Modifications of a force plate system for equine gait analysis.

The research article discusses the modifications made to a force plate system, intended to measure the vertical force exerted by a horse’s limb during ground contact. Enhancements to the system incorporated steel supporting posts for better durability and an additional strain gauge on every arm of the Wheatstone bridge for improved sensitivity and temperature compensation. The efficacy of these modifications is shown through data obtained from clinically healthy horses.

Objective of the Research

• The research primarily aims at enhancing the efficiency of a force plate system used for analyzing the gait of horses. This is accomplished through certain modifications designed to increase durability and sensitivity.

Modifications of the Force Plate System

• The main modifications of the force plate system include the use of steel supporting posts and an additional strain gauge on each arm of the Wheatstone bridge.
• Steel posts contribute to the robustness and longevity of the system, ensuring it can withstand the heavy impact of a horse’s gait.
• Adding an extra strain gauge on each arm of the Wheatstone bridge increases the system’s sensitivity, enabling more precise measurements. The additional strain gauge also allows for temperature compensation, ensuring consistent readings regardless of changes in environmental temperature.

Data Collection and Analysis

• Performance data from these modifications are collected from clinically normal horses. The author implies that the data validate the improvements implemented in the force plate system.
• The research does not provide specific details about the data collected or the methods of analysis used. Therefore it is assumed that traditional methods of data collection and analysis in the field of equine gait analysis are used.

Conclusion and Future Implications

• The modifications made to the force plate system aim to improve the system’s capabilities and overall performance in assessing equine gait. The researchers suggest these modifications can prove valuable for future studies and practical applications, such as detecting abnormalities in a horse’s limb and consequently prescribing precise treatments.