust also contains other pollutants, including nitrogen oxides and particles, although modern treatment systems can reduce some of them. Fuel production and transport can create additional emissions before the vehicle is driven.

The article does not explain engine mechanics or greenhouse gases. It identifies the planned 2035 combustion-engine phaseout and reports that Merz and Macron want European car policy reformed. The technical explanation comes from established engineering and climate science, not from details provided in the article.