N Vision 智能轮胎 by Cheng Shin Rubber Ind. Co., Ltd. is a highly esteemed winner of the very prestigious 2025 A' Design Award 金奖 in 汽车零部件、汽车配件与养护产品设计 Competition Category.
金汽车配件· 2025
N Vision 智能轮胎
by Cheng Shin Rubber Ind. Co., Ltd.
Client: Maxxis
A' Design Award 金奖 Winner in 汽车配件 Category
Verified Award Winner
Verify Award Status for #161953The Design
About N Vision 智能轮胎
N Vision是一款专为自动驾驶车辆用户设计的智能轮胎，配备预测、自适应和可更新功能。它为自动驾驶车辆提供最佳预应力，以适应不同的路况和负载，让用户能够以优惠的价格购买里程数，其环保设计的组件优化了环保材料的使用，减少整胎报废，为用户提供无忧、实惠且可持续的出行服务。
The Recognition
About the A' Design Award 金奖
N Vision 智能轮胎是 A' Design Award 金奖得主，这是授予一流、绝妙而杰出设计的极为崇高的认可。金奖得主是极具创新、极富远见且璀璨夺目的创作，反映出其设计师的天才、智慧与才干。预计N Vision 智能轮胎将成为一项备受赞誉、引领潮流、气势恢宏的发明，带来前所未有的价值。这件赢得 A' Design Award 金奖的设计是一个壮观而受人敬重的项目，极大地造福并拓展艺术、科学、设计和技术的边界。N Vision 智能轮胎激起强烈的渴望，唤起激情，鼓励创造力，令我们着迷。
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- N Vision is a predictive, adaptive and renewable intelligent tire which minimizes autonomous vehicles' travel costs per mile. Designed with optimal pre-stress to adapt to varying road conditions and loads, N Vision features an eco-friendly design and makes maximal use of eco-materials, reducing tire scrapping and providing users with affordable, worry-free and sustainable travel.
- Dimensions & Packaging
- 668mm x 668mm x 247mm
- Tags
- concept tire, concept tyre, smart tire, smart tyre, intelligent tire, intelligent tyre
- Production Technology
- N Vision's smart system uses data from multiple sensors to predict the real-time condition of road, driving speed, vehicle load and tire. It then adapts to road conditions and loads by adjusting the stretch and bending of its spokes to provide optimal pre-compression or pre-tension to the tread area. N Vision is made of bio-based materials created from rice husks and sunflower seeds, and recycled materials created from discarded tires, PET bottles and fishing nets, supporting a circular economy.
- Design Challenge
- The trend toward autonomous vehicles and the development of V2X technology require components with lower maintenance costs and longer service intervals, which affects tire design. To address this challenge, our design team proposes a variable pre-stressed airless tire inspired by cable-stayed bridges. Using our real-time prediction technology, the tire integrates with vehicle monitoring systems, providing a solution that enhances road safety and reduces maintenance and mobility costs.
- Research
- The evolution of automation technology is having a profound impact on tire usage. To assist us as we explored tire innovation and design, our design team observed mobility and vehicle industry trends and gathered public transportation usage feedback. Incorporating the support method of cable-stayed bridges, we created a blueprint for the development of tire technology and sustainable mobility with the N Vision concept.
- Inspiration
- In 2030, autonomous vehicles will enter the mass market. Future user experiences are projected to rely on a large number of new technologies and interconnected services. Consequently, the design of future tires must meet the requirements of autonomous driving technology. Also by 2030, Millennials and Generation Z will account for an estimated 69% of the working population, and sustainability and work/life balance are major concerns for them.
- Project Duration
- The project started in 2021 in Taiwan.
- Operation Flow
- N Vision uses its smart system to predict driving environments and vehicle conditions and adjusts the spokes to provide an optimal prestress of tread, maximizing ride comfort and load-carrying. N Vision also features recyclable parts that can be replaced during vehicle maintenance to optimize its working condition, thereby reducing vehicle downtime and helping mobility service providers manage their fleets efficiently and offer cost-effective prices, achieving a win-win business model.
- Team Members
- Chi Cheng Yeh
Tsung Han Hsieh
Kang Hao Huang
Hsin Ping Tsao
Ching Ming Cheng - Image Credits
- Cheng Shin Rubber Ind. Co., Ltd., 2024.
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