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EV Tire Statistics and Trends 2026

May 10, 2026 Updated May 23, 2026 Search Tires Team

EV tire statistics for 2026: $27B market by 2032, 20% faster wear vs ICE, JD Power satisfaction data, top EV tire brands, and EV roadside trends. All sources cited.

EV Tire Statistics and Trends 2026

Last updated: May 2026 · Reviewed annually

The global EV tire market is one of the fastest-growing segments of the broader tire industry — $11.21 billion in 2025, projected to reach $27.63 billion by 2032 at a 13.6% CAGR, per MarketsandMarkets. This page compiles the most-cited EV tire statistics — market size, wear rates, EV-specific tire launches, satisfaction data, adoption trends, and the EV roadside-assistance impact — with every number sourced to a primary publisher.

Key Findings

  • The global EV tire market was valued at $11.21 billion in 2025 and is projected to reach $27.63 billion by 2032, at a CAGR of 13.6%.
  • EV tires wear up to 20% faster than tires on internal-combustion vehicles, per Michelin and corroborated by JD Power.
  • OE tire satisfaction scored 769 (out of 1,000) for EV owners versus 796 for ICE owners — a 27-point gap that widened year-over-year.
  • EVs accounted for 9.2% of new U.S. retail vehicle registrations in 2024, with roughly 1.3 million new EVs sold.
  • EVs are 10–30% heavier than comparable ICE vehicles — the primary driver of accelerated tire wear.
  • Flatbed tows are 3× more common for electric vehicles than for ICE vehicles, and more than 85% of EV roadside events require a tow.
  • California (22.9%) and Colorado (20.5%) led U.S. states for EV registration share in Q2 2025.
  • EVs represent approximately 1.9% of the 291 million vehicles on U.S. roads at end of 2025, up from 1.4% in 2024 — a fast-growing but still small installed base.

Table of Contents

  1. EV Tire Market Size & Forecasts
  2. EV Adoption Driving Tire Demand
  3. Why EV Tires Wear Faster
  4. EV Tire Satisfaction & JD Power Data
  5. EV-Specific Tire Models & OEM Launches
  6. EV Tires vs. ICE Tires — Performance Comparison
  7. EV Roadside Assistance & Flat Tire Impact
  8. EV Tire Pricing & Replacement Cycle
  9. Regional EV Adoption Statistics
  10. Frequently Asked Questions
  11. Methodology & Sources

EV Tire Market Size & Forecasts

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$11.21B in 2025 → $27.63B by 2032 — a 13.6% CAGR, more than double the rate of the broader tire market

The EV tire market is one of the fastest-growing segments of the global tire industry, with the most-cited forecast from MarketsandMarkets projecting a 13.6% CAGR through 2032 — roughly triple the growth rate of the overall tire market.

  • The global EV tire market was valued at $11.21 billion in 2025 and is projected to reach $27.63 billion by 2032, growing at a CAGR of 13.6%.
  • Growth is driven by surging EV adoption across passenger and commercial segments, OEM integration of EV-specific tires as standard fitment, and low-noise compound innovation.
  • By comparison, the global passenger tire market was valued at $143.4 billion in 2025 and is projected to reach $191.2 billion by 2032 — a 4.2% CAGR, less than one-third the rate of the EV tire segment.
  • Forecasts from different firms vary widely — Coherent Market Insights projects $4.18B → $16.91B at 22.1% CAGR, Spherical Insights projects $114.84B by 2032 at 24.8% CAGR, and Towards Automotive projects $26.81B → $59.59B at 9.28% CAGR (2024-2034).
  • Off-road and commercial EV applications — particularly electric pickups like the F-150 Lightning and Cybertruck — are the fastest-growing sub-segment within the EV tire market through 2032.

EV Adoption Driving Tire Demand

🔌
9.2% of new U.S. vehicle registrations were EVs in 2024 — up from a fraction of 1% a decade ago

EV tire demand tracks EV registrations directly. The U.S. installed base of EVs is small but fast-growing, and the share of new vehicle sales is now in the high single digits — enough to make EV-specific tire SKUs a strategic priority for every major manufacturer.

  • EVs accounted for 9.2% of all new U.S. retail vehicle registrations in 2024 — roughly 1.3 million new EVs sold.
  • In 2025, EVs represented 7.4% of new U.S. passenger car and light truck registrations — down from a record 8% in 2024 — following the early end of federal IRA consumer incentives.
  • EVs represent approximately 1.9% of the 291 million vehicles on U.S. roads at end of 2025, up from 1.4% in 2024.
  • Battery EVs represent 11% of new light-duty vehicle sales over the trailing 12 months as of 2025; total alternative-fuel vehicles (BEV + hybrid + PHEV) account for 38.6%.
  • EVs represent 9.5% of new light-duty vehicle sales in Q2 2025, down from 10.9% in Q4 2024 — the first year-over-year quarterly decline since 2020.

Why EV Tires Wear Faster

⚡
EVs are 10–30% heavier than comparable ICE vehicles + deliver instant torque — a double hit on tire wear

EV tires wear faster for three structural reasons: heavier curb weight from the battery pack, instant peak torque from the electric motor, and aggressive acceleration patterns from drivers who exploit the available torque. The wear differential is consistently 15–30% across studies from Michelin, JD Power, and tire industry analyses.

  • EV tires wear up to 20% faster than tires on traditional internal-combustion vehicles, per Michelin.
  • EVs are 10–30% heavier than comparable ICE vehicles — a 2024 Hyundai Kona EV weighs 3,758 lbs versus 3,053 lbs for the gas Kona, a 705-lb (23%) increase.
  • The Ford F-150 Lightning carries an 1,800-pound (820 kg) battery pack — most of the EV's added curb weight versus the ICE F-150 comes from the battery alone.
  • EV electric motors deliver 100% of peak torque from zero RPM, accelerating the vehicle harder off the line and producing higher slip-induced tread wear than typical gasoline acceleration.
  • Driver behavior compounds the problem — EV drivers are tempted to use the available torque, producing more aggressive launches that further accelerate tire wear.
  • Specialized EV tires (e.g., Michelin Pilot Sport EV) deform only 5.2 mm under an 800-kg load compared to 12.1 mm for non-EV tires — a stiffer carcass designed for the higher per-tire load.

EV Tire Satisfaction & JD Power Data

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EV owners score OE tires 769/1000 — 27 points below ICE owners at 796/1000

The most authoritative EV tire satisfaction data is the JD Power U.S. Original Equipment Tire Customer Satisfaction Study, which has tracked EV vs. ICE satisfaction since 2022. The 2024 wave (fielded August–December 2023, n=31,414 owners of model-year 2022–2023 vehicles) confirmed a widening EV satisfaction gap driven by tire wear.

  • EV owners scored their OE tires 769 on a 1,000-point satisfaction scale; ICE owners scored 796 — a 27-point gap that widened year-over-year.
  • The 2024 JD Power survey was based on 31,414 owners of 2022 and 2023 model-year vehicles, fielded August–December 2023.
  • Tire wear is the dominant driver of the EV satisfaction gap — EV owners expect ICE-like tire life but typically get 15–30% less.
  • Top OE tire brands by 2024 JD Power rank — Luxury: Michelin (1st), Goodyear (2nd), Continental (3rd). Passenger car: Michelin (1st), Goodyear (2nd), Kumho (3rd). Truck: Falken (1st), BFGoodrich (2nd), Hankook (3rd).
  • JD Power identifies the satisfaction gap as a communication failure — tire manufacturers and automakers have an opportunity to educate EV owners on inherent performance differences.

EV-Specific Tire Models & OEM Launches

🛞
Every Tier-1 tire maker (Michelin, Bridgestone, Goodyear, Pirelli, Continental) now ships an EV-specific tire line

Tier-1 tire manufacturers have responded to the EV wear and noise challenge with EV-specific product lines designed for higher load capacity, lower rolling resistance, and quieter operation. Most launched their first EV-specific consumer tire between 2021 and 2024.

  • Bridgestone launched the Turanza EV grand-touring tire in 2023, designed specifically for the Tesla and Ford Mustang Mach-E; additional sizes for other EVs launched in early 2024.
  • Michelin launched the Pilot Sport EV as its first summer EV-specific high-performance tire in 2021–2022, with a UTQG treadwear rating of 320.
  • Michelin's 2026 EV tire range expansion (Primacy / Pilot Energy) promises up to 10% more range than competitors.
  • Goodyear's ElectricDrive GT2 is an ultra-high-performance all-season EV tire featuring low rolling resistance, 50% recyclable materials, and a 45,000-mile treadwear warranty.
  • Major manufacturers Michelin, Bridgestone, and Pirelli are increasingly integrating EV-specific tires as standard OE fitments — a key growth driver for the EV tire segment.
  • Continental, Pirelli, Yokohama, Hankook, and Sumitomo all maintain dedicated EV tire product lines as of 2026 — EV-specific tires are now standard across every Tier-1 manufacturer.

EV Tires vs. ICE Tires — Performance Comparison

⚖️
Specialized EV tires deform less than half as much as non-EV tires under the same load (5.2 mm vs 12.1 mm at 800 kg)

EV-specific tires differ from ICE-equivalent tires in five structural and compound dimensions: load index, rolling resistance, tread compound silica content, noise-cancellation foam, and sidewall stiffness. The performance differences are measurable and consistent across manufacturers.

  • EV-specific tires require a higher load index to safely carry the additional curb weight of the battery pack.
  • EV tires use specialized silica-heavy tread compounds engineered for high-load operation, low rolling resistance, and longer life under the EV duty cycle.
  • Many EV tires include foam noise-cancellation rings inside the tire cavity to reduce road noise — critical in an EV cabin without engine noise to mask tire roar.
  • Lower rolling resistance is a primary EV tire design goal — every 10% reduction in rolling resistance typically translates to roughly 1–2% gain in range, a meaningful trade-off in a battery-limited vehicle.
  • Specialized EV tire carcasses deform only 5.2 mm under an 800-kg load, versus 12.1 mm for non-EV tires — a 57% reduction in deflection under EV-typical loads.

EV Roadside Assistance & Flat Tire Impact

🚗
85%+ of EV roadside events require a tow — flatbed tows are 3× more common for EVs than ICE

The combination of heavier curb weight, no spare tire on most EV models, and battery-pack handling requirements has made flat tires the #1 EV roadside issue — and the most expensive to resolve. Agero's roadside data documents the structural difference between EV and ICE flat-tire response.

  • Flatbed tows are 3× more common for electric vehicles than for ICE vehicles.
  • More than 85% of EV roadside events require a tow.
  • EV roadside events take approximately 18% longer (~12 minutes) to resolve than ICE roadside events.
  • Customer satisfaction (NPS) drops nearly 20 points on average when an EV roadside event is poorly handled — a major retention risk for EV brands.
  • In 2024, the rate of flat tires requiring a tow rose 6% year-over-year — driven largely by EVs and other newer vehicles arriving without a spare.
  • Most EVs ship without a spare tire to preserve range — a key reason 85%+ of EV flats require a tow.
🔁
This section focuses on EV-specific roadside impact. For broader U.S. flat-tire data — incidence, top causes, AAA roadside calls — see our Flat Tire Statistics page.

EV Tire Pricing & Replacement Cycle

💰
EV-specific tires command a premium — and faster wear means more replacement cycles over the vehicle's life

EV tires cost more than equivalent ICE tires at point of purchase, and the shorter replacement cycle (driven by 15–30% faster wear) compounds the total tire-spend differential over the EV's life. There is no single authoritative dataset on EV tire price premiums; the figures below combine manufacturer disclosures, retailer pricing, and tire-press reporting.

  • Goodyear's ElectricDrive GT2 EV tire carries a 45,000-mile treadwear warranty — shorter than typical ICE all-season tires (60,000–80,000 miles).
  • EV tire wear differential of 15–30% means an EV owner who would replace ICE tires at 60,000 miles will replace EV tires at 42,000–51,000 miles instead.
  • Bridgestone's Turanza EV launched with a price premium over its non-EV Turanza counterpart, reflecting the higher load index, noise-cancellation foam, and silica-tread compound.
  • Most EVs ship without a spare tire, so EV owners face higher unscheduled tire-replacement costs (full-tire replacement at retail rather than spare swap + cheaper repair).

Regional EV Adoption Statistics

🌍
California leads U.S. EV adoption at 22.9% of new registrations — over 3× the national average

U.S. EV adoption — and therefore EV tire demand — is highly concentrated geographically. California alone accounts for a disproportionate share of national EV registrations, with Colorado, Washington, and other coastal states following.

  • California led the U.S. in EV registration share at 22.9% of all new vehicle registrations in Q2 2025.
  • Colorado ranked second at 20.5% EV share of new vehicle registrations in Q2 2025.
  • The national average for new-vehicle EV share in 2025 was approximately 7.4%, meaning California and Colorado are running at roughly 3× the national rate.
  • Total U.S. EV installed base reached approximately 5.5 million vehicles by end of 2025 (1.9% of 291 million vehicles on the road), up from approximately 4 million at end of 2024.
  • State-level EV tire demand correlates directly with state EV registration share — California, Colorado, Washington, and Oregon collectively account for a disproportionate share of EV-specific tire SKU sales.

Frequently Asked Questions

How big is the EV tire market in 2026?
The most-cited forecast — MarketsandMarkets — values the global EV tire market at $11.21 billion in 2025 and projects $27.63 billion by 2032, a 13.6% CAGR. Other research firms project anywhere from 9–25% CAGR depending on segmentation, but every major source agrees the EV tire segment is growing faster than the broader tire industry.
Do EV tires wear out faster than regular tires?
Yes. Per Michelin and the JD Power 2024 OE Tire Satisfaction Study, EV tires wear up to 20% faster than tires on traditional internal-combustion vehicles. Some industry sources put the differential as high as 30% on non-EV-optimized tires. The cause is structural: EVs are 10–30% heavier than comparable ICE vehicles and deliver 100% of peak torque from zero RPM.
What is the average lifespan of an EV tire?
EV-specific tires typically deliver 30,000–50,000 miles in normal mixed-use driving, compared to 50,000–70,000 miles for typical ICE all-season tires. Goodyear's ElectricDrive GT2 carries a 45,000-mile treadwear warranty, which is representative of the segment. Aggressive use of EV torque shortens the cycle further.
Which tire brands make EV-specific tires?
Every Tier-1 tire manufacturer now has an EV-specific product line as of 2026. Notable launches include: Michelin Pilot Sport EV (2021–2022, summer high-performance), Bridgestone Turanza EV (2023, grand touring), Goodyear ElectricDrive GT2 (all-season UHP), and parallel offerings from Pirelli, Continental, Hankook, Yokohama, and Sumitomo. Most launched between 2021 and 2024.
Why don't most EVs come with a spare tire?
Most EVs ship without a spare tire to preserve range — every 20–30 lb of removed weight contributes meaningfully to the EV's range. The trade-off is that 85%+ of EV roadside events now require a tow, per Agero, since the typical EV driver has only a sealant kit (which fails on sidewall damage and large punctures) instead of a spare.
Are EV tires more expensive than regular tires?
Yes. EV-specific tires carry a price premium over their non-EV equivalents due to the higher load index, silica-rich tread compound, and noise-cancellation foam construction. The Bridgestone Turanza EV launched at a premium over the non-EV Turanza. The total tire-spend differential over an EV's life is further compounded by the 15–30% faster wear cycle.
What percentage of new U.S. vehicles are EVs?
EVs accounted for 9.2% of new U.S. retail vehicle registrations in 2024 (Experian), then dropped to 7.4% in 2025 (S&P Global Mobility) after federal IRA consumer incentives ended early. EVs represent approximately 1.9% of the total 291 million U.S. installed vehicle base at end of 2025.
Which states have the highest EV adoption?
In Q2 2025, California led at 22.9% EV share of new registrations, followed by Colorado at 20.5% — both running roughly 3× the national average. Washington, Oregon, Hawaii, and Massachusetts round out the leading states, all benefiting from state-level EV incentives and dense charging infrastructure.

Continue exploring tire data:

Methodology & Sources

Data in this article was compiled from authoritative public sources between 2022 and 2034. Sources include government agencies, industry associations, publicly traded company financial filings, and recognized market research firms. Revenue figures are reported in current-year USD unless otherwise noted. We update annually; if you find a stat that has changed, please reach out.

EV Tire Market Size & Forecasts

EV Adoption Driving Tire Demand

Why EV Tires Wear Faster

EV Tire Satisfaction & JD Power Data

EV-Specific Tire Models & OEM Launches

EV Tires vs. ICE Tires — Performance Comparison

EV Roadside Assistance & Flat Tire Impact

EV Tire Pricing & Replacement Cycle

Regional EV Adoption Statistics

Driving an EV and shopping for replacement tires? Search SearchTires by tire size or vehicle to compare drive-out prices on EV-specific tires near you. For more SearchTires research in this series: Tire Industry Statistics 2026: 50+ Key Stats You Need to Know, Tire Safety & Blowout Statistics 2026, Tire Recycling & Environmental Statistics, and Flat Tire Statistics.

© 2026 SearchTires.com. This page may be cited with attribution. If you use our data in a publication or article, please link back to this page as the source.

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