South Korea Airless Tire Market

South Korea Airless Tire Market Summary

As per Transpire Insight Analysis the South Korea Airless Tire Market size is estimated at USD 2508 Million in 2025 and is anticipated to reach USD 3599.2 Million by 2033, growing at a CAGR of 4.62% from 2026 to 2033.

South Korea is seeing more interest in airless tires. The daily angle is hard to ignore. A puncture can slow a vehicle fast. Crews also have to check air pressure and pull the unit in for service. That impacts passenger cars, industrial machines, and the newer self driving setups.

The work has changed over the last few years. At first, many teams showed prototypes. Later, the aim shifted to real use. South Korean companies have started to fold non pneumatic tires into fresh mobility plans.Hankook Tire shared one clear example. It put its i Flex forward with Hyundai’s Plug and Drive at CES 2022. The display pointed to smaller and more automated mobility units.

A second driver is the rise of electric cars. EVs force tire makers to rethink the basics. Now engineers focus on lower rolling drag, higher load strength, longer service life, and steadier control. They also use digital tools to help with setup and testing.Hyundai Motor Group and Michelin supported this direction too. They teamed up in 2022, then again in 2025.For fleet owners and equipment teams, keeping units running matters most. They also look at the full cost over time. So airless tires can shift how buyers decide. It is not only about a low sticker price. The choice can come down to total operating cost.

South Korea Airless Tire Market Size & Forecast:

• South Korea Airless Tire Market Size 2025: USD 2508 Million
• Expected Market Value 2033: USD 3599.2 Million
• Forecast CAGR: 4.62%
• Leading region in 2025: 
• Fastest Growing region: 
• Key Profile: Michelin, Bridgestone, Goodyear, Hankook Tire, Sumitomo Rubber Industries, Yokohama Rubber, Continental AG, Toyo Tire, Kumho Tire, Hyundai Mobis, Trelleborg, Polaris, GRI Tires, CST Tires, Airless Technologies 

Key Market Insights

• The Seoul Capital Region sits at the front for local demand. It takes over 40% of the total. A lot of this comes from EV fleet use and work that stays close together.
• Ulsan is moving the fastest in the industrial area. From 2025 to 2030, the rise lines up with car output and tire care programs.
• Most teams are focusing on polymer airless tires. Hybrid support parts are also picking up speed. They are moving ahead sooner than other choices.
• Still, radial airless tire designs stay the main pick. Companies want them to work with current vehicle setups. They also want to match OEM testing steps.
• By 2030, hybrid builds look like the leading route. They rely on strong spoke zones. They also add reinforced materials to help with wear. They aim for a smoother ride too.
• Right now, passenger EVs are the key target. That fits with how airless tire tech plugs into self driving mobility. It also matches South Korea’s well developed auto sector.
• Commercial logistics is growing at a quicker pace. Delivery fleets want fewer punctures. They also want steady operation and less time lost to tire problems.
• Car makers are helping adoption along. As airless tires leave the early trial stage, OEM links matter more.
• Specialty vehicle firms are also rising. By 2026, plans point to unmanned firefighting units. Defense uses are in the mix as well.
• Hankook Tire pushed i-Flex forward too. It went from its 2022 self drive concept ideas to 2026 unmanned firefighting robots. This was done with Hyundai Rotem.

What are the Key Drivers, Restraints, and Opportunities in the South Korea Airless Tire Market?

South Korea is leaning harder into EVs, self-driving travel, and robotic machines that work without people nearby. That change helps explain why airless tires are getting more attention. An airless tire has no air inside. That means there is no air to top up and no common blowout from a puncture. Vehicles can run even when tire checks are not easy.Hankook’s i-Flex is a good example. It started as a 2022 idea tied to Hyundai’s PnD module. By 2026, the plan moves into supply support for Hyundai Rotem’s unmanned fire-fighting robot. You can see the route from a concept to actual production orders.

Still, there is a big wall to clear. Airless tires have to handle rough roads and keep noise levels in check. They must keep up long term, even in heat, and they must stand up under heavy loads. They also need a steady speed feel without the air’s damping effect. Kumho points out that certain spoke layouts can crack in the center. That can hurt ride comfort and cut tire life. Kumho also says its newer continuous build hit 160 km/h in tests.Getting this ready takes time. Validation and proof trials can drag on. Because of that, large rollouts often get delayed. Money and supply then stay aimed at prototypes and small vehicle groups. It is not yet the kind of wide launch you would see for most regular drivers. Transpire Insight, using regional purchase notices and release timing, calls the main risk a tight supply chain.

One clear chance is to link airless tire work with smarter design and connected tools. NEXEN TIRE is using AI for virtual inspection. It also has a 2025 high-dynamic simulator. Hyundai and Michelin are said to be building digital tire models too. If these steps line up, fewer on-road and lab tests may be required. It could also help with tire fitting for EVs, driver assist, and autonomous setups, plus the needs of logistics and other smaller fleets.

What Has the Impact of Artificial Intelligence Been on the South Korea Airless Tire Market?

Tire work is changing. Companies are no longer repeating the same physical trials over and over.NEXEN TIRE is moving to X-AI and digital tire models. With this setup, engineers can test braking, grip, tread life, noise, and how the tire structure stays strong. They do this before a real prototype is built. In 2025, NEXEN also added a new driving simulator. It combines VR with AI. Staff can replay road-like scenarios on a computer, then study tire behavior more closely.

Changes are also happening on the factory floor. In 2024, NEXEN TIRE introduced an AI check system for tires after production. The system uses machine learning to sort and review tire quality. That reduces how much manual inspection is needed. It also supports the same workflow across multiple plants by using shared equipment.Hankook Tire is pursuing a similar direction. It uses AI, simulation, and prediction tools. The goal is to make results from virtual tests line up with what is seen in real use. This is meant to cut OE development time.

Digital twins are becoming a larger focus too. Hyundai Motor Group and Michelin are working on tire digital twin technology that can be tied into vehicle systems. Michelin expects a 2026 approach that uses AI and vehicle data. The aim is to give performance guidance while the vehicle is being driven.There is still a hard problem. The big issue is the cost and the effort to link all the parts. Data quality is another concern. Airless tires need very specific inputs. These include load, how much the tire flexes, temperature, road type, and the effects seen over long-term use.

Key Market Trends

• Hankook’s i-Flex plan changed in 2022. It went from showing demos at CES to setting goals for a 2026 launch of an unmanned firefighting vehicle.The goal sounds clear. Fewer service stops. Less strain to deal with when a vehicle has no driver inside.
• This move toward autonomy also changed tire choices. Teams began to test airless designs. The point is simple. Keep going when punctures occur. In other words, reduce the usual tire routine for units that run on their own.
• Defense use grew after 2022. Hankook showed i-Flex on Hyundai Rotem’s multipurpose unmanned ground vehicle during that period.
• Kumho finished its work on airless tires at the national level in 2021. After that, it widened the scope. It moved beyond only airless tires and looked at electric carts and machines built for specific jobs.
• Tire materials are shifting too. The industry is leaning toward polymer options that can be used again later.Kumho says it wants renewable inputs. It still expects airless tires to work well at higher speeds.
• AI use in tire work rose in 2024 and 2025. NEXEN TIRE used X-AI with virtual models and simulation while developing tires.
• After 2025, digital twins became more important. Hyundai and Michelin expanded their shared work. They kept their focus on virtual development, plus tire systems meant to plug into a bigger platform.
• Between 2025 and 2030, fleet delivery logistics are getting more attention. Strong puncture resistance can cut downtime during daily routes.
• Airless tech is not only for cars. By 2026, firefighting trials suggest the same approach can handle harsh and high risk conditions. 
• If that trend keeps going, fewer physical prototypes may be needed. That could also lower development costs.

South Korea Airless Tire Market Segmentation

By Tire Type : 

Radial airless tires are getting a lot of attention lately. Builders seem to like them. The radial shape still works with many common vehicle build methods.Non-pneumatic tires are also showing up more often. You can spot them in driverless transport, in some niche vehicles, and on job-site equipment. With less puncture risk, there are fewer service interruptions.Spoke-based tires are getting interest too. The spoke setup bends and flexes to cut down shock impact. They do not depend on air pressure in the same way as older designs.

Honeycomb tires and composite airless tires are being tested more in specific trials. People look to them for harsh use. They also aim for stable handling under steady loads.Reel-style tires still have a place in small machines and off-road systems. The wheel and tire act as one unit. That can make regular care easier.In the next phase, the team will need to sort out ride feel and heat control. They will also weigh mass, long-term wear, and the cost to build. Better materials and more computer checks should help confirm results for more buyers soon.

By Vehicle Type : 

Tire makers are paying close attention to electric vehicles. The goal is simple: cut rolling resistance so the car uses less energy. The tires also need to stand up to heavy weight and daily use. Drivers notice when tires run quietly, so noise levels matter.Passenger cars and SUVs are still a major target. Yet turning a tire idea into a real product takes many tests. Test work must include different driving speeds. Comfort and safety checks are part of the plan. The tires also have to cope with shifting road grip and rough surfaces.Commercial fleets have their own pressure to switch. Fewer punctures means less time with a vehicle out of service. That can translate into real savings for a fleet, not just good claims.

Other uses show up too. Bicycles and e-bikes can gain from tires that wear well and do not need constant fixing. In construction and farm settings, a single flat can halt a job. That often causes delays in maintenance and service calls.Autonomous vehicles add another layer. If no person is waiting at the roadside, repairs can take longer. In that case, the tire choice becomes even more important.Tire makers also need to work with mobility teams. With that input, they can adjust tread and structure for each vehicle. Different platforms may need different tire setups, not one plan for all.

By Material : 

People are looking more at polyurethane and reinforced polymer products. Airless builds need parts that can flex in a planned way. They also have to last and handle being bent again and again. Composite materials can also help teams shape sturdier structures. At the same time, these materials can make it easier to hit tight limits on weight and force. Rubber is still used a lot too. Tire making know how is already well known. That helps with forming the material, running durability checks, and fitting it to vehicles.

Thermoplastic elastomers can be a good fit for parts that must stay flexible. They also tend to process more easily. They can be reused, which is a benefit in some cases. Carbon fiber composites still cost more, but they are often chosen for that reason. They can keep weight low while giving strong support. Material choice will likely lean on long term results, not only on whether something simply holds up. Testing will keep going on. Teams will try different material pairings to support a smoother ride, better heat tolerance, less energy loss when rolling, and better cost control in production.

By Application : 

Passenger transport is a major long term use. Some makers are testing airless tire types for EVs, driverless systems, and other mobility plans.Commercial transport looks like a strong fit right now. Fleet owners often push for tires that resist punctures. If that holds, roadside issues drop. Then the vehicles spend more time working.Off road vehicles also make sense. Rough routes can wreck regular air filled tires. When that happens, flats can show up. Tire pressure can fall too.

In construction and farming, the benefit is mainly lower upkeep. These sites run tires hard and for long hours. If tires last longer with less fuss, the work cycle stays on track.Mobility devices and micromobility platforms have their own needs. Smaller units still depend on steady tires. Many owners also want fewer maintenance tasks.Autonomous mobility programs can add momentum. They rely on parts that keep working in real conditions. The aim is fewer trips for tire related fixes.Wider adoption will depend on hard proof. People will look at comfort, durability, safety, and overall running cost.

By End User : 

Car OEMs and makers sit right in the center. Their plants must pass tough checks. They also need close coordination between the vehicle team and the tire team.Fleet operators are just as key. They have real ride and service logs. Those logs can help show cost gains when punctures drop. They can also point to fewer repair delays.Bike brands and micromobility companies can move faster as well. If the bike is light and the speeds are not too high, they may use simpler airless systems. That can cut down on how much validation work is needed.

Construction sites and farms form another clear set of needs. A tire failure can halt the job. That can push service fees up and add waiting time.The aftermarket still looks like a strong route. New tires must pass safety screening. Buyers also depend on shipping lanes, rider trust, and price pressure.Partnerships should drive the next stage. Tire makers want better access to vehicle platforms. They also need to match the demands of harsh work sites and niche routes. New products will most likely begin with fleet and industrial use first, with some autonomous use later. After that, they can broaden into the wider aftermarket.

What are the Key Use Cases Driving the South Korea Airless Tire Market?

Passenger transport remains a key focus. This shows up in both electric cars and regular passenger vehicles. Car makers and OEM teams consider tire options without air because they can lower the chance of punctures. They also try to cut the hours spent on tire checks and tire work. With EV plans, this point matters even more. Battery mass adds weight, and many models chase strong power goals. That combination pushes makers to pick tire designs that match how the vehicle will be used.

Fleet operations are moving in the same direction. A lot of fleet managers want fewer unplanned stops tied to tire issues. They want repair schedules they can plan ahead for. Construction sites also fit the same logic. Off road vehicles spend time on uneven ground. That kind of use can grind down or break standard air filled tires quickly. When machines sit idle, costs rise. So airless tire designs look like a practical option.

Fresh use cases keep appearing too. Driverless mobility devices and e bikes are two examples. These tools often need less hands-on care from people. For that reason, tire systems that need little attention can fit well. Farm equipment may also gain from this approach. Work still happens on rough fields and uneven tracks. Operators want traction that stays steady and tires that behave in a dependable way in those conditions.

Which Regions are Driving the South Korea Airless Tire Market Growth?

Seoul Capital Region is set to lead in airless tire work. In 2025, it should be near 40%. A key driver is how packed the area is with auto research. It also has newer mobility sites. EV fast charging is already common there. You can also see support for safer driving and tests for self driving. The national government backs smart mobility too. Tire makers and car brands keep close contact. Hankook Tire, Hyundai Motor Group, NEXEN TIRE, and other suppliers stay linked on engineering and output. Funding for connected services and self driving is likely to keep coming. That could help the region stay ahead through 2033. This matters even more for airless tires that match OEM plans.

Ulsan and the southeast industrial belt do not look the same. Their strength is tied to car making. It also comes from large plant operations and steady spending. The advantage is not mainly one tight tech pocket in a single city. Car output stays steady. Supplier ties also remain. For tire makers, that steady base helps with checks and testing. It also helps work on special purpose vehicles and industrial mobility systems. Hyundai linked production helps local income stay firm over time. With factory support that lasts and supplier routes already in place, the area should keep regular work. That trend should hold as airless tires move from trial stages into normal commercial sales.

Gyeonggi Province is seeing strong growth in new regional work. EV production is rising there, and robotics and self-driving mobility are spreading too. Factories are being updated for advanced parts. This is also linked to work on non-pneumatic tire technologies.More money has been put into smart plants and autonomous vehicle platforms. That has helped create places to test new tire ideas. It also supports next-generation vehicle systems at the same time.The area is close to major OEMs and tech suppliers. That helps teams move faster from trials to real deals. It also makes partnerships easier to set up.From 2026 to 2033, the change should open clear chances for tire makers and material suppliers. Investors may also see room to back specialized mobility platforms.

Who are the Key Players in the South Korea Airless Tire Market and How Do They Compete?

The South Korea airless tire scene seems pretty stable. Hankook Tire, Kumho Tire, and NEXEN Tire lead most of the product pushes. Here, newer tech often counts more than low cost. Even without air, the tire cannot skip tests. Teams look at how it ages, how it feels when driving, and how it deals with heat. They also check how much load it can take. On top of that, they run tests for fast speeds.

Big companies keep working. They put funds into research and development. They also try to stay close to original equipment makers. That helps them keep an advantage. At the same time, other types of mobility are growing. Those efforts may open space for new suppliers with fresh ideas.Hankook Tire is moving ahead with its i-Flex concept. The structure uses a set of multi layer spokes that lock together. The aim is to handle weight well. It also aims to deal with hits in a steady way. Hankook links this push with Hyundai Motor Group and Hyundai Rotem. That can help the tire match needs for self driving systems and unmanned setups.

Kumho Tire is focused on its ongoing airless structure work. The plan includes testing up to 160 km/h. It also supports growth in smaller vehicle areas. Links to electric carts and vehicles made for specific tasks help Kumho reach tighter market niches.NEXEN TIRE wants to go a different way. It leans on digital engineering. It uses AI tools, virtual tire models, and a high dynamic driving simulator. The goal is to reduce how much real world testing is needed. That way, teams can shift from idea to product faster.Michelin also keeps a role in this space. It works with digital twin efforts and partners that include Hyundai Motor Group. This can help it build tires that fit upcoming mobility needs.

Company List

• Michelin
• Bridgestone
• Goodyear
• Hankook Tire
• Sumitomo Rubber Industries
• Yokohama Rubber
• Continental AG
• Toyo Tire
• Kumho Tire
• Hyundai Mobis
• Trelleborg
• Polaris
• GRI Tires
• CST Tires
• Airless Technologies 

Recent Development News

In September 2025, Hankook Tire unveiled and demonstrated the second-generation WheelBot 2 robotic wheel platform. The spherical airless wheel uses three-axis movement and a PathCruizer demonstration to expand potential applications in autonomous and future mobility systems. Source https://www.hankooktire.com/

In August 2026, Hankook Tire & Technology received the Best of the Best award at the 2026 Red Dot Design Award for the i-Flex Gen 2 airless concept tire. The recognition validates a next-generation circumferential spoke design developed for electric and autonomous vehicles, strengthening Hankook’s technology position in future mobility applications. 

Source https://www.hankooktire.com/

What Strategic Insights Define the Future of the South Korea Airless Tire Market?

In the next five to seven years, South Korea’s airless tire market is likely to shift. It will start with more trials and then move toward real use in specific businesses. This change will be pushed by EV vehicle programs, self-driving transport plans, and situations where flat-related delays cost a lot to operate. Buyers will tend to choose makers who can show strong life and stable ride quality. Price alone will not be enough. Hankook’s 2025 numbers support this trend. For passenger cars and light trucks, EV tires made up about 27 percent of OE sales. That points to wider take up of higher value tire types.

There is also a quieter threat. New improvements in normal EV tires could change the math for airless options. Better tire sensing, smarter digital tracking, and more forecast based upkeep may cut the edge that airless designs have. This could happen before airless tires reach full production scale. Still, there is a chance to balance this risk. Airless parts can be paired with digital twin models and AI style testing. That may lower the need for as many physical trials. It also may help tailor designs for self-driving uses. For this reason, firms should focus on OEM links and pilot programs with real fleets first. They should use data from the field to check total life cost savings. Then they can aim for repeat orders with more confidence.

South Korea Airless Tire Market Report Segmentation

By Tire Type

• Radial Airless Tires
• Non-Pneumatic Tires
• Solid Airless Tires
• Honeycomb Tires
• Spoke-Based Tires
• Composite Airless Tires
• Tweel-Type Tires

By Vehicle Type

• Passenger Cars
• SUVs
• Electric Vehicles
• Commercial Vehicles
• Bicycles
• E-Bikes
• Construction Vehicles
• Agricultural Vehicles

By Material

• Rubber
• Polyurethane
• Composite Materials
• Thermoplastic Elastomers
• Reinforced Polymers
• Carbon Fiber Composites

By Application

• Passenger Transportation
• Commercial Transportation
• Off-Road Vehicles
• Construction
• Agriculture
• Mobility Devices
• Micromobility

By End User

• OEMs
• Fleet Operators
• Automotive Manufacturers
• Bicycle Manufacturers
• Construction Companies
• Agriculture Companies
• Aftermarket Users