PLAYERMAKER – A Smart Sensor for Enhancing Football Players' Performance
PLAYERMAKER is an advanced sensor designed for football players, providing precise analysis of player performance during training sessions and matches. The sensor attaches to the shoe and monitors a variety of parameters — movement, speed, direction, kicks, and more.
The collected data is transmitted for professional real-time analysis, enabling coaches and players to identify patterns, strengthen weaknesses, and improve technical and tactical performance.
With this innovative technology, it is possible to accurately and data-drivenly elevate the level of play — achieving a true advantage on the field.
The PLAYERMAKER sensor comes with a dedicated app that enables fast and convenient synchronization of all data collected during training or matches. The app presents the information in a clear, intuitive visual format—including graphs, movement maps, and detailed performance reports.
In addition to real-time analysis, the app offers tools for long-term progress tracking, identification of personal trends, and the ability to compare between players or training sessions. The system is fully customizable to meet the specific needs of coaches, players, or teams—empowering data-driven decisions that lead to continuous performance improvement.
Designing an advanced sensor like PLAYERMAKER presents a series of key design and engineering challenges, including:
Accuracy and Sensitivity
The sensor must be highly accurate and sensitive to detect even the smallest and fastest movements of the player. Designing tiny components capable of operating in a dynamic and intensive environment like a soccer field is a significant engineering challenge.
Durability and Toughness
Since the sensor is attached to the shoe, it must withstand high impacts, repeated kicks, contact with opponents, and harsh field conditions—including water, mud, and dust. The materials and structure need to ensure proper operation over time, even under extreme conditions.
Weight and Size
To avoid interfering with the player’s movement, the sensor must be small, lightweight, and neutral in feel. The challenge is to integrate advanced technology into a compact form that feels "invisible" on the foot.
Comfort and Usability
Simple installation and easy removal are essential for regular use, along with full comfort during play. An intuitive design facilitates adoption by both players and coaches.
Battery Life
The sensor must operate for many hours without frequent recharging, even during intense training sessions or matches. Smart energy consumption management is a critical aspect of the design.
Successful design of a sensor like PLAYERMAKER requires precise attention to each of these aspects in order to provide a reliable, professional, and efficient solution that meets the high demands of modern soccer.
Smart Design and Engineering for an Advanced Sensor
The design of the PLAYERMAKER sensor utilizes advanced plastic injection technology combined with metal contacts. This process creates a lightweight and durable enclosure that protects the internal components while ensuring reliable connections and high resistance in harsh environmental conditions. The combination of plastic and metal allows for the creation of a sensor that is precise, robust, and comfortable to use on the soccer field.
Design and Engineering at the Cutting Edge of Technology
The design and engineering of the PLAYERMAKER sensor enclosure was carried out by Lindenberg Industrial Design. This was a particularly complex project due to the need to integrate advanced technologies while miniaturizing electronic components. The process involved the use of combined plastic injection molding technology, carefully designed to fully meet field requirements.
The professionalism of the Lindenberg team is reflected in their ability to integrate different materials and technologies to create a precise, durable, and user-friendly product that provides players with an optimal user experience, even under intense game conditions.
