It could turn out to be a complicated year for the automotive industry. New regulations on sustainability are hitting manufacturers at the same time software is changing production lines, the EU is reversing course on key policies, and Chinese competitors are undercutting Western prices by 25% or more.
Five trends are defining what's happening. Let’s take a closer look.
1. EU policy reversal creates strategic uncertainty
In December 2025, the European Commission scaled back its 2035 combustion ban[1]. The target dropped from 100% emissions reduction to 90% after Germany, Italy and five other countries lobbied hard for the change amid fears of losing ground to competitors.
The 10% difference matters. Manufacturers can now keep making plug-in hybrids and efficient combustion engines past 2035, provided they offset emissions with EU-made low-carbon steel or e-fuels. Some welcomed it, particularly German carmakers. Others, like Volvo, called it short-sighted.
For companies that had already bet billions on full electrification, it's created a headache. Do they stick with those plans or hedge their bets?
2. Chinese OEMs redefine global competition
Chinese automotive manufacturers aren't just competing anymore, they're dominating. PwC analysis[2] shows Chinese OEMs are producing vehicles at costs 25% or more below traditional Western manufacturers.
China controls over 50% of the global electric vehicle fleet, with more than 31 million units on the road. Brands like BYD and Xiaomi are aggressively expanding into emerging markets with compelling price points.
This isn't a temporary advantage. Chinese manufacturers have spent 15 years building a complete EV ecosystem, from battery production to charging infrastructure, integrated with vehicle development in ways Western OEMs are still trying to replicate.
The challenge for traditional manufacturers? Competing with an entire vertically integrated system that's been purpose-built for electric mobility from the ground up.
3. Manufacturing pivots to circular and software-led operations
Automotive manufacturing is undergoing two fundamental shifts: towards circular production and software-defined operations.
Circular manufacturing is moving from pilots to plant-scale implementation. ESG and carbon reporting are now mandatory across supply chains. Battery passport standards force complete traceability of materials and chemicals. Regional battery localisation is accelerating as companies reduce supply chain vulnerability whilst meeting regulatory requirements.
Software-defined factories are becoming the norm. AI and machine learning optimise quality control in real time. Digital twins are used for testing and troubleshooting before changes hit the factory floor. Predictive maintenance and automated inspection systems are now standard.
The workforce challenge is significant. There’s a shortage in qualified high-voltage engineers, robotics specialists, and software developers. Manufacturers are pouring money into training programmes, trying to retool their workforce so mechanical engineers can handle digital systems too.
4. Software-defined vehicles move from concept to reality
BMW and Mercedes both showed off their software-defined vehicle platforms at CES 2026. This is not concept material anymore, it is changing how cars get built and serviced.
Cybersecurity is no longer optional. UNECE brought in R155 and R156 regulations, and there is also the ISO/SAE 21434 standard to contend with. All of these now require specific security measures. Over-the-air updates, the kind Tesla's been doing for years, are becoming normal practice for fixing bugs and patching security holes.
The business model's shifting too. Subscription features and connected car data are opening up revenue that didn't exist before. But there's a question mark over whether customers actually want this. Not everyone's keen on their car having recurring charges like a phone contract.
The business model implications are substantial. Subscription-based features and connected car data are opening new revenue streams. The challenge? Shifting from a "pay once" model to ongoing digital relationships with customers.
Consumer acceptance remains the question mark. Not everyone wants recurring charges and feature subscriptions. Finding the right balance will define which manufacturers succeed.
5. AI is everywhere
AI in automotive now spans far beyond autonomous driving. It is embedding itself across the whole business: from design through to manufacturing, maintenance and sales.
Design teams are moving much faster thanks to AI. Automated tools handle testing simulations that used to take weeks. Products that took years to develop are hitting the market in half the time.
Operations are seeing the biggest immediate impact. Predictive maintenance catches issues before downtime. Energy optimisation reduces costs. Automated inspection improves quality control. These capabilities are being deployed in plants now.
On the commercial side, AI is reshaping vehicle sales. Lead generation powered by AI can produce marked increases in sales pipelines. Retailers use AI for diagnostics, pricing and inventory management. Early movers are gaining measurable advantages.
What it means for 2026
The automotive sector is being reshaped by forces pulling in different directions: policy uncertainty from Europe, intense competition from China, changes to manufacturing processes, software redefining vehicles, and AI influencing every facet of an automotive business.
All of this creates both uncertainty and opportunity. It will be fascinating to see how these trends unfold over the course of 2026, and which players seize the greatest advantage.
Through our work with automotive innovators, we understand the communications challenges this sector faces. Whether you're navigating policy changes, showcasing manufacturing capabilities or positioning new technologies, contact our team to discuss how we can support your communications strategy.
