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Calibrating skinfold calipers

C J Gore¹, S M Woolford, R G Carlyon

¹National Sports Research Centre, Australian Sports Commission, Australian Institute of Sport, Adelaide.

Journal of Sports Sciences

|August 1, 1995

Summary

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This study introduces a simple foam block method for calibrating skinfold calipers, ensuring accurate body composition measurements in athletes. This technique helps monitor caliper consistency and detect variations, improving the reliability of subcutaneous fat assessments.

Area of Science:

Sports Science
Biomedical Engineering
Anthropometry

Background:

Athletes undergo regular subcutaneous adipose tissue assessments using skinfold calipers.
Current methods lack absolute dynamic calibration for caliper jaw compression.
Variations in caliper calibration can affect the accuracy of body composition analysis.

Purpose of the Study:

To develop and validate a dynamic calibration method for skinfold calipers using foam rubber blocks.
To assess the reliability of skinfold caliper measurements through dynamic calibration.
To determine if foam block calibration differences correlate with significant skinfold measurement variations in athletes.

Main Methods:

Dynamic compression of foam rubber blocks was used to monitor the relative calibration of skinfold calipers.

Related Experiment Videos

Foam blocks were employed to detect spring fatigue in calipers or variations between different calipers.

The study involved 10 female athletes to evaluate the translation of foam block calibration to skinfold measurements.

Main Results:

The foam block method successfully monitored relative caliper calibration and identified variations.
Significant differences in calibration established by foam blocks correlated with significant differences in the sum of seven subcutaneous skinfolds.
The foam block method proved effective in detecting variations in caliper measurements.

Conclusions:

Foam blocks offer a simple, inexpensive, and effective method for the dynamic calibration of skinfold calipers.
This calibration technique can establish a reliable range and allow for periodic rechecking of caliper accuracy.
Implementing foam block calibration enhances the precision of subcutaneous fat measurements in sports science and clinical settings.