Concept Tyres

23.09.2018

In September 2018 Hankook held the ‘Design Insight Forum' at its global R&D centre Technodome in Daejeon, Korea, where topics including the future of mobility and the tyre industry were discussed.

File size: 271 кБ

28.11.2018

At the Motor Show in Essen 2018 Hankook is presenting the winning entries of the “Design Innovation” project: “Aeroflow” and “Hexonic”.

File size: 271 кБ

29.11.2018

The “Aeroflow” is a tyre for maximum downforce designed for use in motorsports. To achieve this, the wheel has been widened through a separable tread and the tyre grip has been optimised.

File size: 2 МБ

29.11.2018

The “Aeroflow” is a tyre for maximum downforce designed for use in motorsports.

File size: 435 кБ

29.11.2018

The "Aeroflow" tyres have been equipped with turbine impellers to pick up the air during driving and use this to generate additional downforce if necessary.

File size: 931 кБ

29.11.2018

“Hexonic” is an intelligent tyre concept for autonomous shared mobility vehicles.

File size: 411 кБ

29.11.2018

“Hexonic” is an intelligent tyre concept for autonomous shared mobility vehicles. The Hexonic supports the vehicle’s efforts to offer maximum driving comfort by scanning and analysing the road in real time using seven separate sensors.

File size: 3 МБ

29.11.2018

The Hexonic supports the vehicle’s efforts to offer maximum driving comfort by scanning and analysing the road in real time using seven separate sensors.

File size: 2 МБ

29.11.2018

The “Aeroflow” is a tyre for maximum downforce designed for use in motorsports. The focus of the design on downforce, which is not generally taken into consideration during tyre development, is what makes the draft so unique.

File size: 8 МБ

29.11.2018

“Hexonic” is an intelligent tyre concept for autonomous shared mobility vehicles.

File size: 903 кБ

29.11.2018

“Hexonic” is an intelligent tyre concept that records road conditions such as grip, temperature and state of the road surface and adapts the tyre treads accordingly.

File size: 1 МБ

29.11.2018

“Hexonic” is an intelligent tyre concept for autonomous shared mobility vehicles. The designer considered completely autonomous, driverless vehicles as the standard for future cities and developed a tyre for jointly used cars.

File size: 8 МБ

29.11.2018

The Hexonic supports the vehicle’s efforts to offer maximum driving comfort by scanning and analysing the road in real time using seven separate sensors.

File size: 2 МБ

12.09.2017

Wheels and tyres with their own power source that attach and detach according to the weight of the vehicle. It is an autonomous bus concept (Driverless Public Transportation) that has an applied Self-Contained Drone concept.

File size: 1 МБ

12.09.2017

Futuristic single user mobility which can freely move within complicated cities and access stairs and speed bumps through a principle of divided treads that expand and contract.

File size: 2 МБ

12.09.2017

The two wheel with flexible suspension structure allows a minimized volume size during standby mode and maximized cornering performance. It is a single user mobility that can move freely through the city with high accessibility, similar to Flexup.

File size: 1 МБ

11.09.2017

The “Ball Pin Tyre” is a unique future-oriented tyre capable of moving in a full 360-degree circle, meaning right angle turns and zigzag driving is possible.

File size: 3 МБ

11.09.2017

To help the “Ball Pin Tyre” achieve the full potential of its futuristic technology, Hankook Tire has installed an advanced gyroscope and a three omni-wheel system to the vehicle.

File size: 4 МБ

12.09.2017

A single user mobility board which uses magnetic field extension and rotation principle. By improving accessibility and portability, it can move freely on pavements and can be used indoors.

File size: 1 МБ

12.09.2017

The divided treads, with the skating principle provides maximum cornering performance. They are tyre concepts for special vehicles such as police cars in mega cities that are becoming increasingly sophisticated and dense

File size: 315 кБ