Kuchofuku Air-Conditioned Short Sleeve Work Shirt Integrates Cooling Fans
References: y-aoyama.jp
The Kuchofuku Air-Conditioned Short Sleeve Work Shirt combines business attire with an integrated active cooling system developed through a collaboration between Yofuku no Aoyama and FZN. Two built-in electric fans circulate air beneath the fabric to reduce heat buildup during hot weather while maintaining the appearance of a conventional short-sleeved button-up shirt. The cooling system offers three operating modes, delivering up to 3.5 hours of runtime at maximum output or approximately 10 hours on the lowest setting. The shirt is available in blue and gray across medium, large, and XL sizes.
Each cooling fan weighs approximately 95 grams and is powered by a rechargeable 165-gram battery pack positioned within the garment. The concealed system is largely hidden from the front while remaining visible from the rear, integrating airflow without significantly altering the shirt's business-focused styling.
Image Credit: Yofuku no Aoyama
Each cooling fan weighs approximately 95 grams and is powered by a rechargeable 165-gram battery pack positioned within the garment. The concealed system is largely hidden from the front while remaining visible from the rear, integrating airflow without significantly altering the shirt's business-focused styling.
Image Credit: Yofuku no Aoyama
Consumer Demand Drives Foldable and Multi-Screen Devices
Consumers are adopting foldable and multi-screen devices as they seek more versatile and pocketable screen options for enhanced mobility and functionality.
Question 1
Which of the following types of devices have you personally used in the past 12 months?
Select up to 8
Question 2
What are the main reasons you use or chose this type of device?
Select up to 3
Question 3
How likely would you be to choose a foldable or multi-screen device the next time you purchase a smartphone, tablet, or laptop?
Trend Themes
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Fan-integrated Apparel — Embedded micro-cooling systems in everyday clothing create opportunities for comfort-enhancing garments that blend wearable technology with familiar silhouettes.
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Climate-adaptive Workwear — Rising heat exposure is expanding demand for professional apparel that regulates body temperature while preserving workplace dress standards.
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Concealed Wearable Hardware — Discreet batteries, fans, and electronics within garments signal new possibilities for functional fashion that minimizes visible technology compromises.
Industry Implications
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Workwear — Performance-focused uniforms can evolve through integrated cooling features that support productivity and safety in hot indoor or outdoor environments.
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Fashion Technology — Hybrid apparel that merges electronics with conventional tailoring opens space for brands to differentiate through invisible comfort systems.
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Occupational Safety — Heat-mitigation clothing offers a practical pathway for employers to address thermal stress risks without relying solely on environmental controls.
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