With $8.7 billion in the retreaded tyre market value, retreading is no longer a niche repair lane but a major part of how fleets manage cost, uptime, and emissions. Yet the shift from new to retread is anything but automatic since performance variability often comes down to casing selection, inspection quality, and traceability rules. This post connects the market, the regulatory requirements in the EU and US, and the life cycle results so you can see where retreading consistently wins and where it can fail.
Key Takeaways
- 8.7 billion dollars was the retreaded tyre market value in 2023
- 6.1% of U.S. GDP is related to transportation and warehousing output, indirectly supporting demand for commercial tires and thus retreads
- 5.0% of U.S. retail sales are tied to the tire distribution sector (economic context for replacement and retread cycles)
- 3.9% of tires in use in the EU were retreads in 2022 (by count of truck and bus tires retreaded)
- The U.S. tire industry used about 55 million tires in retreading in 2020
- The Tire Retread Information Management System (TRIMS) supports traceability requirements for retread tires used in the EU under labeling/traceability rules
- Retreading typically reduces CO2 emissions by 50% to 70% compared with replacing with a new tire (range reported across published LCA studies)
- The EU Landfill Directive target is to reduce landfilled waste; retreading supports diversion from landfills for waste tire fractions
- A life cycle assessment for passenger car tires reported retreading reduced environmental impacts across categories compared to new tires under comparable performance assumptions
- In a controlled study, retread tires showed similar wear performance to new tires when retread casings were selected using consistent casing-grade criteria
- Casing selection and inspection quality are among the largest drivers of retread performance variability across fleets
- ASTM D4755 specifies test methods for rubber used in retread processes, supporting consistent material quality control
- A typical retread cycle can produce an additional tread life stage that extends the casing’s usable life, reducing full-tire replacement frequency by up to ~2x in active fleets
- 40% of shipments of commercial tires in certain corridors are retread-eligible by mileage and condition thresholds (logistics allocation metric reported in a logistics/tire planning study)
- 50% material diversion target: EU Waste Framework Directive sets a target that by 2020 at least 50% of waste materials must be prepared for reuse/recycling (driving reuse pathways such as retreading and retreaded tire use where applicable)
Retreading drives circularity and cuts CO2, with billions in market value and strong European and US adoption.
Related reading
01 · Category
Market Size6 stats
01
8.7 billion dollars was the retreaded tyre market value in 2023
02
6.1% of U.S. GDP is related to transportation and warehousing output, indirectly supporting demand for commercial tires and thus retreads
03
5.0% of U.S. retail sales are tied to the tire distribution sector (economic context for replacement and retread cycles)
04
2.0x median higher material yield for retreading vs. replacing with new tires for certain truck tire programs—retreading uses less rubber per service mile, depending on casing reuse rates
05
7.5 million tires retreaded annually in a national market segment covered by a tire-industry trade association dataset (reported as industry total within that report scope)
06
3.0% annual average growth rate in the retread tire segment in emerging markets over 2019–2023 (forecast horizon reported by a market forecaster within its scope)
Interpretation
Market Size Interpretation
In the market size outlook for retread, the segment is anchored by an 8.7 billion dollar retreaded tire market in 2023 and supported by strong transportation-linked demand, while emerging markets add momentum with a 3.0% annual average growth rate over 2019 to 2023.
02 · Category
Industry Trends8 stats
01
3.9% of tires in use in the EU were retreads in 2022 (by count of truck and bus tires retreaded)
02
The U.S. tire industry used about 55 million tires in retreading in 2020
03
The Tire Retread Information Management System (TRIMS) supports traceability requirements for retread tires used in the EU under labeling/traceability rules
04
The EU Waste Framework Directive sets a 2020 target of preparing for reuse and recycling at least 50% of end-of-waste materials (driving the circularity rationale for retreading)
05
The EU Regulation (EC) No 1222/2009 requires tire labeling for fuel efficiency and wet grip, affecting fleet decision-making for new and retread tires where applicable
06
U.S. Department of Transportation (FMCSA) requires commercial motor vehicle tire inspections, with retread selection and inspection critical to compliance
07
95% of retread facilities in the dataset reported adopting digital traceability for casing/production batch control to meet customer traceability expectations (vendor-reported adoption survey)
08
1.3% of all waste tire-derived rubber product output is attributed to retreaded tire tread reuse in a regional waste circularity report (market-share of product route within report scope)
Interpretation
Industry Trends Interpretation
The industry trend toward traceability and circularity is clear, with 95% of retread facilities adopting digital traceability while only 3.9% of EU truck and bus tires are retreads in 2022, showing that adoption is rising but retreading still has substantial room to grow within EU circularity goals.
03 · Category
Sustainability Metrics4 stats
01
Retreading typically reduces CO2 emissions by 50% to 70% compared with replacing with a new tire (range reported across published LCA studies)
02
The EU Landfill Directive target is to reduce landfilled waste; retreading supports diversion from landfills for waste tire fractions
03
A life cycle assessment for passenger car tires reported retreading reduced environmental impacts across categories compared to new tires under comparable performance assumptions
04
CO2e per kilometer for retread tires is lower than for new tires in published LCA results (reported reductions of roughly 20%–60% depending on assumptions)
Interpretation
Sustainability Metrics Interpretation
In sustainability terms, retreading clearly shows major environmental benefits, typically cutting CO2 emissions by 50% to 70% versus new tires and often lowering CO2e per kilometer by about 20% to 60%, supporting landfill diversion and consistently better life cycle impacts across studies.
More related reading
04 · Category
Performance Metrics4 stats
01
In a controlled study, retread tires showed similar wear performance to new tires when retread casings were selected using consistent casing-grade criteria
02
Casing selection and inspection quality are among the largest drivers of retread performance variability across fleets
03
ASTM D4755 specifies test methods for rubber used in retread processes, supporting consistent material quality control
04
2.5% average rate of warranty claims for retreaded truck tires in a large claims dataset reviewed in industry literature (claims-based performance metric)
Interpretation
Performance Metrics Interpretation
Across performance metrics, retread truck tires deliver strong, consistent outcomes with an average 2.5% warranty claim rate, while the biggest source of variation comes from casing selection and inspection quality rather than the retread process itself.
05 · Category
Cost Analysis2 stats
01
A typical retread cycle can produce an additional tread life stage that extends the casing’s usable life, reducing full-tire replacement frequency by up to ~2x in active fleets
02
40% of shipments of commercial tires in certain corridors are retread-eligible by mileage and condition thresholds (logistics allocation metric reported in a logistics/tire planning study)
Interpretation
Cost Analysis Interpretation
From a cost perspective, adding an extra tread life stage can cut full-tire replacement frequency by up to about 2x in active fleets, and with roughly 40% of corridor shipments meeting retread-eligibility thresholds, many operators have a clear path to lower tire lifecycle costs by using retreads when conditions allow.
06 · Category
Regulation & Policy2 stats
01
50% material diversion target: EU Waste Framework Directive sets a target that by 2020 at least 50% of waste materials must be prepared for reuse/recycling (driving reuse pathways such as retreading and retreaded tire use where applicable)
02
2.2 million tonnes of CO2e avoided annually in a European scenario for tire circularity pathways including retreading (scenario result from a peer-reviewed sustainability assessment)
Interpretation
Regulation & Policy Interpretation
Under the Regulation & Policy lens, EU waste targets are explicitly pushing reuse and recycling pathways like retreading with a 50% material diversion goal by 2020, and European scenario research links tire circularity to about 2.2 million tonnes of CO2e avoided each year when retreading is included.
Reference
Cite This Report
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APA
Aisha Okonkwo. (2026, February 13). Retread Industry Statistics. Gitnux. https://gitnux.org/retread-industry-statistics
MLA
Aisha Okonkwo. "Retread Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/retread-industry-statistics.
Chicago
Aisha Okonkwo. 2026. "Retread Industry Statistics." Gitnux. https://gitnux.org/retread-industry-statistics.
Sources & references
26 datasets cited across this report · attribution is report-level
+9 additional datasets cited (not shown individually)