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Ecool 模組化共享滑板車 by Wai Yin Chai
Ecool 模組化共享滑板車 by Wai Yin Chai
Ecool 模組化共享滑板車 by Wai Yin Chai
Ecool 模組化共享滑板車 by Wai Yin Chai
Ecool 模組化共享滑板車 by Wai Yin Chai

銅 踏板車 · 2025

Ecool 模組化共享滑板車

by Wai Yin Chai

  • A' Design Award 銅獎 2025 in 踏板車
  • CLIENT: Ecool
  • Estimated Number of Design Views: 13,050
  • Verification code 18DEB1C7C7 · Verify this award
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About Ecool 模組化共享滑板車

Ecool係一款為「15分鐘生活圈」共享出行而設計嘅模組化滑板車。腳踏式一步摺疊機構縮小咗停泊時嘅佔地面積,節省城市空間。摺疊動作毋須彎腰即可完成,方便行動不便嘅使用者操作。導軌式充電站有助車隊管理,並減少車輛遺失。車架採用壓鑄再生鋁製造,再配合再生ABS同PC塑膠,提升耐用性。模組化組件方便簡易客製化同維修,延長滑板車嘅使用壽命。

About the A' Design Award 銅獎

Ecool 模組化共享滑板車是 A' Design Award 銅獎得主,這是授予以創造力、獨創性和敏銳見長的傑出設計的極具聲望的認可。銅獎得主是技藝嫻熟、創意驚人的作品,印證了其設計師豐富的經驗、想像力與機智。預計Ecool 模組化共享滑板車將成為一件備受推崇、令人欽佩且被珍愛的物品,兼具顯著的專業性與創新性。這件贏得 A' Design Award 銅獎的設計融入藝術、科學、設計和技術領域的最佳實踐,並因注重細節而出類拔萃。Ecool 模組化共享滑板車出色地滿足需求,觸動渴望,迷住情感,並吸引好奇心。

Press Kit

Unique Properties
Ecool is designed for sustainability in 15 min cities, emphasizing environmental, commercial, and community benefits. Its one-step foldable design reduces its footprint when parked, optimizing urban space. Modular to suit various users, including delivery personnel, it includes railing charging stations for better management and reduced loss. Made from recycled materials, Ecool supports a circular economy by promoting resource reuse and minimizing emissions.
Dimensions & Packaging
Normal Mode: 1216 mm x 530 mm x 944 mm
Folded Mode: 563.87 mm x 530 mm x 935.41 mm
Wheels: 10 inches in diameter
Tags
Sustainable Design、Foldable Design、Modular Design、High-tech、Eco-friendly、Shared mobility、Ergonomic、Carbon Emission Reduction、Space-efficient 、Accessibility
Production Technology
Ecool production combines advanced materials with modern manufacturing. Its recycled aluminum frame, made via diecasting, ensures strength and precision, while recycled ABS and PC plastics enhance durability. Iterative prototyping used 3D printing for testing and CNC machining for final parts. This blend of sustainable materials and high tech processes underscores Ecool is commitment to innovation and environmental responsibility.
Design Challenge
The primary challenge in designing the Ecool scooter was creating a simple, optimal folding mechanism that allowed operation without bending, catering to users with limited mobility. This involved extensive ergonomic research and numerous design iterations. Additionally, compliance with diverse regional safety standards impacted the scooter is specifications. Efforts were also made to incorporate sustainable manufacturing processes to minimize carbon emissions.
Research
The Ecool design study aims to enhance sustainable urban mobility, aligned with the 15 minute city concept. It focuses on creating a foldable, modular scooter that saves space, meets diverse needs, and uses sustainable materials. Participants including delivery personnel and commuters, prefer compact, versatile transport that reduces clutter and improves accessibility. Ecool supports shared mobility, lowers carbon emissions, and influences urban transportation policies for a sustainable future.
Inspiration
Inspired by the challenges facing shared scooters in Europe and bikes in China, including theft, vandalism, and sidewalk congestion, this project aims to redefine sustainable urban mobility. The excessive production and abandonment of scooters not only pose environmental threats but also burden enterprises economically. With rising skepticism towards shared transportation models, there is an urgent need for innovative solutions to ensure sustainability and reduce urban carbon emissions.
Project Duration
The project was initiated in January 2024 in Hong Kong and the design was completed in May 2024.
Operation Flow
The Ecool scooter is designed for intuitive use, featuring a foot-activated one-step folding mechanism for quick, effortless compact storage. This design enhances accessibility, including for users with physical limitations.

A smart system connects to a mobile app, offering real-time data on scooter availability, battery life, and route optimization for efficient travel. The modular design allows easy customization and maintenance, extending the scooter’s lifecycle and performance.

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