DistoX calibration tools and the need for calibration checking
Matija Perne

TL;DR
Proper calibration of DistoX devices is crucial for accurate cave surveying, and this paper emphasizes the importance of calibration validation and introduces tools and methods to detect calibration errors that could otherwise go unnoticed.
Contribution
The study experimentally confirms the existence of calibration errors introduced by certain tools and provides practical guidelines for calibration validation to ensure measurement accuracy.
Findings
Calibration errors can go undetected with certain tools.
Regular calibration checks improve measurement reliability.
Calibration validation involves multiple measurements at different angles.
Abstract
For proper cave surveying using DistoX, the device needs to be calibrated with adequate accuracy. Calibrating does not require any tools; but, tools to make calibration easier have been developed. Theoretical consideration shows that the use of certain tools enables one to introduce a type of calibration error that goes undetected by the calibration software. In this study, the existence of such errors is experimentally confirmed and their magnitude is estimated. It is demonstrated to be crucial that the DistoX is calibrated and that the calibration is valid, that is, that the device has not changed since it was last calibrated. No part of the DistoX must have moved or changed its magnetization since calibration, not even the battery. The calibration method used and the quality of the resulting calibration are important too. It is highly recommended that the DistoX be checked…
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