Noraxon Vector Force Plates

Noraxon Vector Force Plates

The Noraxon Vector Force Plates provide a practical, portable, and highly effective solution for measuring vertical ground reaction forces across sports performance, rehabilitation, research, and education settings. Designed to simplify force testing without compromising data quality, these single-axis force plates enable objective assessment of force production, balance, symmetry, and lower limb performance.

Ideal for sports science laboratories, strength and conditioning facilities, clinics, universities, and research environments, the Vector Force Plates allow practitioners to collect reliable force-time data for a wide range of assessments, including jump testing, strength evaluation, balance analysis, and return-to-play monitoring. Their straightforward setup and portable design make them suitable for both permanent installations and mobile testing environments.

A reliable solution for collecting objective force data

Integrated with Noraxon’s powerful MR4 software platform, the Vector Force Plates become part of a comprehensive biomechanical analysis system. Users can synchronise force data with EMG, motion capture, and video analysis to gain deeper insights into movement quality, performance, and rehabilitation outcomes.

Key performance metrics such as force, impulse, contact time, rate of force development, loading characteristics, and limb symmetry can be captured and analysed to support evidence-based decision-making. This enables coaches, sports scientists, physiotherapists, and researchers to monitor athlete development, evaluate rehabilitation progress, and identify performance opportunities with confidence.

The Vector Force Plates feature a measurement range of up to 11,768 N, a sampling rate of 1,000 Hz, and high-precision force measurement, ensuring accurate and repeatable data collection across a variety of testing protocols. The durable yet lightweight design supports easy transportation and rapid deployment while maintaining the robustness required for routine testing.