Crash and Injury Characteristics of Riders in Motorcycle-Passenger Vehicle Crashes
The motorcycle has become one of the most common type of vehicles used on the road, particularly in the Asia region, including Malaysia, due to its size-convenience and affordable price. This study focuses only on crashes involving motorcycles with passenger cars consisting 43 real world crashes obtained from in-depth crash investigation process from June 2016 till July 2017. The study collected and analyzed vehicle and site parameters obtained during crash investigation and injury information acquired from the patient-treating hospital. The investigation team, consisting of two personnel, is stationed at the Emergency Department of the treatment facility, and was dispatched to the crash scene once receiving notification of the related crashes. The injury information retrieved was coded according to the level of severity using the Abbreviated Injury Scale (AIS) and classified into different body regions. The data revealed that weekend crashes were significantly higher for the night time period and the crash occurrence was the highest during morning hours (commuting to work period) for weekdays. Bad weather conditions play a minimal effect towards the occurrence of motorcycle – passenger vehicle crashes and nearly 90% involved motorcycles with single riders. Riders up to 25 years old are heavily involved in crashes with passenger vehicles (60%), followed by 26-55 year age group with 35%. Male riders were dominant in each of the age segments. The majority of the crashes involved side impacts, followed by rear impacts and cars outnumbered the rest of the passenger vehicle types in terms of crash involvement with motorcycles. The investigation data also revealed that passenger vehicles were the most at-fault counterpart (62%) when involved in crashes with motorcycles and most of the crashes involved situations whereby both of the vehicles are travelling in the same direction and one of the vehicles is in a turning maneuver. More than 80% of the involved motorcycle riders had sustained yellow severity level during triage process. The study also found that nearly 30% of the riders sustained injuries to the lower extremities, while MAIS level 3 injuries were recorded for all body regions except for thorax region. The result showed that crashes in which the motorcycles were found to be at fault were more likely to occur during night and raining conditions. These types of crashes were also found to be more likely to involve other types of passenger vehicles rather than cars and possess higher likelihood in resulting higher ISS (>6) value to the involved rider. To reduce motorcycle fatalities, it first has to understand the characteristics concerned and focus may be given on crashes involving passenger vehicles as the most dominant crash partner on Malaysian roads.
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 J. Padmanaban, E. Vitaly, "Characteristics of motorcycle crashes in the US." Proceedings of the 4 th International Road Traffic and Accident Database (IRTAD) Conference, Road Safety Data: Collection and Analysis for Target Setting and Monitoring Performances and Progress, Seoul, South Korea. 2009.
 L. V. Leong, M. S. Ahmad Farhan, W. I. Wan Hashim, M. S. Shafida Azwina, Comparative Analysis of Motorcycle Utilization and Frorecasting Model of Motorcycle Ownership of Eastern Asian Countries, 6th International Conference of the Eastern Asia Society for Transportation Studies, 2l-24 September 2005, Bangkok, Thailand.
 Highway Planning Unit, Ministry of Works Malaysia, 2003, unpublished.
 G. H. Walker, N. A. Stanton, P. M. Salmon, Cognitive Compatibility of Motorcyclists and Car Drivers, Accident Analysis and Prevention 43 (2011), 878-888.
 PDRM, “Laporan Tahunan PDRM 2009 (Royal Malaysia Police Annual Report, 2014),” Royal Malaysia Police, Ed. Kuala Lumpur, Malaysia, 2014.
 M. I. Aare, H. von Holst, Injuries from motorcycle- and moped crashes in Sweden from 1987 to 1999, US National Library of Medicine National Institutes of Health.2003 Sep;10(3):131-8.
 A Fact Sheet of the Centre for Accident Research & Road Safety - Queensland (CARRS-Q), May 2012.
 K. D Wing., Z. A. Ahmad Noor Syukri., M. F. Siti Atiqah., L. Fauziana, M. R. Mohd Amiruddin, O. Afiqah, Fatality and Severe Injury in Motorcycle Crashes During OPS SELAMAT 2013/3, MIROS Research Report 2013, to be published.
 Clarke, David D., et al. In-depth Study of Motorcycle Accidents. No. 54. Road Safety Research Report, 2004.
 Motorcycle Accidents and Casualties in Scotland 1992-2002, B. Sexton, J. Fletcher, K. Hamilton, Transport Research Planning Group, 2004.
 Richter, Martinus, et al. "Head injury mechanisms in helmet-protected motorcyclists: prospective multicenter study." Journal of Trauma and Acute Care Surgery 51.5 (2001): 949-958.
 D. A. Mantaras, P. Luque, Assessing Motorcycles Protection Systems using Finite Elements Simulations, Int j simul Model (2015) 1, 110-120, ISSN 1726, 4529.
 J. Oxley, J. Yuen, M. D. Ravi, and E. Hoareau, Commuter Motorcycle Crashes in Malaysia: An Understanding of Contributing Factors, Monash University Accident Research Centre, Association of the Advancement of Automotive Medicine, 2013 Sep; 57: 45–54.
 Modelling Motorcycle Ownership in Malaysia: Case Study of Pulau Pinang, Technical Report, (304.PAWAM.60351221), Universiti Sains Malaysia, unpublished.
 Z. A. Ahmad Noor Syukri, M. I. Mohd Hafzi, A. R. Mohammad Mahafiz, S.V. Wong, Passenger Vehicle Drivers and Motorcycle Riders Injury Severity Risk Factors in Single-Vehicle Accidents, International Crashworthiness Conference, Washington DC, 22-24 September 2010.
 M. M. Abdul Manan, A. Várhelyi, Motorcycle Fatality in Malaysia, IATSS Research 36 (2012) 30–39
 Pai, C.-W., Saleh, W., 2008. Exploring motorcyclist injury severity in approach-turn collision at T-junctions: focusing on the effects of driver’s failure to yield and junction control measures. Accident Analysis and Prevention 40 (2), 479–486.
 Medical Triage Code Tags and Triage Terminology, https://www.medicinenet.com/script/main/art.asp?articlekey=79529, accessed on 20 July 2017.
 C. Peek, E. R. Braver, H. Shen, 1994. Lower Extremity Injuries from Motorcycle Crashes: A Common Cause of Preventable Injury. J. Trauma 37, 358–364.
 D. J Chesham, D. R Rutter, L. Quine, 1993. Motorcycling Safety Research: A Review on the Social and Behavioral Literature. Soc. Sci. Med. 37 (3), 419–429.
 B. Huang, J. Preston, Literature Review on Motorcycle Collisions, Final Report, Transport Studies Unit, University of Oxford, April 2004.
 Technical Report Recent Trends in Fatal Motorcycle Crashes: An Update, National Highway Transport Safety Administration, DOT HS 810 606, June 2006.