1080 Sprint is able to provide a variable resistance over the course of a sprint. When the sprinter pushes off, the resistance can be set to a high level. As the sprinter gains speed the resistance can be programmed to decrease to fit the max speed phase and to not cause technical problems in the stride.
1080 Sprint enables testing of the athlete for asymmetry throughout the full sport specific movement. This enables trainers to detect even the slightest differences in left and right leg force and power. Not only are undetected asymmetries detrimental to performance, but they also lead to injuries over time.
This is a key element in speed development. This technique simply involves having an athlete perform basic movements while quickly switching back and forth between resisted and normal sprints or at overspeed.
1080 Sprint enables an effective method for contrast training as the resistance curve is easily tailored to the progression of the individual athlete.
The 1080 Sprint reporting options include the possibility to dissect a sprint profile into meaningful pieces of information. How quickly does your running back cover 5 yards? When does the sprinter reach top speed and how long can she sustain it? Which players fatigue quicker over repetitive movements and which ones have higher power endurance? Does the left and right leg stride produce equal amount of force?
This type of information is easily attained with the 1080 Sprint and helps create a better understanding of the performance characteristics of the athlete.
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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.”
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.
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.
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.
“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.”
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.
1080 Motion is a Swedish company serving clients worldwide. Our groundbreaking technology is the product of a unique mix of expertise in sports physiology and advanced control systems.
5 Key Exercises to Determine Return-to-Play Readiness After an ACL Tear, By Kyle DaveyFebruary 13, 2020 - 1:30 amKyle Davey, Coordinator of Athletic Performance at RE_Building by NWRA, shares 5 key exercises using the 1080 Sprint to assess return-to-play from an ACL tear and ensure the lowest possible risk for re-injury.
1080 In Session: Creating a Load-Velocity Profile—Broad JumpDecember 19, 2019 - 9:00 pmKicking off our new educational series “1080 In Session,” Adam Rolf goes step-by-step through how to set up the exercise and create a load-velocity profile for an athlete performing a broad jump.
Force in the Rink—4 Areas to Apply the Specificity Principle in Hockey TrainingDecember 17, 2019 - 1:30 amJohan Söderström of Muskelcentrum in Uppsala, Sweden, shares methods for applying the specificity principle and 1080 Motion to train acceleration, change of direction, and rotational power for ice hockey players.
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