Technology to improve sports performance in wheelchair sports

Laferrier, Justin Z.; Rice, Ian; Pearlman, Jon; Sporner, Michelle L.; Cooper, Rosemary; Liu, Tanya; Cooper, Rory A.

doi:10.1080/19346182.2012.663531

Cited by 25 publications

(18 citation statements)

References 38 publications

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“…Finally, Laferrier et al (2012) articulated the importance of elite parasport athletes in the product-development process and argued that not using athlete insights can hinder the growth of the sport and the individuals competing in them. This information is particularly important for sports where well-fitting equipment such as wheelchairs is part of a comprehensive strategy to attain the highest levels of performance.…”

Section: Parasport Athletes As Lead Usersmentioning

confidence: 99%

“…These athletes create customized products to address limited marketing offerings, and the innovations can help them advance beyond their current sport-performance levels (Franke & Shah, 2003). Researchers have documented the existence of lead users in sport and nonsport contexts (Bogers et al, 2010), and other studies have focused on individuals with disabilities through the lens of sport involvement and as lead users (Cooper, 1996;Franke & Shah, 2003;Goosey-Tolfrey, 2010;Grogan, 2012;Laferrier et al, 2012). Involvement in its varying degrees represents an integral component for consumers making product purchases and is important for manufacturers wishing to meet customer needs and sell products.…”

mentioning

confidence: 97%

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Examining Elite Parasport Athletes With Sport Involvement and Sports Equipment

Hambrick

Hums

Bower

et al. 2015

Adapted Physical Activity Quarterly

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Elite athletes require the most advanced sports equipment to maintain their competitive edge, but manufacturers cannot always satisfy these athletes' specific equipment needs. Sport involvement can influence sports-equipment selections and is described as the process by which individuals rely on attitudes and belief systems to make sports-related consumption decisions. This study involved semistructured interviews with 5 elite Parasport athletes to identify and analyze the role of sport involvement in their selection of sports equipment. The results revealed that the athletes identified product limitations, created a collaborative environment, and promoted a culture of innovation to develop new sports products and address existing limitations. Theoretical and practical implications are discussed.

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Section: Parasport Athletes As Lead Usersmentioning

confidence: 99%

mentioning

confidence: 97%

Examining Elite Parasport Athletes With Sport Involvement and Sports Equipment

Hambrick

Hums

Bower

et al. 2015

Adapted Physical Activity Quarterly

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“…Há relação de causa e efeito entre a tecnologia adequada do banco com a melhoria da técnica desportiva do atleta [1,2].…”

Section: Introductionunclassified

Metodologia de projeto ergonômico aplicada ao desenvolvimento de bancos de arremesso de atletas paralímpicos brasileiros

Guimarães¹,

oliveira²,

Silva³

et al. 2018

Br. J. Ed., Tech. Soc.

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Resumo. O objetivo do presente artigo foi apresentar e descrever a metodologia de projeto executada no desenvolvimento de cinco bancos de arremesso para atletas paralímpicos. O processo foi dividido em diferentes fases/etapas do projeto, que apesar de seguirem uma sequência lógica de desenvolvimento, incluem atividades executadas, simultaneamente. Os atletas e técnicos foram convidados a participar de reuniões técnicas junto ao grupo de pesquisa no INT. Essas reuniões técnicas foram realizadas ao longo de todo o projeto, de forma que houvesse interação dos atletas e respectivos técnicos com a equipe de projetos dos Laboratórios de Modelos Tridimensionais (LAMOT) e Laboratório de Ergonomia (LABER), da Divisão de Desenho Industrial, do Instituto Nacional de Tecnologia. Foram realizadas a captura de movimento e escaneamento a laser 3D e coleta de medidas antropométricas 1D de forma a fornecer informações aos projetistas da usabilidade do banco e dimensões antropométricas dos atletas. De posse dessas informações a equipe de projeto do LAMOT/DVDI desenvolveu alternativas de projetos que foram apresentadas aos atletas e técnicos sendo a escolhida a alternativa que permitia uma maior rigidez ao banco. Os atletas participaram de todas as etapas subsequentes de desenvolvimento do protótipo e testes finais em uso. A conclusão foi que a metodologia proporcionou uma estruturação lógica e compreensível do processo de desenvolvimento do produto para todos os atores envolvidos no projeto, mesmo oriundos de áreas de atuação diversas, e que, assim, puderam contribuir de forma harmônica e produtiva para o resultado final.Palavras-chave: projeto ergonômico; banco de arremesso; atleta paralimpico; metodologia de projeto; usabilidade.Abstract. The objective of this article was to present and describe the project methodology implemented in the development of five throwing frames for paralympic athletes. The process was divided into project different phases / stages, which, although following a logical sequence of development, include activities performed simultaneously. The athletes and technicians were invited to participate in technical meetings with the research group at INT. These technical meetings were held throughout the project, so that athletes and their technicians could interact with the project team of the Three-Dimensional Models Laboratories (LAMOT) and Ergonomics Laboratory (LABER) athe Industrial Design Division at the National Institute of Technology. 3D motion captured and laser scanning captured with 1D anthropometric measurements were collected in order to provide information to the bank usability designer and anthropometric dimensions of the athletes. With this information, the LAMOT / DVDI project team developed project alternatives that were presented to the athletes and technicians. The chosen project frame alternative allowed greater rigidity to the seat. Athletes participated in all subsequent stages of prototype development and final testing in use. The conclusion was that the methodology provided a logical...

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“…The use of technology is common in most sports (Coris, Zwygart, Fletcher, & Pescasio, 2009;Dellaserra et al, 2014;Laferrier et al, 2012), even when some criticisms have been made against its use (e.g., Oscar Pistorius' transtibial prostheses) (Burkett, McNamee, & Potthast, 2011). For instance, the use of magnetic resonance imaging, ultrasound, and 3-dimensional reconstruction computed tomography (3-D CT) has become popular for clinicians and sports medicine professionals (Coris et al, 2009).…”

Section: Technology In Exercise Sciencesmentioning

confidence: 99%

Technological Developments in Health Care and Exercise Sciences

Jiménez¹,

Araya²

2016

7th International Symposium on Technological Innovation

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Abstract-State of the art technology is widely used in health care and exercise sciences. The use of such technology is based on availability and mainly by cost. Current devices are light, small and portable to allow health care practitioners provide accurate diagnostic tools for effective patient treatment. Software and apps such as video games for health are embedded in cell phones and tables, making them available to everyone. Knowledge and use of these devices is not limited to the highly skilled technicians, but rather to patients and common people of all ages. Miniaturization and nanotechnology allow exploring the human body and to collect data in real time. Microrobots seem to integrate technology, miniaturization and nanotechnology; therefore, these particles will extender their applications to health care and other fields like sports. These technologies are used in combating not only diseases such as cancer, but also in sports and exercise science research to provide athletes and staff with the latest instrumentation to achieve the best performance. New materials and devices will also help athletes recovering from injuries and return to play sooner. Next technological developments will include positive key features such as portability, miniaturization, automatization, and power sustainability. They are also challenged to overcome negative features like ethics, high cost, and access to the population.

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Technology to improve sports performance in wheelchair sports

Cited by 25 publications

References 38 publications

Examining Elite Parasport Athletes With Sport Involvement and Sports Equipment

Examining Elite Parasport Athletes With Sport Involvement and Sports Equipment

Metodologia de projeto ergonômico aplicada ao desenvolvimento de bancos de arremesso de atletas paralímpicos brasileiros

Technological Developments in Health Care and Exercise Sciences

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