The European Union's Digital Product Passport framework is expanding into the automotive sector, imposing new data collection and reporting obligations on vehicle manufacturers, tier suppliers, and aftermarket businesses across the EU market.
Background
The Ecodesign for Sustainable Products Regulation (ESPR), enacted on June 13, 2024, and effective from July 18, 2024, introduced the Digital Product Passport as a tool to drive sustainability at a granular level. Part of the 2020 Circular Economy Action Plan and the European Green Deal, the regulation uses the DPP to transform how products are tracked and managed across their lifecycle - with the goal of enabling circular business models and increasing transparency across complex global supply chains.
The 2025-2030 Work Plan, adopted on April 15, 2025, by the European Commission, lists priority products for which ecodesign requirements - and corresponding DPP data - will be developed progressively between 2026 and 2030. The update confirms priority product groups including textiles, furniture, tyres, iron and steel, and aluminium, reinforcing DPPs as the core mechanism for sustainability and traceability.
For the automotive sector, the scope is already active in one area. From February 18, 2027, a unique Battery Passport, retrievable via a QR code, will be mandatory for all electric vehicle and industrial batteries placed on the EU market with a capacity exceeding 2 kWh, regardless of origin. Further delegated acts covering vehicle components and tyres are under development.
Details
As the ESPR framework expands, the automotive industry faces some of the most comprehensive DPP obligations of any sector. A modern car contains approximately 30,000 individual parts sourced from hundreds of suppliers across dozens of countries, each carrying its own environmental footprint, material composition, and compliance history.
DPP data requirements for automotive products are expected to be extensive. Data fields may include material composition, manufacturing locations, batch identifiers, environmental metrics, repair instructions, recycled content, and compliance documents. The current End-of-Life Vehicles Directive already requires recycling rates of 85% by weight, and DPP data is expected to support these targets by providing dismantlers with precise materials information. Additional requirements are likely to cover lifetime carbon footprint, repairability and spare parts availability, and details of any hazardous substances used in vehicle construction.
Timelines for automotive-specific delegated acts are becoming clearer. Tyre DPP delegated acts are expected to be finalised in 2027-2028, with compliance required 18-24 months after publication. Vehicle component delegated acts are anticipated for 2028-2029, potentially covering electronic control units, catalytic converters, and safety-critical parts. Vehicle-level DPP requirements are likely to emerge in 2029-2030, aggregating component-level data into comprehensive vehicle passports.
The challenge for OEMs lies in the depth of the supply chain involved. 60-80% of the data required for a DPP comes from suppliers across multiple tiers, many of which have differing technical capabilities. An automotive OEM's Battery Passport, for example, requires data from battery cell manufacturers down to raw material miners and recyclers. Typical automotive or electronics manufacturers source from 500-5,000 direct suppliers across 30-50 countries.
Data governance poses a parallel challenge. A Deloitte survey found 60% of procurement leaders identify poor master data governance as their biggest supply chain challenge. Onboarding global suppliers and cleaning data can take 12-18 months, compressing preparation windows considerably. The company placing the product on the EU market carries primary responsibility for compliance; suppliers contribute data and evidence, but the market-facing entity must govern, validate, and publish the passport to a standard that withstands regulatory scrutiny.
The DPP also intersects with existing labeling and packaging requirements rather than replacing them. Products subject to CE marking, RoHS, REACH, or other frameworks must still meet those regulations. The DPP will be accessible via a data carrier "physically present on the product, its packaging, or its accompanying documentation," requiring integration with current physical labeling workflows.
For the aftermarket and remanufacturing sector, the DPP creates both obligations and opportunities. Access to DPP data will vary: some information will be restricted to notified bodies and market surveillance authorities, while a broader group - including repairers, remanufacturers, second-life operators, and recyclers - may need access to support circular economy activities. A robust data infrastructure can automate DPP updates for lifecycle events such as repairs, component replacements, or recycling by integrating with after-sales and service systems.
Outlook
As of April 2026, no product-specific ESPR delegated act has entered into force. The central preparatory anchor is the EU Central DPP Registry, scheduled to go live alongside full ESPR application on July 19, 2026. The battery passport mandate takes effect on February 18, 2027, giving manufacturers approximately seven months after the registry launch to begin registering product data before that compliance deadline.
Non-compliance could result in product blocking in the EU, including fines or market access restrictions. Industry analysts note that automotive companies investing now in structured data management and supplier onboarding will be better positioned as delegated act deadlines approach through 2030.
