Forecast Period
|
2026-2030
|
Market Size (2024)
|
USD 373.80 Million
|
CAGR (2025-2030)
|
6.43%
|
Fastest Growing Segment
|
Airless
|
Largest Market
|
England
|
Market Size (2030)
|
USD 543.28 Million
|
Market
Overview:
The United Kingdom Advanced
Tyres Market was valued at USD 373.80 Million in 2024 and is expected to reach USD
543.28 Million by 2030 with a CAGR of 6.43% during the forecast period. The United Kingdom advanced tyres market is witnessing notable momentum,
propelled by evolving automotive technologies and heightened consumer
expectations for performance, safety, and efficiency. Growth is primarily
driven by the rising integration of intelligent tire technologies such as
sensors for real-time pressure and temperature monitoring, which enhance road
safety and fuel economy. The shift toward electric and autonomous vehicles has
accelerated the need for tires with low rolling resistance, superior grip, and
enhanced durability, encouraging manufacturers to invest in innovation. Key
trends include the adoption of sustainable and lightweight materials, such as
silica-infused compounds and recycled rubber, aimed at reducing carbon
footprints without compromising performance. For instance, as of 2024,
Continental incorporated an average of 26% renewable and recycled materials
into its tire production, with expectations to increase this share by 2–3
percentage points in 2025. The growth is driven by the integration of
sustainable components such as synthetic rubber from renewable or circular oil,
recycled PET-based polyester, recycled steel, and silica derived from rice husk
ash. Continental targets surpassing 40% sustainable material content by 2030,
while maintaining safety and performance standards, as part of its broader
commitment to sustainable mobility.
Market Drivers
Rising Demand for
High-Performance and Premium Tires
Consumer preferences are
shifting toward high-performance and premium tires, driven by growing awareness
of their advantages in handling, braking, and ride comfort. These tires are
engineered with advanced tread patterns and innovative rubber compounds that
enhance performance under high-speed and varied driving conditions.
High-performance tires also offer improved cornering, stability, and reduced
braking distances, making them popular among owners of sports and luxury
vehicles. As modern vehicles become faster and more powerful, tire
specifications must match the elevated performance standards. Increased
disposable income and a growing automotive enthusiast culture further
contribute to this demand. Moreover, even in mid-range vehicles, there is an
upward trend of opting for premium tire replacements, particularly in urban and
high-speed driving environments. For
instance, a new SMMT report highlights the strength of the UK’s luxury,
high-performance, and niche car manufacturing sector, which exports nearly $6.3
billion worth of high-value vehicles annually, with around 90% of production
shipped overseas. Generating approximately $6.9 billion in annual turnover and
supporting 15,000 direct jobs along with 60,000 in the local supply chain, the
sector features iconic British brands such as Aston Martin, Bentley, LEVC,
Lotus, McLaren, and Morgan.
Growth in Electric and
Autonomous Vehicles
The expansion of electric and
autonomous vehicle markets is directly influencing the demand for advanced
tires. These vehicles require tires that support unique performance
characteristics such as instant torque delivery, heavier battery weight, and
minimal road noise. For electric vehicles, low rolling resistance is critical
to extend battery range, prompting manufacturers to develop tire compounds and
designs that reduce energy loss without sacrificing grip or durability. In
autonomous vehicles, tire sensors must deliver precise real-time data to the
vehicle's control systems for safe navigation, especially under changing road
or weather conditions. Noise reduction is also a significant requirement for
electric and autonomous vehicles, encouraging tire makers to innovate in tread
pattern engineering and damping materials. Tire wear rates are monitored more
stringently in electric vehicles due to torque-heavy acceleration patterns. For instance, in May 2025, the UK new car
market grew by 1.6% year-on-year to 150,070 registrations, marking the best May
since 2021. Battery electric vehicles (BEVs) saw a 25.8% increase to 32,738
units, capturing 21.8% of the market—up from 17.6% in May 2024. Plug-in hybrids
(PHEVs) surged 50.8% to 17,898 units (11.9% share), while hybrids (HEVs) rose
6.8% to 20,351 units (13.6% share). Combined electrified vehicles accounted for
47.3% of registrations, reflecting strong uptake supported by fleet adoption
and incentives.
Expansion of Vehicle Safety
Regulations and Standards
Stricter vehicle safety
regulations and evolving industry standards are acting as a strong driver for
the advanced tyres market. Governments and automotive safety authorities are
mandating improved vehicle performance metrics, including braking distance,
road grip, and handling under adverse conditions—all of which are directly
influenced by tire quality. These regulations have prompted automakers to equip
vehicles with more technologically advanced tires that meet stringent testing
and compliance criteria. Features such as real-time pressure monitoring
systems, embedded tire wear sensors, and run-flat capabilities are increasingly
becoming standard to align with safety benchmarks. Insurance companies and
fleet operators also favor advanced tires, recognizing their role in reducing
accidents and operational risks. These trends have heightened both OEM and
aftermarket focus on safety-enhancing tire technologies.

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Key
Market Challenges
High Manufacturing and
Development Costs
The advanced tire segment faces
a substantial challenge due to high research, development, and manufacturing
costs. These tires often involve complex materials like high-grade silica,
aramid fibers, and electronic components for smart features, which are
significantly more expensive than conventional tire ingredients. Integrating
sensors, wireless modules, and battery systems into the tire’s structure
increases production complexity and requires specialized machinery and skilled
labor. Such advanced processes also demand rigorous testing and quality control
to ensure performance, safety, and durability under diverse conditions. These
factors contribute to higher retail prices, limiting market penetration among
cost-conscious consumers. Small and mid-tier manufacturers may struggle to
absorb or pass on these costs, reducing competitiveness.
Complexity in Standardization
and Maintenance
The incorporation of advanced
technologies in tires introduces significant challenges in terms of
standardization and maintenance. With the growing use of embedded electronics,
communication protocols, and sensor-based systems, a lack of universal standards
can lead to compatibility issues between tires and vehicle systems. Differing
approaches by manufacturers to smart tire architecture create fragmentation in
the market, complicating integration, especially for aftermarket installations.
Without consistent standards, fleet operators and individual users may face
difficulties in selecting or replacing advanced tires compatible with their
vehicle platforms. Maintenance complexity is another concern. Repairs for smart
tires often require specialized equipment and technical expertise, limiting
servicing options and increasing costs. Issues like sensor recalibration,
software updates, and diagnostic troubleshooting require technicians trained in
both tire mechanics and electronics.
Key Market Trends
Growing Adoption of Sustainable
Materials
A prominent trend in the
advanced tires market is the rising adoption of sustainable and eco-friendly
materials. Manufacturers are increasingly shifting toward renewable and
recycled raw materials such as natural rubber, soybean oil, silica from rice
husk ash, and recycled carbon black. These efforts are aimed at reducing the
environmental impact of tire production and disposal. The use of bio-based and
low-VOC compounds aligns with the global shift toward greener automotive
solutions and supports long-term sustainability goals. Some manufacturers are
exploring fully recyclable tire designs, incorporating modular constructions
that allow easy disassembly and material recovery. Sustainability also extends
to production processes, where efforts are being made to reduce water usage, CO₂ emissions, and waste generation. For instance, as of January 2023, Goodyear
unveiled a road-approved demonstration tire comprised of 90% sustainable
materials, spanning 17 ingredients across 12 different components.
Advancements in Self-Healing and
Airless Tire Technologies
Self-healing and airless tire
innovations are emerging as game-changers in the advanced tires landscape.
Self-healing tires are designed with special materials that can automatically
seal punctures, minimizing the risk of sudden failures and enhancing on-road
safety. These materials often include embedded polymers or microcapsules that
react to damage by sealing breaches. This advancement extends tire life,
reduces the need for immediate maintenance, and improves vehicle uptime benefits
particularly valuable for commercial operators and logistics fleets. Airless
tires, on the other hand, eliminate the risk of blowouts by replacing pneumatic
pressure with structural supports that mimic air cushioning. These designs are
especially suitable for rugged or hazard-prone environments, offering
durability and zero-maintenance benefits.
Increased Emphasis on
Tire-Integrated Telematics
The growing emphasis on
tire-integrated telematics is reshaping the way tires interact with vehicles
and drivers. Modern advanced tires are equipped with sensors that collect and
transmit data related to temperature, pressure, tread wear, and road conditions.
This data is processed by vehicle systems to enhance real-time decision-making,
such as optimizing braking performance or adjusting suspension settings based
on load and terrain. In fleet management, tire telematics play a critical role
in predictive maintenance, enabling timely replacements and reducing downtime.
This improves vehicle uptime, operational efficiency, and total cost of
ownership. In consumer applications, integration with mobile apps allows
drivers to monitor tire health remotely, receive alerts, and even book service
appointments. This connectivity aligns with broader automotive trends like
connected vehicles and V2X (vehicle-to-everything) communication.
Segmental Insights
Vehicle Type Insights
In 2024, internal combustion
engine (ICE) vehicles dominated the United Kingdom advanced tyres market by
vehicle type, driven by the large number of ICE models in operation and steady
demand within the replacement segment. However, there is a rapid transition
underway toward electric vehicles (EVs), supported by technological
advancements, regulatory pressure, and shifting consumer preferences. EVs are
creating new requirements for tires with low rolling resistance, quiet
operation, and improved durability due to the heavier battery load and instant
torque delivery. This emerging shift is expected to significantly reshape
future market dynamics, with tire manufacturers focusing on specialized
products tailored for electric mobility. While ICE vehicles currently account
for the largest share in advanced tire usage due to established infrastructure
and high market presence, the accelerating adoption of EVs is expected to
become a key demand driver in the coming years.

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Region
Insights
In 2024, England led the United
Kingdom advanced tyres market due to its high vehicle density and widespread
use of private and commercial fleets. Strong infrastructure and consumer
preference for premium performance have fueled demand for intelligent tire
technologies. Features like real-time monitoring, low rolling resistance, and
improved grip are popular, particularly in urban centers. The replacement
market remains strong, supported by fleet operators prioritizing smart tire
solutions for efficiency and safety.
Scotland showed steady growth,
driven by its diverse terrain and unpredictable weather. All-season and
adaptive tires with smart features are gaining traction, especially in
long-distance logistics. Interest in sustainable tire options is rising, with
rural and suburban drivers seeking fuel-efficient, durable products that
perform across varying road conditions.
Wales is seeing growing demand
for advanced tyres, supported by rising awareness of safety, performance, and
fuel economy. EV adoption and government efficiency initiatives are influencing
consumer choices. Though smaller in scale, the market is expanding as more
retailers offer advanced tire models, giving buyers access to technologies
previously limited to larger regions.
Recent
Developments
- In 2025, Kumho Tyre UK debuted
at the Road Transport Expo, showcasing five commercial tire models focused on
safety, durability, and fuel efficiency. Highlights included advanced tread
technologies and low rolling resistance compounds designed for fleet performance
and sustainability.
- In June 2025, Engineer Live reported key progress in airless tyre
technology, with prototypes like Michelin’s Uptis showing strong results in
fleet trials. These puncture-proof tyres enhance safety, cut maintenance, and
reduce waste, positioning them closer to commercial viability.
- In June 2025, Guizhou Tyre revealed plans to begin trial production of
Advance brand car tyres, following expansion in Vietnam. Despite profit and
cash flow declines in 2024, the move signals fresh growth potential.
- In 2025, Bridgestone and
Michelin are testing puncture-free tyres such as airless prototypes and
advanced spoke-based designs aimed at boosting safety and reliability for
autonomous and commercial vehicles.
Key
Market Players
- Bridgestone Corporation
- Michelin Group
- The Goodyear Tire & Rubber Company
- Continental AG
- Pirelli & C. S.p.A.
- Yokohama Rubber Company, Limited
- Hankook Tire & Technology Co., Ltd.
- Kumho Tire Co., Inc.
- Sumitomo Rubber Industries, Ltd.
- Toyo Tire Corporation
By Type
|
By Vehicle
Type
|
By Technology
|
By Region
|
|
|
- Self-Inflating
- Chip-Embedded
- Multi-chamber
- All-in-one
- Self-Sealing
|
- England
- Scotland
- Wales
- Northern
Ireland
|
Report
Scope:
In this
report, the United Kingdom Advanced Tyres Market has
been segmented into the following categories, in addition to the industry
trends which have also been detailed below:
- United Kingdom Advanced Tyres Market, By Type:
o
Pneumatic
o
Run-Flat
o
Airless
- United Kingdom Advanced Tyres Market, By Vehicle Type:
o
ICE
o
Electric
o
Hybrid
- United Kingdom Advanced Tyres Market, By Technology:
o
Self-Inflating
o
Chip-Embedded
o
Multi-chamber
o
All-in-one
o
Self-Sealing
- United Kingdom Advanced Tyres Market, By Region:
o
England
o
Scotland
o
Wales
o
Northern
Ireland
Competitive
Landscape
Company
Profiles: Detailed
analysis of the major companies presents in the United Kingdom Advanced Tyres
Market.
Available
Customizations:
United
Kingdom Advanced Tyres Market report with the given market data,
Tech Sci Research offers customizations according to the company’s specific
needs. The following customization options are available for the report:
Company
Information
- Detailed analysis
and profiling of additional market players (up to five).
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