Does the plantar pressure plate support switching between dynamic and static modes?

In the modern fields of foot health management and sports rehabilitation, the plantar pressure plate has become an indispensable and essential tool. It not only helps professionals accurately understand foot pressure distribution, but also provides scientific support for personalized orthotic solutions and exercise guidance. Among many brands, the Jingyixun plantar pressure plate is highly praised in the industry for its multi-mode intelligent switching function, becoming the preferred choice for many medical institutions and sports centers.

So, what measurement modes does the plantar pressure plate support? How does it meet different clinical and athletic needs? The answer is—it supports switching between dynamic and static modes, and on Jingyixun devices, it is further divided into three professional measurement modes: static measurement, balance measurement, and dynamic measurement.

Static Measurement Mode: Precisely Captures Standing Pressure

Static measurement is one of the most basic and critical functions of the plantar pressure plate. In this mode, the subject stands naturally and evenly presses onto the surface of the pressure plate. The device uses high-sensitivity sensors distributed across the entire plate to capture the pressure distribution of various parts of the feet in real time.

This mode is very suitable for evaluating the static distribution of plantar pressure and helps doctors and rehabilitation therapists identify weight-bearing deviations, arch collapse, or abnormal pressure points while standing. For example, people who work standing for long periods, patients with foot deformities, or those in post-surgical recovery can all obtain intuitive foot pressure data through static measurement, providing precise support for orthotic insole customization and rehabilitation training programs.

Balance Measurement Mode: Assesses Body Balance Ability

Another major feature of the Jingyixun plantar pressure plate is its built-in dedicated balance measurement mode. This mode is mainly used to assess the subject’s ability to control body center of gravity and balance stability while standing on both feet.

The subject is usually asked to close their eyes or perform specific posture changes. The device captures subtle fluctuations in plantar pressure and calculates the sway trajectory and amplitude of the center of gravity. This function is widely used in neurological rehabilitation, fall risk assessment in the elderly, and monitoring the balance training effects of athletes. It is an important indicator for evaluating physical coordination and core control ability.

Dynamic Measurement Mode: Accurately Reconstructs Walking Pressure

Compared to static measurement, dynamic measurement better reflects the actual pressure conditions of the feet during daily activities. In dynamic mode, the subject walks or runs across the pressure plate, and the device rapidly collects pressure changes and time distribution as the feet contact the ground, generating a complete gait pressure curve along with key parameters such as cadence and stride length.

This is of great significance for injury prevention, gait abnormality diagnosis, and sports rehabilitation guidance. Through dynamic data, experts can precisely detect landing deviations during running, uneven propulsion forces in the feet, and then formulate scientific correction plans to enhance athletic performance and reduce the risk of injury.

Multi-Mode Intelligent Switching to Meet Diverse Needs

Precisely because it supports static, balance, and dynamic measurement modes, the Jingyixun plantar pressure plate can adapt to a variety of application scenarios from clinical diagnosis to sports training. Whether analyzing foot disorders in patients or helping athletes optimize running posture, it offers versatile functions and flexible responses.

At the same time, the device is easy to operate, provides fast measurement, and presents intuitive data, significantly improving work efficiency and user experience. Medical staff and rehabilitation therapists can freely switch measurement modes according to their needs without complicated settings, ensuring that every test is accurate and effective.