EU Digital Product Passport: The QR Code Every Product Sold in Europe Will Need

Introduction

A small square is about to become one of the most important parts of any product sold in the European Union. Under the Ecodesign for Sustainable Products Regulation (ESPR), the EU is rolling out the Digital Product Passport (DPP): a digital record that tells regulators, recyclers, repairers, and consumers what a product is made of, where it comes from, and how to repair, reuse, or recycle it.

The link between the physical item and that digital record is a data carrier, and in practice, for most products, that means a QR code.

2026 is the year the DPP stopped being theoretical. The EU’s central DPP registry went live on July 20, 2026, and the first mandatory category, the battery passport, applies from February 2027. If you make, import, or sell physical goods in Europe, this guide explains what is coming and how QR codes fit in.

What Is a Digital Product Passport?

A Digital Product Passport is a structured set of information about a specific product, accessible by scanning a code on the product, its packaging, or its documentation. Depending on the product category, it can include:

• Materials and chemical composition, including substances of concern
• Origin and supply chain information
• Carbon footprint and environmental performance
• Repair instructions, spare parts, and durability data
• Disassembly and recycling guidance
• Compliance documents and certifications

Different audiences see different levels of detail. A consumer might see care and recycling instructions, while a market surveillance authority can access full compliance data.

Why the QR Code Is the Default Data Carrier

The QR code does not store the passport itself. It stores a URL that points to where the passport data is hosted. That design has big advantages:

• Universal access: Any smartphone can scan a QR code without a special app.
• Updatable data: The passport can be updated over the product’s life without reprinting the code.
• Standards compatibility: QR codes encoded with GS1 Digital Link carry the product identifier in the URL, the same approach retail is adopting for GS1 Sunrise 2027.
• Low cost: Printing a QR code costs next to nothing compared with RFID or NFC tags.

The DPP Timeline: What Happens When

Dates for each category are set by delegated acts, so always check the latest official guidance, but the broad picture looks like this:

2024: ESPR Enters Into Force

Regulation (EU) 2024/1781, which creates the DPP framework, entered into force in July 2024, setting the foundations for product-specific rules.

July 2026: Central Registry Goes Live

The EU’s central DPP registry, the infrastructure that indexes passports and their unique identifiers, was launched by the European Commission on July 20, 2026, as required by Article 13 of the ESPR. This is the backbone every future passport will connect to.

February 2027: Battery Passport Becomes Mandatory

Under the EU Battery Regulation (EU) 2023/1542, a battery passport is required for electric vehicle batteries, industrial batteries above 2 kWh, and light means of transport batteries such as e-bike and e-scooter batteries placed on the EU market. From February 18, 2027, each of these batteries must carry a QR code that gives access to its passport.

2027 to 2030: Textiles, Steel, Electronics, and More

The Commission’s ESPR working plan for 2025–2030 names textiles (with a focus on apparel), iron and steel, aluminium, furniture, tyres, and mattresses as priority product groups, alongside energy-related products such as electronics. Each group needs its own delegated act, and obligations normally apply some time after adoption, so check the official timeline for your category before planning.

What the QR Code Must Do

To be useful and compliant, a DPP QR code needs to meet practical requirements:

1. Be unique to the right level: Depending on the category, the passport may be at model, batch, or individual item level. Batteries, for example, are identified at the individual level.
2. Stay readable for the product’s life: A battery might be in service for more than a decade. The code must survive heat, abrasion, and cleaning.
3. Resolve reliably: The URL must keep working even if your company changes its website or its DPP provider.
4. Be visible and accessible: It should be placed where users can find and scan it, with enough size and contrast.
5. Point to secure, trustworthy data: Use your own domain or an approved provider, never an anonymous shortener.

Opportunity: Turning Compliance Into Customer Value

Brands that see the DPP only as paperwork will miss a powerful channel. The same QR code a regulator scans can also:

• Prove sustainability claims with verified data instead of vague marketing
• Reduce returns with sizing, care, and usage information
• Extend product life with repair guides and spare parts ordering
• Enable resale and take-back programs by confirming authenticity and history
• Build loyalty through product registration and warranties

For fashion and consumer goods, this is a chance to answer the question shoppers increasingly ask: “Where does this really come from?”

How to Prepare: A Step-by-Step Plan

Step 1: Map Your Product Categories

Identify which of your products fall into categories with confirmed or expected DPP obligations, starting with batteries, then textiles, electronics, and furniture.

Step 2: Collect Supply Chain Data Early

The hardest part of the DPP is not the QR code, it is the data. Start gathering material composition, supplier details, and environmental metrics now. Suppliers need time to respond.

Step 3: Decide the Identification Level

Model, batch, or item? This determines how many unique QR codes you need. Item-level identification can mean thousands or millions of codes.

Step 4: Choose Your URL and Hosting Strategy

Use a stable domain you control and a URL structure compatible with GS1 Digital Link. Separate the permanent identifier in the QR code from the content, which can evolve.

Step 5: Generate and Test Codes in Bulk

Once you have a list of passport URLs, generating the codes should be the easy part. With a bulk QR code generator like MultipleQR you can paste or import all URLs from a spreadsheet, generate every code at once, and download them in a single ZIP for labels, hang tags, or laser marking files. Always print test samples on the real material and scan them on multiple devices.

Step 6: Plan Label Placement and Durability

For textiles, consider sewn-in care labels or woven codes. For batteries and electronics, consider engraving or durable labels. Our QR codes on packaging guide covers placement best practices.

Common Questions

Does the QR code have to be on the product itself? It depends on the category’s rules. Some allow the packaging or accompanying documents; batteries must carry the code on the battery itself, unless the battery’s nature or size makes that impossible.

Can I use a dynamic QR code service? You can, but make sure the service guarantees long-term availability. If the provider shuts down, your codes break. A static QR code pointing to your own domain, where you control the redirect, is often the safest choice.

Is the DPP only for big companies? Generally, no. Obligations apply to products placed on the EU market, including imports, although individual delegated acts may include specific provisions for small businesses. Small brands should check their category’s rules and start preparing early.

Conclusion

The Digital Product Passport will make product information transparent across Europe, and the QR code is the bridge between the physical item and its digital record. With the central registry live and battery passports arriving in February 2027, now is the time to organize your data, define your identifiers, and test your codes.

When you are ready to create passport QR codes for your whole catalog, MultipleQR lets you generate thousands of codes from a simple list of URLs, free and in a single download. Start preparing your products for the DPP today.