ANNUAL REPORT 2010 - Loughborough University
ANNUAL REPORT 2010 - Loughborough University
ANNUAL REPORT 2010 - Loughborough University
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Background<br />
The sporting goods market is worth £130<br />
billion per annum and is growing at circa 4%<br />
per year. There are approximately 450,000<br />
people in sport-related employment in the<br />
UK. Furthermore, the UK has around 850<br />
companies that specialise in manufacturing<br />
sporting goods. Of the UK sporting goods<br />
manufacturers, there are a small number of<br />
large companies with turnovers in excess<br />
of £1 billion and circa 10,000 employees<br />
as well as many small, niche companies.<br />
Working within the IMCRC, researchers<br />
in sports technology have been pivotal in<br />
developing new technologies for the sports<br />
sector.<br />
The group<br />
The <strong>Loughborough</strong> <strong>University</strong> Sports<br />
Technology Research Group is a worldleading<br />
research team with a proven<br />
track record in user-driven innovative<br />
manufacturing research within the sporting<br />
goods sector. Sports Technology research<br />
Group members who have led research<br />
projects within the IMCRC include: Prof. Mike<br />
Caine; Dr Andy Harland; Prof. Roy Jones;<br />
Dr Jon Robets, Dr Andy West and<br />
Dr Neil Hopkinson. Their research has<br />
been in collaboration with industry-leaders<br />
including: adidas (Germany), Burton<br />
Snowboards (USA), Callaway Golf (USA),<br />
Dunlop (UK), Head (AUSTRIA), New Balance<br />
(USA), Nike (Netherlands), UK Sport, Reebok<br />
Fitness (UK), Slazenger (UK), Speedo, (UK)<br />
and Umbro (UK).<br />
Impact<br />
Research findings from the Elite to High<br />
Street (E2HS) project have already<br />
contributed to improved performance of<br />
leading athletes. The technical advances<br />
related to this work have been recognised<br />
with a ‘Breakthrough Award’ by the American<br />
Society of Manufacturing Engineers. A<br />
patent is also currently being filed for a new<br />
footwear concept. Work by the research<br />
team has been featured on a UK National<br />
News Channel, while key note lectures<br />
have been given at high profile public<br />
and academic meetings and conferences<br />
including presentations at the National<br />
Science and Engineering week. The team has<br />
also provided research on impact injuries for<br />
television’s History Channel, which produced<br />
a subsequent programme titled ‘Ancient<br />
Discoveries’. A ‘Working in science’ careers<br />
booklet, which was sent to all secondary<br />
schools, included an interview with Dr Ruth<br />
Goodridge about working at <strong>Loughborough</strong><br />
<strong>University</strong> on the ‘Scuta’ project (the project,<br />
which is seeking to reduce sports injuries).<br />
Future Research Directions<br />
Successful manufacturers continually<br />
condense new product development cycles<br />
and gain competitive advantage by expedient<br />
commercialisation of emergent technologies.<br />
Efficient and effective modes of new product<br />
introduction and manufacture are essential.<br />
The Sports Technology Research Group<br />
is currently working to assist companies<br />
to devise, develop, test and market new<br />
products.<br />
In addition to supporting a discrete<br />
cohort of the UK’s largest sporting goods<br />
manufacturers in optimising their companies’<br />
product offering via an integrated approach<br />
to new product development, the Sports<br />
Technology Research Group is working to<br />
facilitate product development in the SME<br />
sector. As a result, clusters of non-competing<br />
sporting goods manufacturers are working<br />
with the Sports Technology Research Group<br />
to unite around common manufacturing<br />
challenges and to develop products, which<br />
the rest of the world desires but does not<br />
have the technical capability to produce.<br />
AnnuAl RepoRt <strong>2010</strong> 13