Tire RFID
RFID Tire Tags
Embedded Lifecycle Tire Passport
Quick answer
RFID tire tags are ruggedised UHF transponders embedded into the tire carcass during tire building or patched onto the inner liner after cure. They provide a permanent digital tire passport across the entire lifecycle — factory, distribution, fleet operation, retreading and end-of-life recycling. Aligned with ISO 20909:2021 physical requirements, ISO 20910:2022 data content, the WBCSD Tire Industry Project RFID data specification, US DOT 49 CFR Part 574 Tire Identification Number correlation, UNECE R117 / R108 / R109 and EU Regulation 2020/740 tire labelling.
- Survives vulcanisation — tested to ISO 20909:2021 Annex A physical requirements for embed at 150-180 °C, 15-25 bar, 15-25 min cure cycle + post-cure flex-life, endurance, plunger and speed per UNECE R30 / R54.
- Permanent lifecycle ID — one ISO 20910:2022 + WBCSD TIP data-content-conformant EPC stays with the tire from factory through distribution, fleet rotation, 3-5 retread cycles (UNECE R108 / R109) to end-of-life recycling under EU End-of-Life Vehicle Directive 2000/53/EC.
- EU 2020/740 tire-labelling-ready — GS1 SGTIN-96 + GS1 Digital Link correlation to the DOT TIN (49 CFR Part 574) and UNECE R117 rolling-resistance / wet-grip / rolling-sound class for the EPREL database and shipment hold-avoidance.
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At a glance
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Chip options
NXP UCODE 8m / 9 / 9xe (wide-band, high-cure-survivability) · Impinj Monza R6-P / M750 / M775 (self-tuning for rubber-dielectric shifts) · Alien Higgs-9 (long-range OTR...
Frequency / air interface
860-960 MHz UHF RAIN per EPC Class 1 Gen 2 v2.1 / ISO/IEC 18000-63:2015; FCC Part 15 (902-928 MHz) + ETSI EN 302 208 (865.6-867.6 MHz) + ARIB STD-T106 + China / Brazil /...
Next step
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Request tire tag quote- Vulcanisation & cure resistance
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ISO 20909:2021 Annex A qualified for embed at 150-180 °C, 15-25 bar, 15-25 min cure + 3-5 retread cure cycles per UNECE R108 (passenger) / R109 (commercial); post-cure flex-life at endurance speed + plunger-energy + high-speed tests per UNECE R30 / R54 / R75 matrix; cured-to-date DVP traceable per ISO 9001:2015 + IATF 16949:2016 Tier-1
- Construction
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Rubber-compound-compatible encapsulation matched to NR / SBR / BR / silica-filled tread compound (Tg, crosslink density, oil content); dipole antenna printed silver on polyimide or etched aluminium on PET-PI hybrid; FEP / silicone over-moulding for cure fluidity; flex-joint design tested to ISO 20909:2021 Annex A §A.4 flex-life 10^6 cycles; <1 g mass, 0 impact on tire balance per UNECE R30 §6.1
- EPC / data scheme
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GS1 SGTIN-96 + GS1 Digital Link per GS1 TDS 2.0 (2023-11) — GTIN linkage to manufacturer / brand / size; ISO 20910:2022 tire data content mandatory + optional fields (production plant, mould, cure-date, casing pedigree, tread compound, weight, load-index, speed rating, retread count); WBCSD Tire Industry Project (TIP) extension; US DOT TIN (49 CFR §574.5) correlation; EU 2020/740 EPREL label class correlation
- Dimensions & form factors (6 SKUs)
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- Pre-cure embedded patch — 60 × 15 × 2 mm, laid into inner-liner ply before bladder cure
- Inner-liner cured-on patch — 50 × 25 × 3 mm, bonded post-cure with rubber cement at distributor
- Bead-area anti-metal tag — 40 × 20 × 2 mm, protected by rim flange, commercial truck
- Sidewall patch — 35 × 15 × 2 mm, for pilot / aftermarket / short-life programmes
- Retread-layer insert — 70 × 20 × 2 mm, laid into Bandag / Marangoni / Vipal / Goodyear UniCircle retread cushion gum
- OTR / mining / agricultural — 100 × 40 × 5 mm, long-range Higgs-9, HDX-tough encapsulation for 63-inch OTR
- Read range in tire
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Embedded / inner-liner 0.5-2 m handheld (Zebra MC3390xR, Impinj R700, Alien ALR-H460, Technologies ROI), 1-4 m fixed (mounted at tire-shop bay), dock-portal configuration 3-6 m 99%+ on a passing truck at 8-15 km/h; signal attenuation through rubber quantified per ISO 20909:2021 Annex B
- Mechanical & environmental qualification
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ISO 20909:2021 Annex A — flex-life 10^6 cycles, endurance at speed, plunger energy, static / dynamic unbalance, high-speed test; UNECE R30 (passenger) / R54 (commercial) / R75 (motorcycle) endurance; UNECE R117 rolling-resistance + wet-grip + rolling-sound class neutrality; -40 / +90 °C operational in-tire; IP68 post-cure; ISO 11567 air-loss neutrality
- Retread survivability
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3-5 cure cycles per UNECE R108 passenger / R109 commercial retread regs; Bandag / Marangoni / Vipal / Goodyear UniCircle / Oliver Rubber / Galgo / Ecolomondo retread-line qualified; retread-count + casing pedigree written to user memory on each re-cure event per ISO 20910:2022 mandatory field
- Compliance framework
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ISO 20909:2021 Tyres — Electronic tyre identification — Physical requirements · ISO 20910:2022 Tyres — Electronic tyre identification — Data content · US DOT 49 CFR Part 574 Tire Identification and Recordkeeping + 49 CFR §571.139 + NHTSA FMVSS 139 · UNECE Regulation 30 / 54 / 75 Tyre type-approval · UNECE Regulation 117 Tyre rolling sound / rolling resistance / wet grip · UNECE R108 retread passenger · UNECE R109 retread commercial · UNECE R141 TPMS system · EU Regulation 2020/740 on tyre labelling + EPREL database · EU Regulation 661/2009 / 2018/858 type-approval · EU End-of-Life Vehicle Directive 2000/53/EC · ETRMA / USTMA / JATMA industry data specs · WBCSD Tire Industry Project (TIP) RFID Data Guideline · ISO/IEC 18000-63:2015 · GS1 TDS 2.0 + Digital Link + EPCIS 2.0 · IATF 16949:2016 automotive QMS
- Platform integration
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Bridgestone Webfleet + Tirematics + Bandag Management · Michelin Fleet Solutions + My Fleet Portal + Uptis · Continental ContiConnect + VDO Tire Management · Goodyear Truckforce + Proactive Solutions + SightLine · Pirelli Cyber Tyre · Hankook EOS · Yokohama Geolandar Fleet · Cooper Tire; fleet TMS Samsara / Geotab / Verizon Connect / Lytx / Zonar / TireStamp / ScanTech / PressurePro; retread platforms Bandag / Marangoni / Vipal / Goodyear UniCircle / Oliver Rubber / Galgo; auto-OEM direct integration Ford / GM / Toyota / VW Group / Stellantis DGR passport; EU EPREL + US NHTSA TIN recordkeeping + WBCSD TIP digital tire passport
- MOQ / Lead time
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5,000 pc MOQ (embedded / inner-liner / bead / sidewall) · 2,000 pc MOQ (OTR / retread-insert) · 18-25 business days standard · 15-day expedite on pre-qualified compound / cure-cycle profiles
Commercial terms
- MOQ
- Varies by SKU — stock items from 100 pcs; custom production typically 200-1,000 pcs
- Lead time
- Production 2-3 weeks after artwork and encoding sign-off; reorders on a 3-4 week cycle
- Samples
- Free samples and RF test report with every order; courier at customer cost
- Payment
- 50% T/T deposit, 50% before shipment; Net 30/60 for established accounts; LC for large orders
- Shipping
- FOB Shenzhen / Yantian; DHL, FedEx or EMS air freight; sea LCL / FCL for volume
- Response
- Itemized quote within one business day, Mon-Fri (UTC+8)
Challenges tire manufacturers, fleets, retreaders and regulators face on RFID tire-tagging procurement
- Tire recalls under US DOT 49 CFR Part 573 and EU Directive 2001/95/EC affect millions of units, but without individual tire IDs, manufacturers cannot rapidly notify affected operators and instead issue blanket DOT TIN advisories that miss tires where the 49 CFR §574.5 stamped code has worn off or been abraded below legibility — the exact scenario ISO 20910:2022 data content was written to close via RFID-linked production-plant + mould + cure-date + casing-pedigree records.
- Fleet managers lose track of which tires have been rotated, how many kilometres each has run, how many retread cycles per UNECE R108 / R109 each casing has absorbed, and when the next retread is due — leading to premature scrapping of serviceable casings worth $200-$600 each under the WBCSD Tire Industry Project circular-economy guidance and against ETRMA / USTMA retread-rate targets.
- EU Regulation 2020/740 on tyre labelling (replacing 1222/2009, effective 2021, expanded by 2023 amendment) and its EPREL database require unique, machine-verifiable tire identification linked to the UNECE R117 rolling-resistance / wet-grip / rolling-sound class. Non-compliant products cannot legally enter EU distribution, yet many manufacturers are still relying on DOT TIN barcodes that do not meet the electronic data requirements of ISO 20910:2022.
- Retread operations under UNECE R108 (passenger) and R109 (commercial) must verify casing age and prior retread count before re-processing. Without ISO 20909:2021-embedded RFID, this requires manual inspection records that are frequently incomplete or lost at Bandag, Marangoni, Vipal, Goodyear UniCircle, Oliver Rubber, Galgo and Ecolomondo retread-line intake.
- Counterfeit tires with replicated sidewall markings enter distribution channels across the ETRMA / USTMA / JATMA industry and against the WBCSD Tire Industry Project data-sharing framework; without a tamper-proof ISO 20909:2021 embedded transponder carrying the cryptographically-coupled GS1 Digital Link / SGTIN-96, distributors have no reliable way to verify authenticity at the UNECE R30 / R54 type-approval linkage.
How Proud Tek solves ISO 20909 / ISO 20910 / EU 2020/740-grade RFID tire-tagging procurement
Commodity tire tag
- Single patch SKU — no embed / inner-liner / bead / OTR / retread-insert variants
- No ISO 20909:2021 Annex A flex-life / endurance / plunger / speed evidence
- Generic 96-bit EPC — no ISO 20910:2022 data content, no GS1 Digital Link
- No retread-line qualification — fails after 1 cure cycle at Bandag / Marangoni / Vipal
- No EU 2020/740 EPREL / UNECE R117 / DOT TIN correlation pack
Proud Tek tire programme
- 6-SKU matrix: pre-cure embed / inner-liner patch / bead anti-metal / sidewall / retread insert / OTR
- ISO 20909:2021 Annex A DVP test report: flex-life 10^6 + endurance + plunger + high-speed + static / dynamic unbalance per SKU
- ISO 20910:2022 mandatory + optional data content + WBCSD TIP extension + GS1 SGTIN-96 + Digital Link pre-encoded
- 3-5 retread cycles qualified per UNECE R108 / R109 on Bandag / Marangoni / Vipal / Goodyear UniCircle lines
- EU 2020/740 EPREL + UNECE R117 rolling-resistance / wet-grip / sound class + DOT TIN (49 CFR 574) correlation per lot
- Tags embedded during tire building at 150-180 °C and 15-25 bar with ISO 20909:2021 Annex A pass on flex-life 10^6 cycles, endurance at speed, plunger-energy impact, high-speed test and static / dynamic unbalance per UNECE R30 / R54. The RFID identity is integral to the tire from production day one, with zero measurable effect on UNECE R117 rolling-resistance, wet-grip or rolling-sound class.
- GS1 SGTIN-96 + GS1 Digital Link per GS1 TDS 2.0 (2023-11) and EPCIS 2.0 event schema encode each tag to the tire's GTIN and serial number alongside the ISO 20910:2022 mandatory data content (production plant, mould, cure-date, casing pedigree, tread compound, weight, load-index, speed rating, retread count) and WBCSD Tire Industry Project extension — enabling instant cross-reference with DOT TIN (49 CFR §574.5) and EU EPREL without re-keying data.
- ISO 20910:2022-conformant data model + WBCSD TIP extension satisfies EU Regulation 2020/740 EPREL database + UNECE R117 / R108 / R109 requirements and the global tire-industry data-sharing framework out of the box — eliminating the data-schema re-engineering that commodity tags force onto Michelin, Bridgestone, Continental, Goodyear, Pirelli, Hankook and Yokohama TIP-member lines.
- Rubber-compatible encapsulation (compound-matched to NR / SBR / BR / silica-filled tread, FEP / silicone over-mould, polyimide or PET-PI antenna substrate) survives 3-5 retread cure cycles on Bandag, Marangoni, Vipal, Goodyear UniCircle, Oliver Rubber, Galgo and Ecolomondo retread lines; one tag follows the casing through its entire service life, writing retread count to ISO 20910 user memory at each re-cure.
- Inner-liner cured-on patch + sidewall patch + OTR variant enable retrofit on tires already in service; no factory re-tooling required, allowing fleet operators (Samsara / Geotab / Verizon Connect / Zonar / TireStamp / Bridgestone Webfleet / Michelin My Fleet Portal / Continental ContiConnect / Goodyear Truckforce) to tag existing assets during the next scheduled tire change.
Field operating notes — ISO 20909 / ISO 20910 / EU 2020/740 tire-RFID estates
On properly-specified tire-RFID programmes, moving from a DOT TIN sidewall stamp (abrading to illegibility under UNECE R30 endurance cycling) to an ISO 20909:2021-embedded UHF transponder carrying the ISO 20910:2022 + WBCSD Tire Industry Project data content transforms the identification record from a fading visual mark into a cryptographically-coupled digital tire passport — the control strength EU Regulation 2020/740 EPREL, UNECE R117 / R108 / R109, US DOT 49 CFR Part 574 and the WBCSD Tire Industry Project expect for recall, retread, circularity and counterfeit control. (Sources: ISO 20909:2021 + ISO 20910:2022 + WBCSD Tire Industry Project RFID Data Guideline + EU Regulation 2020/740 + UNECE R117 / R108 / R109.)
- Weeks 1-4
Tire-line scope + ISO 20909:2021 compound compatibility + cure-cycle mapping (NR / SBR / BR / silica-filled), ISO 20910:2022 + WBCSD TIP data content freeze, GS1 SGTIN-96 + Digital Link scheme lock, DOT TIN / EU EPREL correlation design.
- Weeks 5-10
ISO 20909:2021 Annex A DVP testing (flex-life 10^6, endurance, plunger, speed, unbalance), UNECE R30 / R54 / R75 type-approval regression, UNECE R117 rolling-resistance / wet-grip / sound neutrality verification, UNECE R108 / R109 retread qualification on Bandag / Marangoni / Vipal.
- Weeks 11-18
Pilot SKU on new production line + retread-shop wiring + fleet-TMS integration (Michelin My Fleet Portal / Bridgestone Webfleet + Tirematics / Continental ContiConnect / Goodyear Truckforce / Samsara / Geotab / Verizon Connect / Zonar / TireStamp), IATF 16949:2016 PPAP submission.
- Month 6+
OEM scale-up across mould / plant / compound combinations, EU 2020/740 EPREL label-class lodgement, WBCSD Tire Industry Project digital-tire-passport programme go-live, annual recall / retread / circular-economy reporting under EU End-of-Life Vehicle Directive 2000/53/EC.
- Before: worn TIN
- After: digital tire passport
Why RFID for tires
- Regulatory compliance — EU Regulation 2020/740 tyre labelling + EPREL + UNECE R117 / R108 / R109 mandate unique tire identification; RFID is the leading ISO 20909 / 20910 technology solution.
- Tire lifecycle tracking — trace each tire from manufacture through distribution, installation, rotation, retreading and recycling under the WBCSD Tire Industry Project circular-economy framework.
- Fleet management — monitor tire mileage, pressure history (UNECE R141 TPMS pairing), rotation schedule and tread depth per tire across a vehicle fleet (Michelin, Bridgestone, Continental, Goodyear TMS).
- Warranty management — link the tire to its production batch, ISO 20910:2022 specifications and purchase date for automated warranty verification.
- Retread tracking — identify the tire casing through multiple UNECE R108 / R109 retread cycles on Bandag, Marangoni, Vipal, Goodyear UniCircle, Oliver Rubber.
- Anti-counterfeit — the ISO 20909:2021 embedded RFID provides a tamper-proof digital identity cryptographically-linked to the DOT TIN and EU EPREL class.
- Recall management — instantly identify affected tires by production batch via RFID without visual inspection, addressing the 49 CFR Part 573 notification window.
Tag integration methods
| Method | When applied | Survivability | Best for |
|---|---|---|---|
| Pre-cure embedded patch | During tire building (before bladder cure) | Highest — integral to tire per ISO 20909:2021 | New tire production (OEM TIP members) |
| Inner-liner cured-on patch | After tire cure, rubber-cement bonded | High — bonded to inner surface | Retrofit / aftermarket distributor |
| Bead-area anti-metal tag | After production, rim-protected | High — protected by rim flange | Commercial truck / bus |
| Sidewall patch | After production | Medium — exposed to road hazards | Temporary / pilot programmes |
| Retread-layer insert | At retread cushion-gum application | High — cured into new tread layer | Bandag / Marangoni / Vipal retread |
| OTR / mining / agricultural | Pre-cure embed, long-range Higgs-9 | High — 63-inch OTR survivable | Caterpillar / Komatsu mining fleets |
Data standards
- GS1 SGTIN-96 + GS1 Digital Link per GS1 TDS 2.0 — standard EPC encoding linking the RFID to the tire's GTIN and serial number.
- ISO 20910:2022 — tyre RFID data content standard defining mandatory (production plant, mould, cure-date, casing pedigree) and optional (compound, weight, retread count) data elements.
- WBCSD Tire Industry Project (TIP) RFID Data Guideline — industry consortium extension spec for Michelin / Bridgestone / Continental / Goodyear / Pirelli / Hankook / Yokohama.
- DOT TIN correlation — the RFID serial links to the DOT 49 CFR §574.5 production code stamped on the sidewall for NHTSA recall recordkeeping.
- User memory — additional data (tire model, size, load index, speed rating, retread count per UNECE R108 / R109) stored on chips with extended 2-8 KB memory.
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FAQ
Does the RFID tag affect tire performance or safety?
No. RFID tire tags are specifically designed and tested under ISO 20909:2021 Annex A to have zero impact on tire performance, balance, structural integrity, UNECE R117 rolling-resistance / wet-grip / rolling-sound class or UNECE R30 / R54 type-approval performance. The tag is extremely small (8-15 mm wide) and lightweight (under 1 gram). Every major TIP-member tire OEM (Michelin, Bridgestone, Continental, Goodyear, Pirelli, Hankook, Yokohama) has validated RFID tag integration through the ISO 20909:2021 test battery and IATF 16949:2016 PPAP.
Can the tag survive retreading?
Yes. Tags embedded in the tire casing per ISO 20909:2021 or bonded to the inner liner survive the retreading process under UNECE R108 (passenger) and R109 (commercial) — which involves buffing the old tread, applying new cushion gum and rubber, and a second cure cycle. The tag's rubber-compatible encapsulation is qualified for 3-5 cure cycles at 150-180 °C on Bandag, Marangoni, Vipal, Goodyear UniCircle, Oliver Rubber, Galgo and Ecolomondo retread lines, writing the retread count to ISO 20910:2022 user memory at each re-cure.
What read range can I expect through the tire rubber?
Tire rubber attenuates UHF signals, reducing read range compared to free-space performance. Typical read range for an ISO 20909:2021-embedded tag is 0.5-2 m with a handheld reader (Zebra MC3390xR, Impinj R700) and 1-4 m with a fixed reader (dock portal 3-6 m at 8-15 km/h pass), depending on tire size, rubber compound and tag placement. The read range is sufficient for automated tire identification at tire-changing stations, distribution centres, fleet depots and Bandag / Marangoni / Vipal retread-line intake.
Sources & references
Primary standards, OEM datasheets and regulatory documents cited by this article. All URLs were verified on the access date shown below.
- ISO 20909:2021 — Tyres — Electronic tyre identification — Physical requirements
Primary physical-requirements standard (Annex A test battery: flex-life, endurance, plunger, speed, unbalance).
- ISO 20910:2022 — Tyres — Electronic tyre identification — Data content
Mandatory + optional data content schema used by every TIP-member OEM.
- US DOT — 49 CFR Part 574 Tire Identification and Recordkeeping (NHTSA)
US DOT TIN structure that RFID serial must correlate to for recall recordkeeping.
- UNECE Regulation No. 117 — Tyres with regard to rolling sound emissions / rolling resistance / wet grip
Rolling-sound / resistance / wet-grip class correlation for EU 2020/740 EPREL.
- UNECE Regulation No. 108 — Retreaded pneumatic tyres for passenger cars and their trailers
Retread qualification baseline for passenger casing re-cure lifecycle.
- UNECE Regulation No. 109 — Retreaded pneumatic tyres for commercial vehicles and their trailers
Commercial-retread qualification for Bandag / Marangoni / Vipal / UniCircle.
- EU Regulation 2020/740 on the labelling of tyres + EPREL database
EU tire labelling regulation replacing 1222/2009, linked to EPREL and UNECE R117.
- ISO/IEC 18000-63:2015 — UHF RFID air interface (EPC Gen2 v2.1)
Protocol layer every tire-industry RFID reader implements.
- GS1 — Tag Data Standard 2.0 (SGTIN-96 + Digital Link)
EPC scheme linking RFID serial to GTIN + consumer Digital Link URL.
- WBCSD — Tire Industry Project RFID Data Guideline
Industry-consortium data-sharing extension spec for digital tire passports.
Proud Tek is a Shenzhen-based RFID & NFC manufacturer supplying hotel chains, transit operators, event venues and retail brands worldwide. Every order includes free samples, RF testing and dedicated project support.
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