Paraolimpiadi in BMW


Following up on an announcement made last year, BMW has introduced its all-new racing wheelchair, which will find use in the 2016 Paralympic Games in September. BMW has worked closely with the American team to create a chair that capitalizes on aerodynamic design and carbon fiber construction. Those that don’t follow the Paralympic Games or similar events might not recognize BMW of North America’s design as a wheelchair, but the long chassis and three-wheeled layout is standard design fare for racing. What makes this a BMW design besides BMW livery is its reworked chassis, carbon fiber components and modernized aerodynamics – a few areas BMW designers and engineers have some experience in. BMW also says the wheelchair is designed around personalized athlete fit. BMW of North America has been working on the wheelchair with US Paralympics Track and Field Team athletes and coaches, and while it unveiled it in recognition of the 100-day countdown to the Rio Olympic Games, its work is not complete. It plans to continue refining the design alongside athletes until making final delivery of the racing fleet this summer (Northern Hemisphere). The Rio Paralympic Games follow the Olympic Games and commence on September 7. “Working on this project has been a truly rewarding experience for my team, and we’re proud of what we’ve been able to accomplish in the last year and a half with these athletes and their coaches,” said Brad Cracchiola, BMW Group DesignWorks’ associate director. “From fittings and immersion sessions, to data analysis and real-time testing, we had the unique opportunity to build a fully customized racing device. We’re eager to complete the final product and look forward to watching Team USA compete.” The new racing wheelchair is the fourth project that BMW has worked on in collaboration with Team USA since signing on as a sponsor in 2010. Others have included a medal-winning bobsled and performance-tracking endeavors.


Leggi anche

In risposta alle normative che impediscono l’utilizzo di materiali riciclati nel settore medicale, è nato un progetto che prevede di recuperare la poliarilammide proveniente da attrezzature chirurgiche, rigenerarla, miscelarla con poliarilammide vergine e utilizzarla nei settori dell’automotive, delle attrezzature sportive e degli articoli per il tempo libero. …

Leggi tutto…

The KAST Group includes Dr. Günther Kast GmbH & Co. Technische Gewebe Spezial-Fasererzeugnisse KG with two plants in Sonthofen, since 1995 the subsidiary Tolnatext BT. in Tolna (Hungary) as well as the 2020 founded us subsidiary Kast Technical Textiles LLP and since 1974 the sister company BAUFAS Faserprodukte für den Bau GmbH & Co. KG also belong to it. …

Leggi tutto…

Con la domanda globale di fibra vergine destinata a superare l’offerta entro il 2025, il National Composites Centre (NCC, Bristol, Regno Unito) ha deciso di lanciare un programma triennale di innovazione per perfezionare e scalare i processi industriali necessari a creare un mercato commerciale per la fibra di carbonio continua rigenerata. Uno degli obiettivi del progetto è alleviare la pressione sulle catene di fornitura e vedere il Regno Unito assumere un ruolo di primo piano nella definizione di una nuova era per i compositi….

Leggi tutto…

Si chiama Marlic (Marche applied research for innovative composites) il progetto di economia circolare, co-finanziato dalla Regione Marche attraverso fondi europei, che prevede di ridare nuova vita a materiali compositi di scarto, creando il nuovo da qualcosa che altrimenti andrebbe buttato e disperso nell’ambiente. …

Leggi tutto…

Strumenti costosi e di dimensioni importanti, le turbine eoliche sono macchine che devono funzionare il più efficacemente possibile e con tempi di fermo estremamente ridotti. Questo fa sì che non si possano commettere errori durante le operazioni di produzione e installazione. …

Leggi tutto…