Dahab Gaadhi · 2020
Wf01tr Kursiga Curyaanka ee Tartanka Orodka
- Abaalmarinta Dahabka ah ee A' Design Award 2020 in Gaadhi
- CLIENT: RDS Co., Ltd.
- Estimated Number of Design Views: 60,479
- Verification code 7CC1083EF6 · Verify this award
Colors
About Wf01tr Kursiga Curyaanka ee Tartanka Orodka
WF01TR waa kursi curyaan oo loogu talagalay tartanka orodka masaafada gaaban ee garoonka. Naqshaddu waa mid fudud oo adag, waxayna taageertaa xawaare kordhinta sare. Xajinta jirka iyo xasilloonida marka la leexanayo ayaa la hagaajiyay. Qaab-dhismeedku waa monocoque caag ah oo lagu xoojiyay fiilooyinka kaarboonka, kaas oo lagu naqshadeeyay falanqaynta curiyeyaasha xaddidan (finite element analysis). Unug kastaa waxaa loo sameeyaa dalab gaar ah. Booska kursiga waxaa lagu dejiyaa qalab jilitaan booska kursiga ah, iskaanka saddex-geesoodka ah ee qaabka jirka ayaana lagu dabaqaa kursiga. Ujeeddadu waa in atleet kastaa uu si buuxda u isticmaalo awoodihiisa gaarka ah.
About the Abaalmarinta Dahabka ah ee A' Design Award
Wf01tr Kursiga Curyaanka ee Tartanka Orodka waa guuleystaha Abaalmarinta Dahabka ah ee A' Design Award, aqoonsi sharaf aad u weyn oo la siiyo naqshado heerka koowaad ah, cajiib ah oo aan caadi ahayn. Guuleystayaasha Dahabka waa hal-abuurro cusub oo aad u badan, aragti fog leh oo si indho-qabsi ah u dhalaalaya, kuwaas oo ka tarjumaya caqli, xikmad iyo xirfadda naqshadeeyayaashooda. Wf01tr Kursiga Curyaanka ee Tartanka Orodka waa shaqo la filayo inay noqoto hal-abuur aad loo ammaano, dejisa isbeddello cusub oo weyn, keenta qiimo aan hore loo arag. Naqshadahan ku guuleystay Abaalmarinta Dahabka ah ee A' Design Award waa shaqo cajiib ah oo la ixtiraamo, waxtar weyn leh oo hormarisa xuduudaha farshaxanka, sayniska, naqshadaynta iyo tignoolajiyada. Wf01tr Kursiga Curyaanka ee Tartanka Orodka waa shaqo abuurta dareenno xoog leh oo rabitaan ah, kicisa xiiso, dhiirigelisa hal-abuur una soo jiidata.
Press Kit
- Unique Properties
- A racing wheelchair developed and designed to maximize the athlete's own abilities and improve competitive performance. The design focusing on the short-distance event is ultra-lightweight, high-rigidity and high acceleration, while improving body hold and stability when cornering. The seat position is determined by the seat position simulator SS01, including the optimization of the rowing of the players, and the manufacture is done order made.
- Dimensions & Packaging
- Width 650 mm x Depth 2100 mm x Height 700 mm
- Tags
- Wheelchair, Paralympic, Sports, Athletes, Carbon fiber,
- Production Technology
- CFRP Monocoque Frame
- Design Challenge
- The challenges in the development of the wheelchair were to flexibly adapt to the seat positions set for each athlete using the simulator, to achieve the rigidity and strength of a high performance wheelchair, and to give it a sleek styling while achieving a high level of productivity.
- Research
- The development team intended from the outset to apply the findings from the development to other wheelchairs, exploring how to set up an efficient athlete's riding position and the structural design of a high performance wheelchair. In addition to driving tests and development of fabrication techniques based on prototype prototypes, we designed the frame using FEM analysis.
- Inspiration
- This project began from the development of a racing wheelchair for the Paralympic Games. As the development progresses, the design team began to understand the importance of having an athlete fit perfectly in the right place.
In case of prototype for test, the seating position affected the record. And the obvious data has made us easier to understand experienced athletes and communicate with each other much more about wheelchair development. - Project Duration
- The project started in August 2017 in Japan and finished in September 2019
- Operation Flow
- The operating procedure is the same as that common in competitive wheelchairs. 3D scanned body shapes are applied to the seat to enhance the sense of unity between the wheelchair and the athlete. Stable and high cornering performance without disrupting the athlete's concentration during competition.
- Image Credits
- RDS Co., Ltd.
