Human Ambient Design Koelvest door Takaaki Matsuura

Het ontwerp Human Ambient Design Koelvest door Takaaki Matsuura is een hoog aangeschreven winnaar van de zeer prestigieuze 2026 A' Design Award in Zilver in de competitiecategorie Mode-, Kleding- en Kledingstukontwerp.

ZilverMode· 2026

Human Ambient Design Koelvest

door Takaaki Matsuura

Opdrachtgever: Takaaki Matsuura

Winnaar van de A' Design Award in Zilver in de categorie Mode

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Kleuren

Het Ontwerp

Over Human Ambient Design Koelvest

Human Ambient Design combineert hoogwaardige mode-esthetiek met functionele techwear; dit luchtgekoelde vest belichaamt de bredere ontwerpfilosofie. Door gebruik te maken van premium Olmetex-restvoorraden omarmt het project circulair ontwerp via doordachte upcycling. Het oversized silhouet is ontworpen met aerodynamische efficiëntie in gedachten, waarbij interne luchtstroomkanalen zorgen voor superieure thermische regulatie. Het project herdefinieert hittebescherming en biedt een functioneel alternatief voor conventionele kleding, met een onderscheidende identiteit die bevestigd wordt door wereldwijde branche-experts en uitmuntend ontwerp.

De Erkenning

Over de A' Design Award in Zilver

Human Ambient Design Koelvest is winnaar van de A' Design Award in Zilver, een buitengewoon prestigieuze erkenning die wordt toegekend aan topontwerpen die prachtig en indrukwekkend zijn. Winnaars in Zilver zijn enorm briljante en uiterst creatieve werken die de uitmuntende expertise, het talent en de scherpzinnigheid van hun ontwerpers illustreren. Human Ambient Design Koelvest wordt verwacht een prachtig paradepaardje te zijn dat opmerkelijk professioneel en diepgaand innovatief is. Dit ontwerp dat de A' Design Award in Zilver heeft gewonnen, is een hoogst opmerkelijke, bewonderde uitvinding die baat en de grenzen van kunst, wetenschap, ontwerp en technologie verlegt. Human Ambient Design Koelvest is een zeer benijde creatie die verlangens oproept, positieve gevoelens brengt en verbazing en verwondering doet ontvlammen.

Achter het Ontwerp

Perskit

Credits, teamleden en technische details verstrekt door de ontwerper.

Unieke Eigenschappen: This design transforms high-end deadstock from Italy's Olmetex into a high-fashion Cooling Vest. Unlike conventional tight-fitting garments, its baggy silhouette balances aesthetic volume with aerodynamic efficiency. The matte nylon taffeta provides a sophisticated texture, while strategic drawcords at the shoulders and hem prevent air leakage, ensuring cooling without excessive inflation. It merges textile heritage with modern air-cooling functionality integrated by Japanese craftsmanship.
Afmetingen & Verpakking: Dimensions: Width 640mm, Length 740mm, Shoulder Width 540mm. Designed as a one-size-fits-all unisex model. Composition: 100% High-density Technical Nylon from Olmetex surplus. Features water repellency and wind resistance to maintain internal air pressure. The design is compatible with various standard portable fan units available on the market.
Tags: Air Cooling Vest, Upcycled Fashion, Olmetex, Technical Apparel, Sustainable Design, Oversized Silhouette, Techwear, Urban Gear, Cooling Technology, Unisex Fashion
Productietechnologie: The vest uses premium nylon taffeta from Olmetex, known for high-density weave and technical finishing. Precision tailoring manages the voluminous baggy fit while incorporating internal airflow channels. A key feature is the internal mesh pocket at the rear collar for ice packs to enhance cooling. The assembly utilizes specialized fan mounting rings and adjustable cord-lock systems at the extremities to maximize air pressure and circulation efficiency within the garment.
Ontwerpuitdaging: The main challenge was reconciling industrial air-cooling hardware with the sophisticated drape of high-end textiles. Traditional air-cooled garments require a tight seal, often causing an unflattering 'balloon' effect. This project challenged that norm with a baggy silhouette using internal channels and drawcords to guide airflow without losing volume. Engineering a system to securely mount fans onto lightweight nylon without fabric strain required precise structural reinforcement.
Onderzoek: This research explored the intersection of high-end textile upcycling and active cooling technology. The goal was to test if oversized silhouettes maintain the thermal efficiency of traditional air-cooled workwear. Methodology included airflow visualization and self-conducted trials in urban environments. Results showed that strategic drawcords effectively managed ballooning while providing superior comfort. Upcycling luxury fabrics reduces waste and enhances technical performance in techwear.
Inspiratie: The inspiration came from an environmental perspective to upcycle premium surplus materials. The designer integrated Olmetex's quality with the need to survive Japan's record-breaking summer heat. The goal was to create sustainable Urban Armor, allowing fashion enthusiasts to maintain their style using fan-cooled technology. The project was validated when Olmetex officially featured the design on their media, proving that deadstock can surpass the value of original production.
Projectduur: The project commenced in December 2024 in Osaka, Japan, with sourcing and initial prototyping. In March 2025, the prototype was unveiled on the designer's social media and subsequently featured by the prestigious Italian manufacturer, Olmetex. Following rigorous wearability testing, the design was optimized by removing redundant elements to reach its most refined form in April 2025. This journey from prototype to final design served as a key milestone for the launch of the "Human Ambient Design" initiative.
Werkproces: Users activate dual fans at the lower back to draw air into the vest. The air circulates around the torso and escapes via the neck and armholes, removing heat. Tightening the hem and armhole drawcords increases internal pressure to optimize the cooling effect. An ice pack can be placed in the rear collar pocket for immediate chilled air. This interaction allows a seamless transition from an active functional cooling state to a relaxed, aesthetic drape.
Patenten: Copyright (C) 2026 Human Ambient Design by Takaaki Matsuura. All rights reserved. The original silhouette and technical construction for upcycling deadstock materials are the intellectual property of the designer.