GT Experience لومړنۍ دنده: د لوبو محفظه by Kenichi Mizuno

GT Experience لومړنۍ دنده: د لوبو محفظه by Kenichi Mizuno is a highly esteemed winner of the very prestigious 2026 د برونز A' Design Award جایزه in دری‌اړخیز چاپ شویو شکلونو او محصولاتو ډیزاین Competition Category.

برونزدری‌اړخیز چاپ· 2026

GT Experience لومړنۍ دنده: د لوبو محفظه

by Kenichi Mizuno

د برونز A' Design Award جایزه Winner in دری‌اړخیز چاپ Category

15,831
Verified Award Winner
Verify Award Status for #182779

Visit Site View at A' Design Award Press Release Award Badge

Colors

The Design

About GT Experience لومړنۍ دنده: د لوبو محفظه

د GT تجربه د یوې هر اړخیزه فضايي محفظې له لارې د سرکټ چلولو لیوالتیا او کشش سیم ریسنګ ته راوړي. د لوی مقیاس د 3D چاپ شویو څنګ پینلونو یوه ماډلر جوړه د پردي لید بڼه ورکوي ترڅو تمرکز ژور کړي پداسې حال کې چې د کور لوبو او ای سپورټ ځایونو لپاره خلاص پاتې کیږي. د دې مجسمه يي بڼه د لیدلو وړ پرتو کرښې اعلی سطحي ژبې ته بدلوي، د تولید محدودیت په ډیزاین پیژندنه بدلوي. سپک ایلاسټومر ماډلونه خوندیتوب، چټک سره نښلول، د لیږد وړتیا، او کم ځای نیونکی ذخیره ښه کوي.

The Recognition

About the د برونز A' Design Award جایزه

GT Experience لومړنۍ دنده: د لوبو محفظه د برونز A' Design Award جایزې ګټونکی دی، یوه ډېره ویاړلې پېژندنه چې غوره ډیزاینونو ته ورکول کېږي چې په خلاقیت، هوښیارۍ او زیرکتیا ځانګړي دي. د برونز ګټونکي ډېر ماهر او په حیرانوونکي ډول خلاقي آثار دي چې د خپلو ډیزاینرانو پراخ تجربه، تخیل او چارواکتیا تاییدوي. له GT Experience لومړنۍ دنده: د لوبو محفظه څخه تمه کېږي چې یو ډېر ارزښتناک، ستایل شوی او ګران شی وي چې په پام وړ ډول مسلکي او نوښتګر دی. دا د برونز A' Design Award جایزې ګټونکی ډیزاین په هنر، ساینس، ډیزاین او ټیکنالوژۍ کې غوره کړنلارې یو ځای کوي او د جزیاتو ته د پاملرنې له امله غوره دی. GT Experience لومړنۍ دنده: د لوبو محفظه اړتیاوې په ښکلي ډول پوره کوي، هیلو ته رسېږي، احساسات ځانته ملګري کوي او لیوالتیا راپاروي.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: GT Experience is a modular pair of large-scale 3D-printed side panels that transforms a simulator frame or sofa into an immersive gaming enclosure for home use, esports venues, and staged events. Its sculptural form visualizes the build-up of motorsport tension through rising elements reminiscent of a tachometer graph and neural transmission. Instead of hiding the layer marks usually associated with additive manufacturing, the design turns them into a premium surface language. Soft elastomer improves impact safety, while lightweight segmented construction enables transport, quick assembly, and compact storage.
Dimensions & Packaging: Material: elastomer, matte black coating. Per side panel: 1800 x 1350 x 150 mm, weight 15 kg.
Tags: 3D Printing, Sim Racing, Immersive Space, Gaming Enclosure, Motorsport, Peripheral Vision, Layer Texture, Elastomer, Large Format Additive, DfAM
Production Technology: Produced in Japan using domestic large-format additive manufacturing and elastomer-based material, the project was conceived as both a design proposal and a real-scale validation of large-format 3D printing. The modules were designed for practical transport, assembly, disassembly, and storage while preserving the expressive value of printed layer marks with minimal finishing. Retired parts can be shredded and reused as feedstock in compatible recycling-oriented workflows, reducing waste and supporting broader additive manufacturing applications.
Design Challenge: The main challenge was to create a structure that felt visually powerful while remaining feasible for compact interiors and event use. It needed to be divided into lightweight printable modules that could pass through doors, be transported efficiently, assembled quickly, and stored compactly. Another challenge was to achieve a strong visual identity without relying on excessive finishing, allowing the manufacturing process itself to remain visible as part of the final expression.
Research: This project is an applied design study on how spatial enclosure can support concentration in sim racing while validating large-format additive manufacturing at practical scale. The process included CAD development, mockups, full-scale printing, fit checks with simulator frames, transport tests, assembly trials, and safety review. The outcome demonstrated that large-format printed modules could function as both immersive spatial elements and feasible design components for real-world installation. The project may also have encouraged further experimentation by younger local creators who later encountered this fabrication environment.
Inspiration: GT Experience was inspired by the emotional state of circuit driving: rising tension, sharpened concentration, and the feeling that the driver's senses are directly connected to the machine. Rather than designing only a simulator frame, the project explored how this psychological intensity could be translated into space itself. The aim was to create an environment that makes sim racing feel more focused, dramatic, and physically engaging.
Project Duration: The project started in Summer 2021 in Aichi and Tokyo, and the concept model was completed and announced in April 2022 in Japan.
Operation Flow: The printed modules are assembled into two side structures and placed around a simulator frame or seating. The panels create a tunnel-like atmosphere that supports concentration without fully enclosing the user. In homes, the system enhances immersion while remaining compact and open. In tournaments or exhibitions, it functions as a lightweight stage element that can quickly transform an ordinary play area into a dramatic experiential zone.
Image Credits: Image #1: Photographer Chikara Kitabatake, GT Experience, 2022.
Image #2: Photographer Chikara Kitabatake, GT Experience, 2022.
Image #3: Photographer Chikara Kitabatake, GT Experience, 2022.
Image #4: Photographer Chikara Kitabatake, GT Experience, 2022.
Image #5: Creator Kenichi Mizuno, GT Experience, 2022.