Repairability and Repair Information for Textiles

In electronics, repairability is a score: disassembly depth, fastener type, spare-part price. In garments it is mostly a matter of design and information: a bag of spare buttons, a replaceable zip, enough seam allowance and a guide that explains how to repair. The EU Textiles Strategy sets the goal of garments that are "long-lived and repairable", and ESPR lists "ease of repair and maintenance" among its ecodesign parameters. But today there is no repairability index for textiles and no mandatory field on the subject in the Digital Product Passport.

What repairability means in a garment

The left column is the designer's job, the right column the passport's. Treated separately, they produce a product that is "repairable, but nobody knows how".

What the regulation expects

Three things have to be kept apart. The Right to Repair Directive creates a repair obligation and access to information for products that have EU repairability requirements; textiles have none today. See the Right to Repair Directive and the DPP. The horizontal repairability score is expected in the ESPR working plan for electronics and small appliances, indicative 2027; it does not cover textiles. See the EU repairability score and the DPP. The textile delegated act (indicative 2027) may request repair information as an information requirement; there is no draft yet.

So the accurate statement is this: garment repairability is not scored, but repair information is increasingly expected data. Together with durability it is also becoming a criterion for EPR fee modulation; see textile EPR: France, the Netherlands and the EU scheme.

Repair programmes and the passport

Some outdoor and workwear brands have run repair programmes for years: in-store repair, mail-in repair, spare-part sales and do-it-yourself guides. The shared weakness of these programmes is that the consumer has to find them. The passport solves that: the consumer scans the label and reaches the product's repair guide, the spare-part order and the nearest repair point. See what a consumer should see after scanning.

On the brand side there is a second gain: when repair events are logged at item level, the product's history becomes known and its resale value rises. See the DPP in resale and second-hand markets.

Which fields in the passport

• Repair guide: document reference, version, language.
• Spare parts: button and zip type, how to obtain them, lead time.
• Repair service: brand programme, partner, contact.
• Seam allowance and whether the size can be let out.
• Repair event (item level): date, operation, who performed it, part used.

The first four fields live at model level. The repair event needs an item-level identifier: a serialised QR code or NFC tag. See model, batch or item: choosing DPP granularity. The event log is appended, never overwritten; each repair becomes a new version and the previous version stays archived. The most mature example of this dynamic-data pattern is the state-of-health record in the battery passport; see battery state of health and dynamic data.

Stay modest

Do not invent a score where no index exists. A statement like "Repairability: A" is an unsubstantiated claim. Use provable sentences instead: "spare button supplied with the product", "zip fitted with a replaceable seam", "repair guide available". Presented together with durability tests, this information is meaningful for buyer and consumer alike; see textile durability tests and DPP data and the textile DPP guide.

Frequently asked questions