Airom Floor Lamp (Lampara sa Sahig) by Hiroto Nakamura is a highly esteemed winner of the very prestigious 2026 A' Design Award na Bronse in Disenyo ng mga Produkto at Kabit na Pang-ilaw Competition Category.
BronsePag-iilaw· 2026
Airom Floor Lamp (Lampara sa Sahig)
Client: H!roto_Factory
A' Design Award na Bronse Winner in Pag-iilaw Category
Verified Award Winner
Verify Award Status for #179950The Design
About Airom Floor Lamp (Lampara sa Sahig)
Ang Airom ay isang nakatayong panloob na lampara sa sahig na itinuturing ang hangin bilang isang aktibong elemento ng paghubog. Ang shade nito ay gawa sa tracing paper at nakakamit lamang ang hugis nito kapag napupuno ng hangin. Ang papel ay nilulukot upang lumikha ng maliliit na kulubot na nagbibigay ng lalim at lambot sa liwanag na inilalabas nito. Ang mga bahagi ay pinutol gamit ang laser at pinagdugtong gamit ang dalawang uri ng pandikit para sa dagdag na tibay, at walang ginagamit na molde, kaya't natatangi ang bawat yunit. Sa pag-set up, inaayos ang dami ng hangin at hinuhubog ang shade gamit ang kamay. Ang istruktura nito ay magaan at natutupi nang patag para sa maliit na pakete.
The Recognition
About the A' Design Award na Bronse
Ang Airom Floor Lamp (Lampara sa Sahig) ay nagwagi ng A' Design Award na Bronse, isang lubhang prestihiyosong pagkilalang iginagawad sa mga natatanging disenyong nakikilala sa pagkamalikhain, katalinuhan at talas ng isip. Ang mga nagwagi ng Bronse ay mga likhang lubhang mahusay at kapansin-pansing malikhain na nagpapatunay sa malawak na karanasan, imahinasyon at pagkamaparaan ng kanilang mga tagapagdisenyo. Inaasahang ang Airom Floor Lamp (Lampara sa Sahig) ay isang lubos na pinahahalagahan, hinahangaan at minamahal na bagay na kapansin-pansing propesyonal at makabago. Ang disenyong ito na nagwagi ng A' Design Award na Bronse ay nagsasama ng pinakamahuhusay na kasanayan sa sining, agham, disenyo at teknolohiya, at mahusay dahil sa pansin nito sa detalye. Ang Airom Floor Lamp (Lampara sa Sahig) ay kahanga-hangang tumutugon sa mga pangangailangan, humahaplos sa mga hangarin, bumibighani sa damdamin at umaakit sa pag-uusisa.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- Airom is a lighting product that treats air not as a passive volume but as an active element that gently shapes form. Made of tracing paper the shade gains its shape only when filled with air letting light softly reveal a temporary and changeable state. Formed without molds each unit is inherently unique. Subtle wrinkles in the material give depth and softness to the light while the act of shaping becomes part of the lighting experience.
- Dimensions & Packaging
- Airom is an indoor freestanding lighting product composed of tracing paper adhesive and an integrated LED module powered by AC 100V. Its air shaped form creates a soft irregular volume rather than a fixed geometry. Airom is available in three sizes Small W 600mm x D 600mm x H 1000 mm. Medium W 800mm x D 800mm x H 1700 mm. Large W 1000 mm x D 1000mm x H 2000 mm. The structure is lightweight and foldable for compact packaging. Laser cut parts and dual adhesives ensure precision strength and flexibility while a low heat LED enables safe operation.
- Tags
- Lamp, Lighting, Light fixture, Paper, Paper Balloon,
- Production Technology
- Airom uses tracing paper as its primary material for its balance of flexibility and soft light diffusion. The paper is first crumpled to create fine wrinkles that add depth and subtle variation to the emitted light. Parts are precisely cut using a laser cutting machine to ensure repeatable accuracy suitable for production. Two types of adhesive are applied to enhance structural strength. The shade is formed without molds by inflating air enabling a lightweight structure adaptable to variation and production.
- Design Challenge
- The main challenge was translating air an invisible and unstable element into a controllable factor within a lighting product. Internally this required redefining the structure of traditional Japanese paper balloons as functional design logic. Externally challenges included material strength safety with an AC 100V light source and mold free production. These issues were addressed through material testing and iterative prototyping.
- Research
- This design research explores air as a formative element in lighting. The objective was to redefine air from an invisible condition into a controllable design parameter. Based on the structure of traditional Japanese paper balloons material experiments and iterative prototyping were conducted using tracing paper and internal light. User interaction determines form and light quality shifting lighting from a fixed object to a participatory spatial experience.
- Inspiration
- We were inspired by clouds seen in Okinawa natural environment. Shaped by strong sunlight humidity and the surrounding sea clouds continuously change form while remaining suspended in the sky existing without clear outlines. To reinterpret this quality as lighting we focused on traditional Japanese paper balloons whose shape exists only through air and can be freely formed by hand. By combining these elements airom allows air to be perceived through light.
- Project Duration
- The project started in April 2025 and was completed in January 2026. Design development and prototyping were carried out in Okinawa, Japan. The project has not yet been exhibited.
- Operation Flow
- Airom is completed through user interaction. During setup the user introduces air into the shade and shapes it by hand. The final form depends on air volume and gestures making each configuration unique. Even during use the form can be adjusted by changing the air volume allowing the lighting atmosphere to evolve over time.
- Image Credits
- Image #1: Creator / Designer [Hiroto Nakamura], Airom, 2026.
Image #2: Creator / Designer [Hiroto Nakamura], Airom, 2026.
Image #3: Creator / Designer [Hiroto Nakamura], Airom, 2026.
Image #4: Creator / Designer [Hiroto Nakamura], Airom, 2026.
Image #5: Creator / Designer [Hiroto Nakamura], Airom, 2026.
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