Plantar Pressure Analyzers, which adopt the principle of pressure sensing, are applied in analyzing changes in plantar pressure during athletes’ movements such as running and jumping, and usually have the following roles:
1. High monitoring accuracy, more accurate pressure analysis.
Based on the principle of pressure sensing, pressure sensing collection is used to obtain data and information on the plantar pressure distribution of athletes during running and jumping, resulting in fine monitoring results with small errors.
The measured pressure distribution data can be applied to the precise analysis of changes in plantar pressure during movements such as sprinting, basketball jumping, and long jump take-off.
2. High analysis efficiency, more convenient movement monitoring.
Generally speaking, measurement with a Plantar Pressure Analyzer can complete the scanning of a single running or jumping movement in only 3-20 seconds, and can obtain complete pressure change data of the plantar under that movement.
In the case of traditional observation and recording methods, not only is the data highly subjective, but it also takes a relatively long time, up to ten minutes or even longer.
3. Low-interference measurement, suitable for sports training scenarios.
Plantar Pressure Analyzers perform measurement through contact sensing between the sensing mat and the athlete’s plantar, without affecting the athlete’s normal running and jumping postures, belonging to low-interference measurement.
This measurement method can avoid movement deformation caused by equipment interference during the measurement process, and also avoid the impact on sports status caused by additional constraints.
It is particularly applicable to athlete groups that need to maintain highly coordinated and explosive movements, or groups with high requirements for training continuity.
4. Capable of obtaining dynamic pressure changes during movements.
Through real-time pressure monitoring, the subtle change rules of plantar pressure during movements such as running and jumping can be captured, making the analyzed data more complete and accurate.
It is particularly applicable in institutions and related application scenarios that require high precision of sports data, such as professional sports training bases and sports technology R&D centers.
5. High safety, no use risks, suitable for long-term training monitoring.
The equipment adopts flexible sensing technology, has no risk of mechanical damage, is harmless to the human body, and can meet the needs of long-term and multiple monitoring and analysis of plantar pressure during athletes’ movements such as running and jumping.
