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Tyres DPP

Tyres DPP: The ESPR Compliance Playbook Beyond the EU Tyre Label

Tyres are a priority product group in the first ESPR working plan, with a delegated act indicatively expected around 2027. This is what tyre makers and importers must disclose - rolling resistance, wet grip, recycled and renewable content, abrasion and microplastic data, and end-of-life routing - and how to build a Digital Product Passport that extends the existing EU tyre label rather than duplicating it.

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Tyres are a priority product group in the EU's first Ecodesign for Sustainable Products Regulation (ESPR) working plan, adopted by the European Commission on 16 April 2025, alongside textiles, furniture, mattresses, iron and steel, and aluminium. Under that plan the tyre delegated act is indicatively expected to be adopted around 2027, after a Joint Research Centre preparatory study and an Ecodesign Forum consultation. The dates are indicative, not legally binding deadlines - the binding timeline crystallises only when the tyre-specific delegated act is published under Article 4 of Regulation (EU) 2024/1781 - but the data direction is clear, and tyres are unusual because they already sit inside a mature EU information regime: the EU tyre labelling Regulation (EU) 2020/740, which since 2021 has required a label disclosing fuel efficiency (rolling resistance), wet grip, and external rolling noise classes at the point of sale. The strategic core of the tyre DPP is that it extends, rather than duplicates, that label. The same rolling-resistance, wet-grip and noise parameters the label already carries become structured, machine-readable fields in the passport, joined by the deeper circularity and chemistry data ESPR adds: recycled and renewable rubber and material content, the chemical composition and restricted-substances profile, tyre and road wear particle (abrasion) and microplastic information, retread suitability, and end-of-life routing into material recovery. A tyre is a complex multi-material composite - natural and synthetic rubber, carbon black and silica fillers, textile and steel reinforcement, vulcanising and curing chemistry - and the passport must represent that composition rather than a single SKU. This pillar is the reference for product-compliance, sustainability, and procurement leaders at tyre manufacturers, importers placing tyres on the EU market, vehicle OEMs specifying original-equipment tyres, and fleet operators, who will sign platform contracts in 2026 and 2027 and need a passport architecture that reuses their existing tyre-label data and is still compliant when the tyre delegated act lands. We treat the tyre DPP not as a compliance checkbox but as the operational backbone for circularity, abrasion and microplastic reporting, retreading and end-of-life value, and the increasingly data-hungry OEM and fleet tenders.

  • May 2021Done

    EU tyre label applies

    Regulation (EU) 2020/740 on tyre labelling applies from 1 May 2021, replacing the earlier 2009 scheme. It mandates a point-of-sale label disclosing fuel-efficiency (rolling resistance), wet-grip and external-rolling-noise classes. This is the existing parameter set the ESPR tyre passport will extend into a structured, machine-readable record.

  • July 2024Done

    ESPR enters into force

    Regulation (EU) 2024/1781 published in the Official Journal on 28 June 2024 and applicable from 18 July 2024, repealing the old Ecodesign Directive. It establishes the horizontal legal basis for the Digital Product Passport and for product-specific ecodesign requirements set in delegated acts, including for tyres.

  • 16 April 2025Done

    First ESPR working plan adopted

    The Commission's first Ecodesign and Energy Labelling Working Plan 2025-2030 names tyres as a priority final product group, alongside textiles, furniture, mattresses, iron and steel, and aluminium. The working plan sets indicative timelines only - the binding dates follow with the tyre delegated act.

  • 2026-2027Upcoming

    Tyre preparatory study and consultation

    The Joint Research Centre runs the technical preparatory study for tyres, mapping rolling-resistance and wet-grip methods, abrasion and microplastic test approaches, recycled-content definitions, and retread and end-of-life pathways. The Ecodesign Forum and stakeholder consultation feed the impact assessment that shapes the tyre-specific data field set.

  • 2027 (indicative)Next deadline

    Tyre delegated act expected

    Under the first working plan the tyre delegated act is indicatively expected around 2027. It will fix the binding DPP data fields, recycled and renewable-content rules, abrasion and durability requirements, and the conformity-assessment route, building on and aligning with the existing tyre-label parameters. This is the moment the indicative timeline becomes a legal deadline, followed by a transition period before the DPP is mandatory.

Required data

Every field the tyre DPP will demand.

  • Unique product identifier and the identity of the responsible economic operator (manufacturer, importer, or EU authorised representative) placing the tyre on the EU market.
  • Tyre identification
    dimensions, load index, speed rating, type (C1 passenger, C2 light commercial, C3 heavy), and the EU tyre-label class registration where applicable.
  • Fuel efficiency / rolling-resistance class, reused from the existing EU tyre label under Regulation (EU) 2020/740 as a structured passport field.
  • Wet-grip class and external-rolling-noise value and class, also carried over from the tyre label and exposed in the public layer of the passport.
  • Full material composition
    natural and synthetic rubber, carbon black and silica fillers, textile and steel reinforcement, and vulcanising and curing chemistry, by mass.
  • Recycled and renewable content share - recycled rubber, recovered carbon black, bio-based or renewable feedstocks - a central ESPR circularity disclosure for tyres.
  • Abrasion / tyre-and-road-wear-particle and microplastic information, as the abrasion rating and related test methods are developed under the tyre act and EU microplastics policy.
  • Restricted-substances and chemical-safety declaration aligned with REACH, including limits on substances of concern in tyre compounds and any relevant PAH (extender-oil) constraints.
  • Durability and performance parameters
    expected mileage and tread-wear indicators, and retread suitability and the number of permissible retread cycles where applicable.
  • End-of-life information
    separate-collection and recovery routing, suitability for material recycling, retreading, or energy recovery, and the approved end-of-life pathway.
  • Carbon and environmental footprint information where the delegated act requires it, supported by lifecycle data per the applicable methodology and product category rules.

The tyre delegated act under ESPR is expected to cover tyres placed on the EU market - typically the C1 passenger-car, C2 light-commercial, and C3 heavy-vehicle classes already familiar from the EU tyre label - whether sold as replacement tyres in the aftermarket or fitted as original equipment on new vehicles. The obligation falls on the economic operator that places the tyre on the EU market: the manufacturer if it is EU-based, the importer if production happens outside the EU, or an EU authorised representative. Because a large share of tyres sold in the EU is imported, the importer dimension is significant - the importer inherits the full passport obligation including the upstream composition, recycled-content, and abrasion data it did not generate. The operational scope reaches into the compound: rubber and feedstock suppliers, recovered-carbon-black and recycled-rubber suppliers, and reinforcement suppliers all feed the material and circularity figures the passport carries. The crucial overlap is with the existing tyre label: tyre makers already measure and declare rolling resistance, wet grip and noise under Regulation (EU) 2020/740, so a meaningful slice of the passport's data already exists in a regulated, comparable form and should be reused rather than re-collected. Out of scope of the tyre act itself are the vehicles the tyres are fitted to and the metals in the reinforcement (covered by their own product groups), though a tyre maker still carries the relevant reinforcement data. Retreaded tyres warrant attention: a retreader that recommercialises a casing becomes a relevant operator and the passport should reflect the retread history. The runway to the indicative 2027 adoption is short for the new data - recycled-content verification, abrasion test methods, and full compound disclosure take time to put on an auditable footing - even though the label-derived parameters are already in hand.

A tyre Digital Product Passport is built to extend the existing tyre label and to represent a complex multi-material compound, not a flat SKU. The passport is reached through a data carrier - a QR code conforming to ISO/IEC 18004, applied to the tyre sidewall or its label - that resolves to a unique URL returning the public layer, with restricted layers gated for retreaders, recyclers, OEMs, fleets, customs, and market-surveillance authorities. The platform mints GS1-compliant identifiers, hosts the resolver using GS1 Digital Link, and signs each passport version with W3C Verifiable Credentials so a third-party verifier can confirm authenticity independently. The first design decision is reuse of the tyre-label data: our platform ingests the rolling-resistance, wet-grip and noise classes already declared under Regulation (EU) 2020/740 and maps them directly to the corresponding passport fields, so a manufacturer is not re-keying regulated values into a second system. The second is representing the compound as a structured composition with per-stream attributes - the recycled-content share on the rubber node, the recovered-carbon-black share on the filler node, the REACH and PAH declarations on the chemistry node, the reinforcement material on the steel and textile nodes. Our platform ingests supplier declarations via signed REST APIs, EDI feeds, and structured templates, validates them against the schema drawn from the latest tyre delegated-act drafts, and versions every value with provenance back to the supplier declaration, the lab test, or the label registration. Records expose JSON-LD and Asset Administration Shell representations so the passport interoperates with the European DPP registry, OEM and fleet systems, and end-of-life and retreading partners. For a tyre maker the payoff is concrete: one passport platform that reuses the label data, satisfies the tyre delegated act, and answers the abrasion, recycled-content and end-of-life questions in OEM and fleet tenders - from a single, audit-ready source.

Risks

What non-compliance actually costs.

Risk

Duplicating or contradicting the existing tyre label

Consequence

Tyres already carry regulated rolling-resistance, wet-grip and noise classes under Regulation (EU) 2020/740. A common and damaging failure is a passport that re-states these values from a disconnected source and ends up contradicting the official label - a discrepancy that undermines both the label and the ESPR passport and is an obvious audit and market-surveillance red flag. Maintaining two parallel, drifting copies of the same regulated parameters is a needless integrity risk. The platform ingests the label classes as the single source for those fields and flags any divergence before publication.

Mitigation

Reuse the EU tyre-label classes as the authoritative source for rolling resistance, wet grip and noise, with a single mapped field per parameter and a consistency check against the label registration.

Risk

Unsubstantiated recycled and renewable-content claims

Consequence

Recycled rubber, recovered carbon black, and bio-based feedstocks are central to the tyre industry's sustainability story and a prime greenwashing risk. Overstated or undocumented recycled and renewable-content claims - common where mass-balance accounting is opaque or where recovered and virgin material are conflated - expose a maker to ESPR data-integrity failure and broader EU green-claims scrutiny. A passport asserting a recycled-content percentage without traceable supplier evidence will not survive an audit.

Mitigation

Structured recycled and renewable-content fields with documented mass-balance accounting, supplier declarations linked to the passport, and a versioned audit trail behind every circularity figure.

Risk

Gaps in abrasion, microplastic and chemical disclosure

Consequence

Tyre and road wear particles are a leading source of microplastics, and abrasion, microplastic and restricted-substance (including PAH extender-oil) disclosures are exactly where the ESPR tyre act will go beyond the existing label. A passport that omits abrasion and chemistry data, or relies on self-declared values without test evidence, will fail the conformity assessment as the delegated act fixes these fields, and exposes the maker to product-safety and environmental scrutiny.

Mitigation

Structured abrasion, microplastic and REACH/PAH disclosure fields aligned with the developing tyre-act test methods, mandatory linkage to lab evidence, and a versioned audit trail inside the passport.

Buying checklist

Vet any DPP platform against this.

  • Does the platform reuse the EU tyre-label rolling-resistance, wet-grip and noise classes as the single source for those fields, rather than maintaining a second drifting copy?
  • Does it model the tyre as a structured multi-material compound - rubber, fillers, reinforcement, chemistry - rather than a flat SKU?
  • Can it capture recycled and renewable content with documented mass-balance accounting and supplier evidence behind every circularity claim?
  • Does it carry abrasion / microplastic and REACH and PAH chemical-safety fields aligned with the developing tyre-act methods, with mandatory links to test evidence?
  • Does it generate GS1 Digital Link data carriers, host a resolver, and export JSON-LD and Asset Administration Shell for the European DPP registry, OEM and fleet systems, and retreading and recycling partners, with a committed schema-update after each delegated-act amendment?
Case studies

How tyre makers are getting ahead.

Industry

Passenger-tyre manufacturer (C1)

Challenge

A C1 tyre maker already declares rolling resistance, wet grip and noise under the EU tyre label and wants to extend that into a full ESPR passport without re-keying regulated values, while adding the recycled-content, abrasion and chemistry data the tyre delegated act will demand.

Solution

A passport per tyre line that ingests the tyre-label classes as the authoritative rolling-resistance, wet-grip and noise fields, adds structured recycled-content and REACH/PAH compound disclosure, and exposes a public layer plus a restricted layer for OEMs and recyclers.

Result

Label and passport in sync from one source, no contradictory values, and an audit-ready record that already carries the deeper ESPR circularity and chemistry data.

Industry

Tyre importer and distributor

Challenge

An importer placing replacement tyres on the EU market sources finished tyres from non-EU factories and inherits the full passport obligation, including upstream compound, recycled-content and abrasion data it never generated, on top of the label classes it already handles for the aftermarket.

Solution

A supplier-onboarding workflow that pushes structured declaration templates to overseas factories, validates mandatory composition and recycled-content fields before goods ship, reuses the label classes, and binds the importer as the responsible economic operator into each signed passport.

Result

Verified upstream data before import, label and passport aligned, and a defensible audit trail for composition, recycled-content and abrasion claims on imported tyres.

Industry

Fleet operator and retreader

Challenge

A commercial fleet running C3 truck tyres, and the retreader serving it, need passports that track casing identity, retread history and end-of-life routing, so retreaded casings can be re-passported and tyres are routed into material recovery rather than landfill or uncontrolled disposal.

Solution

A passport model that tracks the casing across retread cycles, records retread suitability and the permissible number of cycles, flags end-of-life recovery routes, and issues a linked passport when a casing is retreaded and re-placed on the market.

Result

Casing-level traceability across retreads, lower fleet cost-per-kilometre with documented circularity, and an end-of-life pathway that strengthens both compliance and sustainability reporting.

Tyres FAQ

Frequently asked,
about tyre DPPs.

Recurring questions from tyre manufacturers, importers, vehicle OEMs and fleet operators preparing for the ESPR tyre delegated act and the existing EU tyre label.

Book a compliance briefing →
Is the tyre DPP already legally mandatory?+

Not yet. Tyres are a priority product group in the first ESPR working plan, with a delegated act indicatively expected around 2027. The binding obligation begins only after that tyre-specific delegated act is adopted under Regulation (EU) 2024/1781 and its transition period ends. The working-plan dates are indicative, not legal deadlines.

How does the tyre DPP relate to the existing EU tyre label?+

It extends it. The EU tyre labelling Regulation (EU) 2020/740 already requires rolling-resistance, wet-grip and noise classes at the point of sale. The ESPR passport reuses those exact parameters as structured, machine-readable fields and adds deeper circularity, abrasion and chemistry data. The label and the passport should share a single source for the overlapping values, not maintain two contradicting copies.

Which tyres are in scope?+

The act is expected to cover tyres placed on the EU market across the familiar C1 passenger, C2 light-commercial and C3 heavy-vehicle classes, whether sold as replacement tyres or fitted as original equipment. The exact scope is fixed when the tyre delegated act is published.

Who is the responsible economic operator for imported tyres?+

The importer placing the tyre on the EU market. Because a large share of tyres is imported, the importer inherits the full passport obligation, including upstream compound, recycled-content and abrasion data it did not generate. A non-EU manufacturer can also act through an EU authorised representative.

What new data goes beyond the tyre label?+

The passport adds recycled and renewable content (recycled rubber, recovered carbon black, bio-based feedstocks), full compound composition, REACH and PAH chemical-safety disclosure, abrasion and microplastic information, retread suitability, and end-of-life routing - the circularity and chemistry layer the label does not cover.

Should tyre makers start before the delegated act is published?+

Yes. The label-derived parameters are already in hand, but the new layers - recycled-content verification, abrasion test methods, and full compound and PAH disclosure - take time to put on an auditable footing. Makers that structure their compound and circularity data now, reusing the label data, will absorb the binding fields quickly when the tyre act lands around 2027.

Extend the tyre label into a full ESPR passport.

Tyres are a priority group in the first ESPR working plan, with a delegated act indicatively expected around 2027 - and you already declare rolling resistance, wet grip and noise under the EU tyre label today. The makers who win reuse that label data and structure their compound, recycled-content and abrasion data now, so the binding fields slot straight in when the tyre act is published. Book a scoping call and we will map your tyre portfolio to the passport schema, reuse your label classes, identify the new data gaps, and return a fixed-scope implementation plan - live across English, German, French, Italian, Spanish, and Polish from day one.

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