Home Projects Amphibio by Jun Kamei
ProjectsFashion

Amphibio by Jun Kamei

Share
Amphibio by Jun Kamei
Share
Amphibio

AMPHIBIO is a 3D printed amphibious garment which function as a gill. Designed for a future where humankind lives in very close proximity with water, it provides daily comfort to people who spend as much time in the water as on the land. 

By 2100, a temperature rise of 3.2? is predicted to happen, causing a sea level rise affecting between 0.5 – 3 billion people and submerging the megacities situated in the coastal areas.

Subscribe to our newsletter

Amphibio by Jun Kamei

It was designed by designer and material scientist Jun Kamei at the Royal College of Art, in collaboration with the RCA-IIS Tokyo Design Lab, an international collaborative initiative between the RCA and the University of Tokyo.

AMPHIBIO is made out of a special porous hydrophobic material which supports underwater breathing by replenishing oxygen from the surrounding water and dissipating carbon dioxide which accumulate in the system.

Amphibio

The technology was inspired from water diving insects which survive underwater by virtue of a thin layer of air trapped on their superhydrophobic skin surface, working as a gas exchanging gill. The newly developed material can be shaped in complex form using the recent additive manufacturing technology such as 3D printing.

As a next step, Kamei is planning to test AMPHIBIO to support underwater breathing at human scale, where a gill with at least 32 m2 would be required to support our oxygen consumption in water.

Amphibio

Although the dystopian connotation of a flooded world, Kamei wants to propose a more optimistic vision of such future, where human could live in an amphibious manner by virtue of the gill garment; a world where human would have a peaceful touristic dive in the neighboring church, or a night dive in the vivid streets. 

If you are familiar with free diving and scuba diving equipment, AMPHIBIO sits right in between those two. In a near future, it could allow the wearer to stay underwater longer than in free diving, but with less equipments (smaller gas tank) than in scuba diving.

Amphibio
Amphibio
Amphibio by Jun Kamei

Via > Jun Kamei

Dragonfly 3D Printed Dress – Parametric Architecture

Dragonfly, is a 3D printed dress designed and fabricated by two Russian artists Oleg Soroko of After Form and Mintsev Kirill . The collaboration between two artists combined two major topics of fashion and parametric design . Designed and 3d printed in Moscow , Russia , Dragonfly consists from two main parts.

Share

Leave a comment

Leave a Reply

Related Articles
Roy and Diana Vagelos Education Center by Diller Scofidio + Renfro
Projects

Roy and Diana Vagelos Education Center by Diller Scofidio + Renfro

Located in a residential neighborhood in Upper Manhattan, the Roy and Diana...

3XN, B+H and Zhubo's Shenzhen Natural History Museum Tops Out in China
Projects

3XN, B+H and Zhubo’s Shenzhen Natural History Museum Tops Out in China

Designed by the B+H-3XN-Zhubo consortium, the new Shenzhen Natural History is set...

THE LEAVES by Davide Macullo Architects: A Geometric Tower that Responds to Daylight
Projects

THE LEAVES by Davide Macullo Architects: A Geometric Tower that Responds to Daylight

Vlore is the Riviera of Albania, nestled on the hills between the...

Fashion & Architecture: 5 Iconic Collaborations Every Architect Should Know
Fashion

Fashion & Architecture: 5 Iconic Collaborations Every Architect Should Know

Fashion and architecture have shared an irresistible attraction since prehistoric times, both...

Subscribe to all newsletters

Join our community to receive the latest insights and updates!

© 2025 ParametricArchitecture. All Rights Reserved. By utilizing this website, you are consenting to our User Agreement, Privacy Policy, and Cookie Statement. In compliance with the privacy laws of Turkey and the United States, we recognize and respect your rights. Please be aware that we may receive commissions for products bought through our affiliate links. Unauthorized reproduction, distribution, or transmission of any material from this site is strictly forbidden without prior written permission from ParametricArchitecture.

ad blocker mark

AdBlocker Detected!

Help Us Keep Our Content Free

Your support helps us continue delivering high-quality resources at no cost to you.

We’ve detected that you are using an AdBlocker. We completely understand the need for a clean browsing experience, but ads help us keep this platform running and continue providing you with high-quality content at no cost.

If you enjoy our content, please consider disabling your AdBlocker or adding our site to your whitelist. Your support allows us to create more valuable articles, tutorials, and resources for you.

Thank you for being a part of our community!