High-Precision Force Plates for Biomechanical Performance Analysis

The K-Deltas by Kinvent are wireless, high-resolution force plates designed for the objective assessment of neuromuscular performance. They enable precise measurement of ground reaction forces, rates of force development, and stability parameters in both static and dynamic testing scenarios. With exceptional accuracy and a sampling rate of up to 2000 Hz, the K-Deltas deliver reliable and reproducible data—even during highly dynamic movements.

For physiotherapists, sports medicine professionals, and coaches, they provide a solid foundation for evaluating functional performance, identifying neuromuscular deficits, and objectively tracking progress throughout therapy or training. This allows for data-driven treatment decisions and clear, measurable documentation of rehabilitation outcomes.

Analysis of Jump Performance, Force Profiles & Asymmetries

The K-Deltas enable in-depth analysis of established testing protocols such as the Countermovement Jump (CMJ), Squat Jump (SJ), Drop Jump (DJ), as well as various isometric strength tests. Key metrics include maximum force output, impulse, rate of force development (RFD), ground contact time, force-time curves, and lateral asymmetries between the left and right sides of the body.

In addition, the integrated Center of Pressure (CoP) analysis allows for precise assessment of postural control and stability. These parameters provide valuable insights into functional deficits, neuromuscular imbalances, and compensatory movement patterns. In practice, the collected data supports evidence-based training management and informed return-to-play decisions, enabling objective evaluation of both load capacity and symmetry.

Wireless Technology with High Load Capacity

The force plates operate بالكامل wirelessly via Bluetooth, transmitting measurement data in real time to the Kinvent app. This eliminates the need for complex lab setups, allowing tests to be performed flexibly—whether in the gym, clinic, or rehabilitation center. It enables structured testing using standardized protocols, along with clear real-time visualization of results. Force-time curves, symmetry analyses, and performance metrics are automatically captured and can be compared over time, documented, and exported with ease.

This makes rehabilitation progress transparent and objectively measurable—both for internal performance tracking and for communication with patients, coaches, or medical professionals.

Each platform supports loads of up to 2000 kg and is designed for continuous professional use. The durable construction, battery life of up to 20 hours, and compact, portable design ensure seamless integration into everyday practice.