Case Studies

(May 23, 2018)
Written by: Hembre, A.1 and Eriksrud, O.2 1 Apex klinikken, Oslo, Norway 2 1080 Motion AB, Stockholm, Sweden Background In soccer, muscle injuries account for 25-31% of all injuries (Ueblacker, Muller-Wohlfahrt & Ekstrand, 2015; Ekstrand, Hagglund & Walden, 2011). Muscle injuries of the lower extremities dominate (92%), with injuries to the major muscle groups as […]
(April 06, 2018)
Jumping and sprinting are key performance indicators in basketball as indicated by their inclusion in the NBA Combine. Vertical jump is a classical power test, which is determined by the ability to generate force into the ground at increasing velocities. The interaction of force and velocity can be determined from single or multiple jumps and presented as a force-velocity (F-v) curve. In a single jump F-v curve information of how the athlete is able to generate force as the velocity increases is provided. From multiple jumps both F-v and load-velocity curves can be generated to determine how an athlete is able to generate force and speed across a continuum of loads.
(November 08, 2016)
Measuring sports performance using new robotic technology Eriksrud1, O., 1Department of Physical Performance, Norwegian School of Sport Sciences, Oslo, Norway [email protected] Objective measures of the physical factors (force, speed, power, work and energy) in different movement patterns is important in both testing and training as well as for rehabilitation and athletic development. Different technologies, such as […]
(November 08, 2016)
Relationship of rotational force, speed and power to golf performance Ola Eriksrud1 , Ali Ghelem1 , Jessica Parnevik-Muth1 1 1080 Motion, Stockholm, Sweden Introduction The physical factors that determine athletic performance are mobility, stability, force, speed, power and endurance. Current methods of testing of these physical factors have a tendency to focus on isolated joints […]
(November 07, 2016)
Athletic performance, such as throwing, kicking and hitting, can be quantified by the accuracy and velocity of the performance. For a batter in baseball this is to hit and give the ball high velocity in the right direction. High velocity of the ball after impact with the bat is dependent upon both the speed of the bat at impact and the type of collision between the bat and the ball. Speed of the bat is dependent upon the ability of the body to generate force and speed (power) throughout the body.
(November 07, 2016)
Performance in golf is measured by accuracy and distance, where the type of shot will determine their relative importance. The physical factors that determine golf performance are; mobility, stability, strength, power and endurance. Mobility and power have been reported to be more important than maximum strength in determining maximum club head speed (Hellstrom, 2009). Mobility, and in particular axial rotation, will provide the important distance needed to create speed. Power is important, since the downswing takes about 0.2–0.3 seconds for the average tour player, and the mass of the club is light as compared to 1 Repetition Maximum in axial rotation. Well trained top-class players with high club speed may therefore develop a slower club speed after a period of slow velocity strength training (Hellstrom, 2009). The purpose of this case study was to document the combined effect of flexibility and power training on club speed in a professional golfer.

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“We are constantly investing in technology that makes sense for us and is easily integrated into our training process. In this regard both the Quantum and Sprint have been the best investments so far: it not just improves our training but also allows us to make better decisions as testing and training is merged into one smooth process. This is definitely the future in high performance sport.”

Arno Galmarini – Elite Training, Zurich

The 1080 sprint has been a great addition to my arsenal of tools to not only develop acceleration but also assess where my athletes are and what direction to take them. However, the possibilities of agility and overspeed work are endless. There is not a product on the market that comes close to the 1080 Sprint.

Chris Korfist – Slow Guy Speed School, Chicago

We find that the results we are able to get from the 1080 Quantum and MAP systems provide us with a unique window into understanding each of the athlete’s individual biomechanics strength and weaknesses. We can then use these systems to be able to train these weaknesses out and to improve on the strength that they already have. It provides a really unique and adaptable way to improve performance.

Jon Bowskill – The Bowskill Clinic, London

The sensitivity and control in the 1080 Quantum is a perfect tool to progress a patient from a painful state to gradually increased function and strength. This precision has shortened average rehabilitation times for my patients. The Quantum data allows me to share objective results on progression with each client whether it’s an athlete or patient in my corporate wellness program.

Per Drömek – Chiropractor

“As a young coach, I am always looking for every edge, and when I did my research on this product and got feedback from some of the coaches I respect in this business, I had to have it. My sprinters are addicted to the way it feels to achieve the speeds the 1080 Sprint allows them to. My athletes continue to love this machine, and two of them just made the Rio Olympic team.”

Ato Boldon

The 1080 Sprint is letting us push our bodies beyond what we would normally be able to do. We have women running over 11 meters per second and men running beyond world record phase. It’s doing things that we need to do to get their bodies used to running at the phase of world finalists and medalists.

Rana Reider

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