The European Union has a comprehensive legal framework for the type approval of new vehicles. However, just as technology in and around vehicles is changing by leaps and bounds, this legal framework is also in a state of constant flux. OEMs, suppliers, and development partners must strategically adapt to these dynamics—otherwise, they risk costly missteps.
In fact, the regulatory basis for vehicle manufacturers in the EU is quite simple; it’s called homologation. The manufacturer provides evidence that a vehicle complies with all relevant legal requirements and, in return, receives type approval. This allows the manufacturer to bring production vehicles to market based on the terms of the homologation.
This system worked relatively smoothly as long as changes to legal regulations occurred at a pace that significantly exceeded the automotive industry’s development cycles. The VW Beetle serves as an example.
When it was launched, there were no emissions standards in place—certainly not at the European Union level, since the EU did not yet exist. If a Beetle was registered according to the rules in effect at the time, it may still be driven on the road today, despite the latest Euro 7 emissions standard. But for newly developed vehicles, those days have been over for several years now.
A “Turning Point” in the Automotive Industry
Recent developments have fundamentally changed the industry’s foundations for new innovations. The starting point for this “turning point” is electrification, which goes hand in hand with the massive digitization of vehicles. An ever-increasing number of software-based assistance systems are taking control of the vehicle. This is made possible by digital components that, for example in steering (“steer-by-wire”) or braking systems, not only replace analog controls but even physical components.
This rapid pace of development is forcing lawmakers to respond with regulatory adjustments at shorter intervals—thereby putting German and European vehicle manufacturers under pressure. This is because, given the current pace of regulatory change—which contrasts with development cycles of 48 to 60 months—there is a growing risk that new legal requirements, which were not even foreseeable at the start of development, will come into effect by the time type approval is applied for.
Expanded Scope and Timeframe
But it is not only the pace of change that is creating new requirements. The changes in recent years have also been significant in terms of content—which is not surprising given the far-reaching nature of technical developments. For example, the aforementioned driver-assistance systems, which take control of steering and braking systems in certain situations, give rise to significantly higher requirements regarding cybersecurity. And this applies not only to the vehicle itself but also at the level of developer tools. Over-the-air updates and the ability to install features retroactively—thereby expanding or modifying key vehicle functions—also extend the regulatory framework beyond the time of type approval or initial registration, now reaching into the phase of ongoing operation.
New Legislative Package in the Pipeline
A new legislative package is already in the works, known as “EU Omnibus IX”. Its main purpose is to make the mobility sector “cleaner”—that is, less harmful to the climate. At the same time, it aims to strengthen the competitiveness of the European automotive industry. Among the most important points are:
- Simplified type approval: Testing and approval procedures for new vehicle models will be further harmonized and digitized. In the future, manufacturers will be able to submit technical documentation electronically more frequently;
- Fewer regulatory overlaps: Reporting requirements stemming from type approval, emissions, safety, and sustainability regulations will be better coordinated. The goal is to avoid redundant data submissions and conflicting deadlines.
- Technical requirements will be streamlined: Existing vehicle regulations (including those on safety and testing requirements) will be made more consistent; individual older legal acts will be repealed or integrated into modernized standards.
- New vehicle subcategory “M1E”: This category includes battery-electric passenger cars manufactured in Europe with a length of up to 4.20 meters and a maximum electricity consumption of 17.5 kilowatt-hours per 100 kilometers. Regulations for this category will again be implemented on a longer-term basis. In addition, member states will be permitted to implement additional incentive measures. Manufacturers will benefit from disproportionately favorable treatment regarding fleet limits, as each M1E vehicle will count as 1.3 vehicles.
However, this legislative package also highlights another challenge posed by the current regulatory framework. Although a draft containing specific provisions was adopted on December 16, 2025,
But whether these will ultimately be adopted as is remains to be seen, as there are, for example, efforts to water down the M1E definition. While the original idea was based on the concept of compact, urban mobility, a change in the M1E standards could even result in electric SUVs falling into this category.
Navigating Uncertain Ground
Vehicle manufacturers are thus facing enormous strategic challenges. They must not only comply with current regulatory requirements but also anticipate upcoming changes—and, in doing so, endure the existing uncertainties regarding the final outcome.
However, experience shows that the greatest regulatory risks in vehicle development do not arise from unknown regulations or a “ ” (as yet) lack of knowledge regarding future changes. Rather, the greatest danger lies in organizational gaps. These result in the late integration of compliance functions or insufficient coordination between development, software, and legal departments. Modern regulatory frameworks make it clear: regulation is an organizational discipline. Technical excellence without structural anchoring is not enough.
The solution, therefore, is to view regulatory compliance as a strategic component of the product and organizational structure and to underpin it with a properly designed strategic architecture. Within this framework, departments never work in isolation alongside one another. Instead, regulatory approval is achieved through a suitable, cross-functional collaboration model that distributes legal requirements in a timely manner but also consolidates them again.
Conclusion
The following applies equally to OEMs, suppliers, software providers, startups, conversion specialists, and platform operators: Those who integrate regulatory excellence early on gain a structural advantage. Those who view it as a downstream review process pay the price in time, capital, and reputation.
Do you have questions about how to address the current dynamics of homologation and how to adapt your organization and development processes accordingly? Then speak with Christian Radt, Lead Development Engineer for Homologation at EDAG Engineering GmbH.
Or download our white paper “Regulatory Architecture: The Underestimated Success Factor of Modern Vehicle Programs” right here. It provides comprehensive information on the fundamental framework of homologation, regulatory changes driven by technological progress, and current shifts in certification methods. At the same time, it outlines practical ways to address these challenges and how to find expert support for this process.
