Traffic Analysis of Specific Motorways with Different Usage Characteristics in Hungary with the Method of Section Control


  • Zsolt Sándor KTI Institute for Transport Sciences Non-profit Ltd, 1119 Budapest, Than Károly u. 3-5, Hungary
  • Ákos Monostori Glowbyte Consulting, 20004 Minsk, vulica Klary Cetkin 51, Belarus



section control, speed enforcement, control method, speed control


This article presents the result of the large-scale average speed analysis made in Hungary at two motorways in 12 different sections. During the analysis speeds of normal and reduced operations were analysed. This is the first analysis in Hungary which is based on real traffic data. Data from the enforcement system of the road usage right were used and these data were provided by the Hungarian National Toll Payment Service Plc. Results have shown that the majority of the drivers are not obey the speed limits, which has huge risk on traffic safety.


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Hungarian Central Statistical Office, (2019) Official data provision

D.W. Soole, B.C. Watson, J.F. Fleiter, Effects of average speed enforcement on speed compliance and crashes: A review of the literature, Accident Analysis and Prevention 54 (2003) pp. 46-56. doi:

R.E. Allsop, Reducing Traffic Injuries Resulting from Excess and Inappropriate Speed. European Transport Safety Council, Brussels (1995).

A.I. Glendon, Driving violations observed: An Australian study. Ergonomics 50 (8) (2007) pp. 1159–1182. doi:

F. Wegman, C. Goldenbeld, Speed management: enforcement and new technologies R-2006-5. Leidschendam, SWOV Institute for Road Safety Research, The Netherlands (2006).

L. Aarts, I.V. Schagen, Driving speed and the risk of road crashes: A review. Accident Analysis and Prevention 38 (2006) pp. 215-224. doi:

E.W. Korthof, Effects of section control on traffic safety at Dutch motorways, Master thesis, Delft University of Technology, 2014. URL

D. Jankó, L. Csenki, Z. Jákli, G. Magyar, Speeds on motorway M1 and M7 (Sebesség az M1 és az M7 autópályán). Közúti és Mélyépítési Szemle 54 (10) (2004) pp. 11-20. (in Hungarian)

R. Elvik, P. Christensen, A Amundsen, Speed and road accidents: An evaluation of the Power Model (TØI report 740/2004). Institute of Transport Economics. Norway, Oslo (2004). ISBN 82-480-0451-1

J. Malenstein, Automated video speed enforcement and trajectory control, combined with fully automated processing. Intelligent Transport Systems; Towards the new horizon together. Seoul, Korea, 1998.

A. Ragnøy, Automatic section speed control. Results of Evaluation. Norwegian Public Roads Administration, Directorate of Public Roads, Oslo. (2011) ISSN: 1892-3844

C. Stefan, Section control – automatic speed enforcement in the Kaisermühlen tunnel (Vienna, A22 Motorway). Austrian Road Safety Board (KvF), Vienna, 2006.

A. Montella, B. Persaud, M. D'Apuzzo, L. Imbriani, Safety evaluation of automated section speed enforcement system. Transportation Research Record 2281 (1) (2012) pp. 16-25. doi:

D. Soole, J. Fleiter, B. Watson, Point-to-Point Speed Enforcement (AP-R415- 12). Austroads, Sydney. (2012) ISBN 978-1-921991-42-4

A.K. Høye, Evaluation of the crash effects of section control. Institute of Transport Economics Norwegian Centre for Transport Research (2014) ISBN 978-82-480-1547-5

P. Johansson, Speed limitation and motorway casualties: a time series count data regression approach. Accident Analysis and Prevention 28 (1996) pp. 73-87. doi:




How to Cite

Sándor, Z., & Monostori, Ákos. (2020). Traffic Analysis of Specific Motorways with Different Usage Characteristics in Hungary with the Method of Section Control. Acta Technica Jaurinensis, 13(3), 211–245.



Acta Technica Jaurinensis