---
title: "EU’s 2035 Combustion Engine Ban Reversal: Balancing Climate Goals and Industrial Survival"
description: Brussels reverses the 2035 combustion engine ban, keeping hybrids on sale as EV uptake lags. Policy resets climate aims amid China–US rivalry and EU tariffs.
author: Darie Nani (Editor-in-Chief)
date: 2025-12-18T12:48:55.000Z
updated: 2026-02-26T18:01:36.649Z
canonical: https://www.sovereignmagazine.com/article/eu-s-2035-combustion-engine-ban-reversal-balancing-climate-goals-and-industrial-survival
image: https://cdn.nanimediahouse.com/ativ-mr0d4u.jpg
categories: EU Focus
content_type: Analysis
region: Europe
publication: Sovereign Magazine
---

The European Union’s decision on 17 December 2025 to reverse its 2035 ban on combustion engines marks a significant shift in its climate policy and industrial strategy. The move abandons the previously agreed deadline for a total shift to fully electric vehicles (EVs), permitting hybrids, plug-in hybrids, and traditional combustion engines to remain on the market beyond that year. This adjustment acknowledges the dual pressures of geopolitical competition and economic reality. For an industry that employs millions and drives a substantial portion of the EU’s economic output, the stakes are high.

## The Rationale Behind the Reversal

The EU’s initial 2035 ban was ambitious, reflecting its commitment to decarbonisation and leadership in the global green transition. However, ambition alone does not address the practical challenges of such a rapid transformation. The automotive sector, central to Europe’s industry, warned that the ban would leave it vulnerable to competitors, particularly China, which has expanded its EV market share aggressively. The reversal reflects a realisation that climate policy cannot be separated from economic and geopolitical realities.

Automakers’ lobbying efforts played a key role in this shift. Industry leaders argued that the 2035 deadline was unrealistic, given the slow pace of EV adoption in large parts of the EU and the lack of charging infrastructure. The data supports their concerns: while fully electric car sales in the EU rose by 25.7% year-on-year through October 2025, they still accounted for just 16.4% of all sales. In Southern and Eastern Europe, EV adoption remains minimal. In Poland and Greece, for example, EVs account for less than 5% of new car sales, highlighting regional disparities that make a one-size-fits-all policy unworkable. These challenges mirror broader concerns about [how difficult the road ahead remains for electric vehicles as viable replacements](https://www.sovereignmagazine.com/article/how-difficult-is-the-road-ahead-for-electric-vehicles-as-a-viable-replacement-for-gas-cars) for traditional combustion engines.

The reversal also highlights broader anxieties about the EU’s competitiveness. The Czech Minister of Industry warned that the EU risks “losing out to China and the US” with its climate aims. With the US under President Donald Trump rolling back support for EVs, as shown by Ford’s $19.5 billion writedown on its EV investments, the EU faces a fragmented global market. The reversal is an attempt to ensure European automakers are not left behind.

## Impact on Automakers

The decision to abandon the 2035 ban provides additional time for European automakers, many of which have already invested heavily in EV development. Brands like Mercedes, BMW, and Stellantis can now refine their strategies, balancing the transition to electrification with the continued production of hybrids and combustion engines. This flexibility is critical for premium manufacturers, whose customers may be slower to adopt fully electric models due to cost and infrastructure concerns. The policy shift reflects a wider pattern of [major companies reassessing ambitious climate commitments](https://www.sovereignmagazine.com/article/the-great-green-retreat-why-energy-giants-are-abandoning-climate-pledges) in the face of economic pressures.

The EU’s proposal to introduce a new category of small EVs, with extra credits for models manufactured in Europe, aims to support local industry. This initiative encourages innovation and production within the EU, reducing reliance on foreign manufacturers. Renault and Stellantis have already signalled plans to expand their offerings in this segment, leveraging the EU’s support to compete with Chinese brands like BYD and Changan.

However, the reversal carries risks. Some analysts warn that the extended timeline could slow innovation, allowing competitors like China to pull further ahead. Joe Stevenson, CEO of Anaphite, a UK-based battery materials company, cautioned that “the EU’s decision risks creating a two-speed market, where European automakers play catch-up while Chinese manufacturers dominate the EV space.”

## Competitiveness with China and the US

The EU’s reversal is primarily a response to China’s growing dominance in the EV market. Chinese brands like BYD and Changan have made significant inroads into Europe, leveraging lower production costs and state-backed subsidies to undercut European manufacturers. China’s advantage extends beyond finished vehicles to the entire supply chain, as [the global battle for dominance in battery technology and sustainable energy storage](https://www.sovereignmagazine.com/article/battery-wars-battle-for-dominance-in-sustainable-energy-storage-heats-up) intensifies. The EU’s 2024 tariffs on Chinese-made EVs were a first step in countering this threat, but their impact has been limited. Chinese brands continue to expand their presence in Europe, capitalising on the region’s slow transition to electrification.

The US presents a different challenge. Under President Trump, the US has retreated from its previous support for EVs, creating a policy divergence that leaves the EU isolated in its climate ambitions. Ford’s decision to scrap several electric models and write down $19.5 billion in EV investments underscores the shifting priorities in Washington. The reversal of the 2035 ban is an attempt to level the playing field, ensuring European manufacturers are not disadvantaged by more lenient policies elsewhere.

The EU’s decision also reflects a priority: maintaining a strong industrial base. The automotive sector is a critical driver of economic growth, employment, and technological innovation in Europe. A premature ban on combustion engines could have accelerated deindustrialisation, weakening the EU’s position in the global economy. By allowing hybrids and plug-in hybrids to remain on the market, the EU ensures its automakers can continue to compete while gradually transitioning to electrification. This strategy aligns with broader efforts like [RESourceEU to build industrial muscle for Europe’s carmakers and battery manufacturers](https://www.sovereignmagazine.com/article/resourceeu-can-brussels-turn-von-der-leyen-s-plan-into-the-industrial-muscle-europe-s-carmake) by reducing reliance on Chinese supply chains.

## Political and Economic Context

The reversal of the 2035 ban reflects the EU’s need to balance climate policy with economic pragmatism. The Czech Minister of Industry’s warning about losing out to China and the US underscores the geopolitical stakes. This decision also addresses concerns about economic decline and loss of sovereignty, which have fuelled the rise of Euroskeptic movements across Europe. By prioritising the competitiveness of its automotive sector, the EU aims to protect its industrial base and the jobs it supports, particularly in regions like Germany and Eastern Europe.

Environmental groups have criticised the reversal, arguing that it risks undermining the EU’s climate commitments. The slower transition timeline could delay the development of charging infrastructure, further hindering EV adoption. The EU must ensure its pragmatism does not come at the expense of its long-term environmental goals.

## Challenges and Risks Ahead

The reversal is pragmatic but not without risks. The most immediate challenge is ensuring the slower transition timeline does not lead to complacency. The EU must maintain pressure on automakers to invest in [EV development and charging infrastructure](https://www.sovereignmagazine.com/article/frost-proof-fire-safe-and-cheaper-how-sodium-ion-batteries-could-change-energy-storage), even as it allows hybrids and combustion engines to remain on the market. Without clear incentives and benchmarks, the transition to electrification could stall, leaving the EU vulnerable to competition from China and the US.

Another risk is the potential environmental impact of delaying the ban. The EU’s climate goals are ambitious, and any delay in the transition to zero-emission vehicles could hinder its ability to meet its targets. The EU must demonstrate that its adjustment is not a retreat from its climate commitments but a strategic move to ensure their long-term success.

The development of charging infrastructure remains a critical hurdle. While the slower transition timeline provides more time to build out this infrastructure, progress has been slow in many parts of the EU. Without a robust network of charging stations, consumer adoption of EVs will remain limited. The EU must prioritise investments in infrastructure, particularly in regions where adoption has been slow, to ensure the transition is inclusive and equitable.

## Conclusion

The EU’s decision to reverse the 2035 combustion engine ban is a pragmatic response to the complexities of the global automotive market. It acknowledges that climate policy must be balanced with economic and geopolitical considerations, particularly in the face of competition from China and policy divergence with the US. By allowing hybrids and plug-in hybrids to remain on the market, the EU ensures its automakers can compete without being constrained by overly ambitious timelines.

However, this pragmatism must not come at the expense of ambition. The EU’s long-term goal of transitioning to sustainable mobility remains critical for its environmental and economic future. The challenge will be to ensure the slower transition timeline serves as a strategic adjustment rather than an excuse for complacency. The introduction of the new category of small EVs, with extra credits for European-built models, is a step in the right direction, but its success will depend on effective implementation and continued investment in innovation and infrastructure.

## Further Context

**Q: How do hybrids, plug-in hybrids, and fully electric vehicles differ in terms of technology and environmental impact?**
Hybrids, plug-in hybrids, and fully electric vehicles represent different stages of the transition away from combustion engines.

Hybrids combine an internal combustion engine with a small electric motor and battery charged through regenerative braking. They reduce fuel consumption but still rely primarily on fossil fuels.

Plug-in hybrids have larger batteries that can be charged externally, allowing limited electric-only driving before reverting to fuel use.

Fully electric vehicles run entirely on electricity and produce zero tailpipe emissions, with overall impact depending on the electricity source and battery lifecycle.

**Q: What are the environmental and economic trade-offs of allowing combustion engines and hybrids to remain on the market beyond 2035?**
Environmentally, extending combustion engine sales slows emissions reductions and air-quality improvements.

Economically, it provides manufacturers and workers more time to adapt but risks delaying innovation and weakening long-term competitiveness.

**Q: Why are Chinese electric vehicles cheaper than their European counterparts?**
Lower production costs, scale advantages, and long-term state support have allowed Chinese manufacturers to price EVs more aggressively.

This has raised concerns about market distortion and competitiveness within Europe.

**Q: How do EU tariffs on Chinese electric vehicles affect the market?**
Tariffs increase the cost of imported EVs to offset perceived subsidy advantages.

While they offer temporary protection to European manufacturers, they may also slow EV adoption and provoke trade retaliation.

**Q: What role could hydrogen and synthetic fuels play in decarbonising transport?**
Hydrogen and synthetic fuels may support sectors where battery electrification is impractical, such as heavy transport or aviation.

They are likely to remain complementary technologies rather than primary replacements for electric vehicles.