Study of Drivers’ Behaviour at a Passive Railway Crossing

  • Sandra Kasalica
  • Radisav Vukadinović
  • Vojkan Lučanin
Keywords: railway crossings, road driver behaviour, road safety, railway crossing safety


Problem: The number of killed and injured persons in incidents at railway level crossings is generally increasing on the Serbian Railways, particularly at passive crossings. In this paper we researched the direct behaviour of road traffic participants at a conventional railway passive crossing. Method: Direct observational study of drivers’ behaviour at a level crossing. Results: Sixty-one road vehicle drivers were observed in the moments of train approach. The probability of crossing varies depending on the train distance and the time the driver has to cross the crossing. The drivers who have limited visibility cannot estimate the speed of the approaching train well and make more risky decisions. Conclusion: This study shows that the number of “risky crossings” is worrying as the result of such crossings is a large number of accidents with fatal consequences at the passive crossings in Serbia.


Serbian Rail Expert Service. Reports of Safety and Functionality of Serbian Railways. Annual reports; in Serbian, 2002-2009

Serbian Rail Administration. Statistics on accidents at Serbian Railways; in Serbian, 2009

Ward, N.J., Wilde, G.J.S.: A comparison of vehicle approach speed and braking between day and night-time periods at an automated railway crossing, Safety Science, Vol.19, 1995, pp. 31–44

Hauer, E: Flashing lights and bells at grade crossing: Present problems and directions of the future. TP 5308E. Montreal, Quebec: Transportation Development centre, 1984

Raslear, T.G.: Driver Behavior at Rail-Highway Grade Crossings: A Signal Detection Theory Analysis. Safety of Highway-Railroad Grade Crossings. Research Needs Workshop, Volume II – (Report No. DOT/FRA/ORD/14.2, DOT-VNTSC-FRA-95-12.2, pp. F9-F56). U.S. Department of Transportation, Washington, D.C, 1996

Russell, E. et al.: Study of drivers behavior at passive railroad-highway grade crossings, Kansas State University Manhattan, KS 66506, 2007

Ward, N.J., Wilde, G.J.S.: Driver approach behavior at an unprotected railway crossing before and after enhancement of lateral sight distances: An experimental investigation of a risk perception and behavioral compensation hypothesis, Safety Science, Vol. 22, No. 1-3, 1996, pp. 63–75

Meeker, F. L., Barr, R. A.: An observational study of driver behaviour at a protected railroad grade crossing as trains approach, Accident Analysis & Prevention, Vol. 21, No 3, 1989, pp.255-262

National Transportation Safety Board. Safety Study: Safety at Passive Grade Crossings Volume 1: Analysis (NTSB/SS-98/02). Washington, D.C.: National Transportation Safety Board, 1998.

Caird, J.K., et al.: Human Factors Analysis of Highway-Railway Grade Crossing Accidents In Canada, Transportation Development Centre Transport Canada, 2002

Wigglesworth, E.C.: Report on human factors in road-rail crossing accidents, Melbourne, Victoria, Australia: Ministry of Transport, 1976

Moon, Y.J., Coleman, F.: Driver’s speed reduction behavior at highway rail intersections. In Paper Preprints of the 78th Annual Meeting of the Transportation Research Board [CD-ROM], Washington, DC: TRB. 1999

Railroad - Highway Grade Crossing Handbook, Railroad - Highway Grade Crossing Handbook - Revised Second Edition 2007, FHWA-SA-07-010. Federal Highway Administration, 2007

Wilde, G.J.S., Cake, L.J., McCarthy, B.A.: An observational study of driver behaviour at signalized railroad crossings. Kingston, Ontario: Canadian Institute of Guided Ground Transport, Queen’s University, 1976

Reason, J.: Managing the risks of organizational accidents. Brookfield: Ashgate, 1997

Leibowitz, H. W.: Grade crossing accidents and human factors engineering, American Scientist, 1985, 73, 558-562

Meeker, F., Fox, D., Weber, C.: A comparison of driver behavior at railroad grade crossings with two different protection systems, Accident Analysis and Prevention, Vol. 29, No. 1, 1997, pp. 11–16

Carrol, A., Multer, J., Marcos, S.: Safety of highway-railroad grade crossing: Use of auxiliary external alerting devices to improve locomotive conspicuity. Cambridge: U.S. Department of transportation, 1995

Cairney, P.: Prospects of improving the consipicity of trains at passive railway crossings, (No. CR 217), Canberra: Australian Transport Safety Bureau, 2003

How to Cite
Kasalica S, Vukadinović R, Lučanin V. Study of Drivers’ Behaviour at a Passive Railway Crossing. Promet [Internet]. 1 [cited 2024May19];24(3):193-01. Available from: