Tire Testing Services Market Size, CAGR & Forecast, 2025-2035

Euro 7 tire abrasion limits are turning tire testing services into a regulated, lab-heavy business that grows faster than tire volumes

Outsourced tire testing services generated USD 2.18 billion worldwide in 2025, according to Radial Insights, and we expect USD 2.30 billion in 2026 and USD 3.77 billion in 2035, implying a 5.62% CAGR for 2025-2035.

The tire testing services market covers fee-based testing, certification and analysis of tires performed by independent laboratories, proving grounds and technical service providers for tire makers, vehicle manufacturers, regulators and fleets. It includes performance and durability tests, type approval and conformity of production checks, EU and other label tests for rolling resistance, wet grip and noise, abrasion and tire wear particle measurement, winter and ice testing, compound analysis and simulation services. We exclude the sale of test machines, covered in our tire testing equipment research, and in-house testing that tire makers run in their own R&D centers without an external fee.

Regulation sets the pace. UN Regulation No. 117 has gained a tire abrasion methodology that will be the reference for the EU's Euro 7 rules, with passenger car (C1) tires due to comply from 1 July 2028 and truck and bus tires to follow. Each new tire line sold in Europe will need abrasion data on top of existing label, noise and durability tests, while OEMs launching electric vehicles demand more tests for load, noise and wear.

Abrasion and wear particle testing is the fastest-growing service at an 11.82% CAGR, and virtual and simulation-based testing grows at 9.46%. Asia Pacific (APAC) is the largest and fastest-growing region at 6.55% a year, because China, India, Thailand and Vietnam host most new tire capacity and their exporters must certify products for Europe and North America.

Leading providers include Smithers, Applus+ IDIADA, TÜV SÜD, DEKRA, UTAC, TÜV Rheinland, Intertek, SGS, Bureau Veritas and Calspan, alongside winter specialists such as Test World.

Abrasion testing, indoor labs and simulation outgrow traditional proving ground work because regulators now accept drum methods and OEMs want faster results

Growth in the tire testing services market splits sharply by service. New regulatory tests and lab-based methods grow at high single or double digits, while mature performance tests track tire launches. The table lists Radial Insights' CAGR for each segment from 2025 to 2035.

Abrasion and wear particle testing grows fastest at 11.82% because Euro 7 adds a fourth regulated tire property

Euro 7 is the first EU framework to limit tire abrasion, after rolling resistance, wet grip and noise. Every C1 tire type sold in the EU will need abrasion results from either the UNECE convoy method or the indoor drum method, and C2 and C3 tires are expected to follow. Regulatory certification and type approval grows at 5.48% as abrasion is folded into approval files. Material and compound analysis grows at 5.12%, noise and rolling resistance labeling tests at 4.95%, and performance and durability testing at 4.62%.

Indoor laboratory testing grows at 6.74% and simulation at 9.46%, faster than outdoor proving grounds

Annex 4 of the new UN abrasion rules treats on-road convoy testing and laboratory drum testing as equivalent, which favors indoor labs that deliver repeatable results year-round. TÜV SÜD's Road2Rig strategy and its 2025 Tread Wear Tester show how service providers are moving road kilometers into the lab. Virtual and simulation-based testing grows at 9.46% as OEMs use digital tire models before building prototypes. Winter and ice testing grows at 5.18%, supported by new sites such as Apollo Tyres' Ivalo facility with UTAC, while outdoor proving ground testing grows at 4.36%.

Light truck and SUV tires grow fastest by tire type at 6.08%

Heavier electric SUVs and pickups need tires with higher load indexes and new noise and wear profiles, which drives testing for light truck and SUV tires at 6.08%. Truck and bus tires grow at 5.94% as C3 abrasion methods arrive in 2026 and 2027. Two-wheeler tires grow at 5.67% with new certification demand in India and Southeast Asia, passenger car tires at 5.21%, and off-the-road and specialty tires at 4.31%.

Vehicle OEMs grow fastest among customers at 6.21%

Vehicle makers are outsourcing more tire evaluation for EV programs and for compliance with Euro 7, which places abrasion obligations on the vehicle as well as the tire. Regulators and certification bodies grow at 5.86% as market surveillance testing expands. Tire manufacturers remain the largest customer group, growing at 5.42%, while fleet operators and retailers grow at 4.12%.

Market Trends

Testing providers are building indoor abrasion capacity ahead of Euro 7

In May 2025, TÜV SÜD unveiled its Tread Wear Tester at its Open Lab Day in Garching, near Munich. Built by ZF Test Systems around a 3-meter drum, the 27-tonne system supports the UN ECE R117 Annex 10 drum method, runs at up to 140 km/h on real asphalt or 200 km/h on sandpaper, applies loads up to 25 kN and slip angles up to plus or minus 10 degrees. TÜV SÜD described the investment as seven figures. In June 2026, Link Engineering Company said it was listed as an equivalent facility for tire abrasion measurement in a UNECE GRBP document supporting Annex 4 of the newly adopted UN abrasion regulation, and showed its M5600A drum machine at Automotive Testing Expo Europe in Stuttgart.

Tire makers are partnering with independent operators for dedicated winter test sites

In August 2025, Apollo Tyres announced an outdoor winter and all-season test facility in Ivalo, Finland, developed under a long-term agreement with UTAC. The site became fully operational in December 2025 and was officially inaugurated in February 2026, serving Apollo and Vredestein tire development. Long-term site agreements give independent operators steady utilization and give tire makers repeatable snow and ice conditions.

Regulators are finalizing abrasion limits under pressure from environmental groups

The European Commission tabled its proposal for Annex 4 on 27 February 2026, and environmental NGOs including ECOS, Pew, EEB and Transport and Environment wrote to the Commission in November 2025 and again on 11 March 2026 urging ambitious limits. The UNECE working party on pollution and energy (GRBP) and its task force on tire abrasion met in mid-March 2026 for what were described as the likely final discussions. The EU's Zero Pollution Action Plan targets a 30% cut in microplastic releases by 2030, with tire wear a major source.

Research institutes are standardizing lab methods for wear particles

In July 2026, Fraunhofer's TERIS project, led by Fraunhofer LBF with the ICT, IGD and IWM institutes, reached its first major milestone, producing a basic design for an abrasion machine that generates realistic wear from rubber samples, along with work on particle analysis, AI-based surface analysis and accelerated ageing. Standardized methods like these will expand the menu of services that labs can sell to tire makers and environmental agencies.

Restraints and Challenges

Regulatory timing is uncertain and limits are still being negotiated

The UNECE agreed a convoy methodology that runs about 200 tires over 8,000 km with vehicle and driver rotation every 500 km (ETRMA on the UNECE abrasion methodology), but final limit values and the treatment of indoor drum results were still under discussion in early 2026. If negotiations stall, the Commission must draft delegated acts to meet the 1 July 2028 application date. Delays push back the peak of testing demand and make capacity planning harder for labs.

Tire makers keep much testing in-house

Large manufacturers such as Michelin, Bridgestone, Continental, Goodyear and Hankook run their own proving grounds and labs. Continental, for example, opened an Advanced Indoor Evaluation Center at its Uvalde, Texas, proving grounds with an investment of about USD 10 million. In-house capacity caps the share of work that reaches independent providers, especially for routine durability testing.

High capital cost and long payback for test assets

Indoor abrasion drums, flat-belt machines and winter facilities require seven- or eight-figure investments, and utilization can swing with tire launch cycles. Smaller labs in Latin America, Africa and parts of Asia struggle to finance equipment that meets UN R117 requirements, which concentrates work among large groups.

Price pressure from tire makers in a slow-growth replacement market

Replacement tire volumes in mature markets grow slowly, and tire makers push testing suppliers for lower prices and faster turnaround. Budget brands from Asia often test only to minimum legal requirements, limiting revenue per tire line.

Growth Drivers

Euro 7 tire abrasion rules add about +1.6% to annual growth

Euro 7 makes the EU the first jurisdiction to limit tire abrasion, using the UN Regulation No. 117 methodology. Passenger car C1 tires must comply from 1 July 2028, and the methodology is expected to extend to C2 and C3 tires during 2026 and 2027. Each tire type needs abrasion results by convoy testing, which runs about 200 tires over 8,000 km, or by indoor drum testing, which TÜV SÜD, Link Engineering, DEKRA and others are equipping for. Tire makers from China, India and Southeast Asia exporting to Europe must buy these tests from accredited providers because few have their own approved convoy capability. Radial Insights estimates that abrasion testing will contribute about 1.6 percentage points of the market's 5.62% CAGR through 2035, the largest single driver, and the abrasion segment alone grows at 11.82% a year. The effect could spread further if UNECE contracting parties outside the EU adopt the same UN method in their own approval rules.

Electric vehicle programs widen the OEM test scope, worth roughly 1.0 point of growth

Electric vehicles are heavier and deliver instant torque, which raises tire wear, and their quiet drivetrains make tire noise more noticeable. OEMs therefore commission more tests on load capacity, rolling resistance for range, abrasion and interior noise for each EV program. Vehicle OEMs are the fastest-growing customer group at 6.21% a year. Light truck and SUV tires, used on many electric crossovers and pickups, grow at 6.08%. Providers such as Applus+ IDIADA, UTAC and Smithers offer combined vehicle and tire testing that suits these programs. We attribute about 1.0 point of the annual growth rate to EV-related tire testing demand from carmakers such as Volkswagen, BYD, Hyundai and Tesla and their tire suppliers.

Asian tire capacity and export certification lift growth by close to 0.9 points

Most new tire plants built in recent years are in China, Thailand, Vietnam, Cambodia, Indonesia and India, and their output is aimed at Europe and North America. Exporters need EU type approval and label tests, US DOT compliance testing under FMVSS 139 for light vehicle tires, and buyer-specified performance tests. Smithers expanded its Suzhou, China tire and wheel lab into a 7,200 square meter building with 90% more product testing floor space and truck and bus tire capability, illustrating how providers follow production to Asia. Radial Insights sees this certification demand adding close to 0.9 points of annual market growth, and Asia Pacific grows at 6.55% a year, the fastest of any region.

Opportunities

Tire and road wear particle analysis for environmental agencies

Regulators and cities want data on tire wear particles in air, water and soil. Labs that combine abrasion testing with particle collection, chemical analysis and modeling, building on work such as Fraunhofer's TERIS project, can sell services to environmental agencies as well as tire makers.

Digital twins and virtual certification

Simulation-based testing grows at 9.46% a year. Providers that validate virtual tire models against physical tests can offer faster development cycles and, if regulators accept virtual evidence for some approvals, reduce physical test costs for their clients.

Asia Pacific leads tire testing services spending on export certification, while Europe's Euro 7 rules make it the regulatory center of the market

Asia Pacific (APAC)

Asia Pacific (APAC) represented 38.40% of the tire testing services market in 2025, about USD 837.12 million. APAC revenue is forecast to reach USD 1578.78 million by 2035, a 6.55% CAGR, the fastest of any region. China, Thailand, Vietnam and India host most new tire plants, and exporters need EU type approval and label tests. Smithers' Suzhou laboratory occupies a 7,200 square meter building after a 90% expansion of product testing space, and Yokohama Rubber has expanded its proving ground in Thailand.

North America

North America held a 22.60% share in 2025, worth USD 492.68 million. North American spending is projected at USD 750.60 million by 2035, growing 4.30% a year. NHTSA's FMVSS 139 performance requirements and the federal tire identification and registration rules generate compliance testing, and Calspan's tire research facility in Buffalo, New York, serves OEMs and tire makers. Smithers' Winter Test Center in Brimley, Michigan, added about 53 hectares of track surfaces, and Continental invested about USD 10 million in an indoor evaluation center at Uvalde, Texas.

Europe

Europe accounted for 31.20% of 2025 revenue, around USD 680.16 million, and is expected to reach USD 1161.81 million by 2035 at 5.50% a year. Euro 7 abrasion limits for C1 tires from 1 July 2028 make Europe the regulatory center, and the EU label already rates rolling resistance, wet grip and noise. TÜV SÜD's 3-meter drum Tread Wear Tester in Garching, DEKRA's convoy test work in France, UTAC's sites and Applus+ IDIADA's proving ground in Spain anchor regional capacity, with Finland's Ivalo and Test World providing winter testing.

Latin America

Latin America held 3.30% of the market in 2025, about USD 71.94 million, and is forecast at USD 116.07 million by 2035, a 4.90% CAGR. Brazil's INMETRO certification and tire label requirements and Mexico's tire production for the US market generate local testing demand, though many high-end tests are still sent to labs in the United States and Europe.

Middle East

The Middle East accounted for 2.80% of 2025 revenue, about USD 61.04 million, and is projected to reach USD 107.27 million by 2035, growing 5.80% a year. Gulf Standardization Organization conformity rules and hot climate durability testing drive demand, and Saudi Arabia's plans for local tire production add a future source of certification work.

Africa

Africa held 1.70% of 2025 revenue, about USD 37.06 million, and is expected to reach USD 60.94 million by 2035 at 5.10% a year. South Africa's compulsory specifications for tires, enforced by the National Regulator for Compulsory Specifications, and tire plants in South Africa, Egypt and Morocco account for most regional testing.

Recent Developments

• In July 2026, Fraunhofer's TERIS project reached its first major milestone with a basic design for an abrasion machine that generates realistic tire wear from rubber samples.

• In June 2026, Link Engineering Company said it was listed as an equivalent tire abrasion measurement facility under Annex 4 of the new UN tire abrasion regulation and showed its M5600A drum tester in Stuttgart.

• In March 2026, the UNECE working party GRBP and its tire abrasion task force met for what NGOs described as likely final discussions on Euro 7 abrasion limits.

• In February 2026, Apollo Tyres officially inaugurated its winter and all-season tire testing facility in Ivalo, Finland, developed with UTAC.

• In August 2025, Apollo Tyres announced the Ivalo outdoor testing facility under a long-term agreement with UTAC, targeting full operation by December 2025.

• In May 2025, TÜV SÜD unveiled its indoor Tread Wear Tester in Garching, a 3-meter drum system built by ZF Test Systems for UN R117 abrasion testing.

Global testing, inspection and certification groups compete with specialist tire labs and proving ground operators for regulatory and development work

The tire testing services market is moderately concentrated. A few large testing, inspection and certification (TIC) groups hold accreditations across many countries, while specialist tire labs and proving grounds compete on technical depth and test conditions. Euro 7 abrasion testing favors providers that can offer both convoy and indoor drum methods.

Global TIC groups

TÜV SÜD runs tire and vehicle labs in Germany and Asia and invested in a 3-meter drum Tread Wear Tester in 2025. DEKRA hosted the ETRTO and Joint Research Centre abrasion workshop at its test center in France and offers type approval services. TÜV Rheinland, Intertek, SGS and Bureau Veritas provide certification, label testing and compound analysis for tire makers and retailers, often bundled with factory audits in Asia.

Specialist tire laboratories

Smithers is one of the best-known independent tire and wheel testing providers, with labs in Ravenna, Ohio, and Suzhou, China, and a winter test center in Brimley, Michigan. Calspan operates a flat-belt tire research facility in Buffalo, New York, used for force and moment testing by OEMs and motorsport teams. Link Engineering Company combines test machine manufacturing with laboratory services at sites including Limburg, Germany.

Proving ground operators

Applus+ IDIADA runs a large proving ground near Tarragona, Spain, and offers tire development testing, including skid trailer work in partnership with Test World. UTAC operates test sites in France and Finland and signed a long-term agreement with Apollo Tyres for the Ivalo facility. Test World provides indoor and outdoor winter testing in Finland year-round.

Research institutes and new entrants

Fraunhofer institutes are developing standardized lab methods for tire wear particles under the TERIS project, which could create new services for labs and agencies. Equipment makers such as ZF Test Systems supply machines to service providers and shape which methods become commercially available.