GPS tracking, sensors, neural networks, and cloud-based connectivity are some of the disruptive technologies that are causing tectonic changes in industries and our personal lives. These technologies are also increasingly making their way into the sports arena.
And they’re upping the ante of competition, making every second, motion, and technical/strategic decisions during the games to count now more than they ever have. In this article, we examine different kinds of wearables currently rocking the world of sports, and how they’re being used to enhance the training, performance, and safety of athletes.
The Key Factors Driving the Advancements in Sports Technology
As the costs of GPS tracking systems for athletes continue to fall, the key players in the advancement of sports technologies are edging closer to their goals of helping team coaches contrive better strategies and performance models. In the not too distant past, the unique, insightful data obtainable from tracking systems were available to only the few who could afford its humongous cost back then.
These relatively cheaper GPS-based wearables allow for the passive collection of insightful, objective data from multiple athletes simultaneously. And the data sets can be used to examine cause and effect. With the instrumentality of these wearable sensors, performance coaches and head coaches can now make better decisions concerning the timing of rest intervals, strength training sequences, as well as tactical and technical formulations.
How Sensors-Based Wearables Are Used to Optimize Training Regimens
Player tracking data take on a practical value only when they’re applied to facilitate proper training and conditioning. And they can take on arbitrary meanings, hence they’re not meant to guide the decision-making processes, but are rather accessories to the fulfillment of targeted goals. They can be used as the front matter of algorithms and formulations.
GPS sensors generate the best value when used in combination with field testing. Medical teams can also deduce insights into hamstring and other sporting injuries from the data obtained from these wearables.
As these technologies continue to push the envelope, they generate a richer pool of data with greater precision, quantities, and qualities. However, they offer the best value only when they’re applied to harness the efficacy of training sequences.
The Possibilities That Come Along with These Advancements in Sport Technology
As these advances continue to create more integrated, efficient solutions, they offer more possibilities for solutions that enhance robust practices. But the solutions need to be applied with cross-validation and practical examinations.
The possibilities which GPS tracking offers can be overwhelming. But it’s much easier to harness them in managing players than it was a decade ago. Today’s GPS tracking systems come with a highly intuitive user interface which displays core parameters as distance covered, number of accelerations and decelerations, number of jumps, impacts from tackles, etc.
Recently, the world football governing body, FIFA, standardized the deployment of electronic performance and tracking systems (EPTS) in its branded competitions across all levels. This adoption now provides coaching teams with more veritable instrumentation to establish better team strategies, substitution plans, and work out sessions.
3 Most In-Demand Sport Technology Devices
This is an ingenious product from Catapult Sports. It features a sports vest riddled with sensors, which generates data points that can help enhance the performance of athletes. To further deliver more analytical value, the product operates with a gyroscope and accelerometer which are integrated into its pod part. The data points are transmitted to an app which interprets the data and allows coaches to monitor parameters such as speed, distance, etc.
Magnetic Gates Time Tracker
Targeted to slalom skiers, this product is the fruits of a research carried out in École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland. It furnishes coaches with data points obtained in-between the traditional recordings of start, intermediate, and finish times for races.
These data points have been generally unobtainable until now. The product operates using magnets placed on the skier and the poles. The magnet’s magnetic field strengthens as the skier skids past each gate, hence parameters such as distance and speed can be measured by measuring the amplitude of the magnetic field.
A first of its kind, this muscle-activating sportswear is a breathable, flexible wear that sports muscle-targeting electrodes which latch onto muscle groups and which can be activated through the BOOSTER and the App. When activated, these electrodes enhance athletes’ capacities to reach goals and notch milestones. With such muscle-conditioning capabilities, this product helps athletes become fitter and swifter.
Our bodies possess incredible capacities for functional realignments and physical exertions. As sports enthusiasts, it’s important to know when your body is performing at a maximum capacity while carrying out certain physical activities.
Sports technologies which incorporate GPS and sensors can help paint a clearer picture of the outcomes which our physical and technical abilities can create.