Friday, January 27th, 2012
Eleven times ASP world surfing champion Kelly Slater is the first to try Quiksilver’s Xplosive prototype wetsuit during the pipeline maters in Hawaii. The R&D team at quicksilver have integrated POWER LINES into the suit design based on advice from leading physiotherapists and engineers. The principle of these power lines is to store and release elastic energy back to the athlete through activation of major muscle groups.
“The power lines have been designed to mimic the naturally-occurring stretch reflexes within the body, by adding these lines to the already established reflexes, we can amplify the body response of action and reaction”.
Quiksilver also claim their suit improves proprioception and has injury prevention properties.
“The athlete’s awareness of their body is both complemented and enhanced by the suit. The wetsuit aids the control of major muscles during explosive actions and also allows for smooth movement. This is highly important in injury prevention.’
Quiksilver are not the first to add an elastic material to sporting apparel, indeed adidas were the first to market with their TECHFIT™ PowerWEB™ boldly claiming figures of improvements in power of up to 5%.
Whether the Xplosive suit is assistive, or indeed resistive remains to be seen until or if scientific data is published, wetsuits are almost resistance suits in themselves due to the nature of neoprene wrapped around the joints. Whether it reduces injury may be a question for Mr Slater as a long term and large scale study would be required to properly get a handle on this.
Article by David Rogers
Monday, January 23rd, 2012
Over the past couple of years, the team at Progressive Sports Technologies have been investigating running clothing reflectivity. It is a very new field to sports companies and one that has had little research or development. Indeed the team have developed many novel ways to assess reflectivity, contrast, and fabric brightness. In a survey of current night-time running jackets, there were a few brands who have delivered adequate solutions, but still consumers are frustrated by the need for the bright colours (yellow, orange, green) and silver 3M bands that are not very attractive in the daylight, nor are they very aesthetically pleasing. However, to me, Nike have created a fantastic solution, particularly if the developments of this fabric stem into different colourways to provide contrast in different environments. The Nike Vapor Flash running jacket appears matte in the daylight, but reflective at night! Of course, this would have little effect when there is no light present such as in the countryside at night, but for urban running this could be the optimum solution. Although we haven’t been able to get one in person, it appears to be a novel fabric using 3M reflective spheres. Much better and more attractive that the typical bands we see at the minute. Great job Nike – a truly unique innovation in this market!
Wednesday, December 14th, 2011
A busy year of sport is eagerly expected for 2012 and 2013 including some of the most widely viewed events around the world: The London Olympics Games, The Rugby Lions Tour of Australia and of course the UEFA European Football Championship held by joint hosts Poland and Ukraine.
The 2008 European championships, or Euros, held in Austria and Switzerland attracted circa 155 million live TV viewers over the tournament, a 33.9% increase on the 2004 Euros.
It is tradition that a new football is designed for every UEFA Euros and FIFA World Cup. The 2012 UEFA Euros is no exception and adidas, the official match ball supplier have designed the novel TANGO 12 football.
This ball is based on the modern FIFA 2010 World Cup football the ‘Jabulani’ (The most widely purchased football of all time, selling over 13 million replicas in 2010) and the balls of yesteryear; Tango River Plate (1980), Tango Mundial (1984) and Tango European (1988).
The TANGO 12 ball incorporates a 32 panel construction where the panels are thermally bounded together. This method forms the seams that are commonly expected on modern footballs, and then a protruding micro surface texture is applied to the outer surface. With 100’s of hours spent on wind tunnel testing, robot kicking trials and player testing, the design, dimensions and distribution of the surface textures (seams and micro texture) have been extensively measured and optimised. This ensures the ball produces a favourable performance, in terms of dynamic and aerodynamic characteristics. It also meets all FIFA denomination programme regulations and undergone rigorous durability tests as shown in the video in the link below:
It is clear from this video that footballs are much more than just the fancy graphics and advertising…
So next time you pick up a football take a closer look and see whether it is glued or stitched, 32 or 24 panels, smooth or micro surface textured.
Sports engineering is still in its infancy and the sophisticated equipment like this with the help of the adidas innovation team, Loughborough Sports Technology Institute and other innovative technical departments, within sporting goods brands, are all helping to push forward the boundaries of science in sport that gives benefits to every sports enthusiast.
Article by David Rogers
Monday, December 5th, 2011
Although not strictly sports, a Loughborough academic has designed a neat tool to help inspire that great new shape which you are looking for. It is described as follows:
“EvoShape is an innovative new CAD application that generates and evolves original styling concepts. Early trials suggest EvoShape can trigger inspiration and creativity, enable the rapid evolution of unique styling concepts, and reduce the time between concept generation and digital modelling. Interactive and highly intuitive, it can also be used by clients and end-users directly, creating the possibility of uniquely desirable customised products.”
Watch the video here:
Saturday, November 12th, 2011
About time our emergency workers got some sportswear. Check this video out!
© 2012 Sports Technology Blog & Review | Sitemap