Driving Fine and its Relationship with Dangerous Driving Behaviour Among Heavy Vehicle Drivers

Indian J Occup Environ Med. 2022 Oct-Dec;26(4):266-272. doi: 10.4103/ijoem.ijoem_45_22. Epub 2022 Dec 24.

Abstract

Context: There is a significant difference between actual and existing statistics of traffic fines; since some invisible fines and most of the visible traffic violations cannot be recorded by traffic officers. Therefore, dealing with driving fines and road fatalities is considered an important issue in social and public management worldwide.

Aims: Explore the factors associated with unsafe behaviors and getting traffic fines among a sample of Iranian heavy-vehicle professional drivers.

Settings and design: The present cross-sectional study was conducted in Iran, from February 2019 to September 2020.

Methods and material: This study used the driver behavior questionnaire (DBQ), demographic and driving characteristics, the number of fines, and structural equation modeling. Also, in this study 320 professional drivers participated.

Statistical analysis used: This article used structural equation modeling for Statistical analysis.

Results: The results of structural equation modeling analysis indicated that the data fit well with the theoretical model proposed in this study. The number of fines was directly predicted by both demographic and driving characteristics and risky driving behaviors. A significant relationship was observed between, driving hours, driving experience, and smoking, respectively, with a mistake, slip, and risky violation. There was a negative correlation between education and all four sub-scales of risky driving behaviors.

Conclusions: In order to reduce traffic fines, training courses on increasing attention and precision in drivers' observations and judgments are useful. The courses can decrease traffic violations by trying to change beliefs, attitudes, and social norms. It is therefore helpful to understand the ways to change the drivers' attitudes.

Keywords: Aberrant driving behaviors; professional drivers; structural equation modeling; traffic fines.