Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa
Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa
Heavy vehicle overloading and road safety continue to be major problems in South Africa notwithstanding efforts at more effective enforcement by the road and traffic authorities. Overloading causes premature road deterioration and, together with inadequate vehicle maintenance, driver fatigue and poor driver health, contributes significantly to South Africa’s poor road safety record. The Heavy Vehicle Accreditation Scheme (LAP) is an initiative to introduce self-regulation, as opposed to legal enforcement, in the heavy vehicle transport industry, and aims to promote professionalism in heavy vehicle transport. In line with the Department of Transport’s National Overload Control Strategy, its aim is to encourage heavy vehicle operators, consignees and consignors to take more responsibility for ensuring that their loads are transported legally. A pilot project, initially funded by the Department of Trade and Industry and Forestry South Africa, commenced in August 2003 to establish such a self-regulation system in the forestry transport industry. The overall aim of the initiative is to promote transport efficiency within the legal framework by creating awareness with transport operator management. The main focus is thus the management of vehicle loading, load securement, vehicle maintenance and driver wellness and training. Although the pilot project was initiated in forestry, the project has been executed keeping the broader heavy vehicle transport industry in mind. During the past 12 months similar initiatives have started in other industries including coal, asphalt, aggregate and sand, pulp, paper and board and sugar. The aim of the department of Transport is to establish a national accreditation system in association with the South African National Accreditation System
Reference:
Nordengen, P.A. and Oberholtzer, F. 2006. Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa. 9th International Symposium on heavy vehicle weights and dimensions, Pennsylvania State University, 18-22 June 2006, pp 8
Nordengen, P. A., & Oberholtzer, F. (2006). Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa. http://hdl.handle.net/10204/1187
Nordengen, Paul A, and F Oberholtzer. "Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa." (2006): http://hdl.handle.net/10204/1187
Nordengen PA, Oberholtzer F, Self regulation initiative in heavy vehicle transport to address road safety, accelerated road deterioration and transport productivity in South Africa; 2006. http://hdl.handle.net/10204/1187 .
Author:Nordengen, Paul A; de Saxe, Christopher C; Berman, Robert J; Steenkamp, Anton J; Deiss, JDate:Apr 2018As part of a performance-based standards (PBS) research programme for heavy vehicles in South Africa, a need was identified to design and operate a number of PBS demonstration vehicles in a pilot project. The purpose of the project is to gain ...Read more
Author:Nordengen, Paul A; Oberholzer, FDate:Jul 2004Heavy vehicle overloading continues to be a major problem in South Africa notwithstanding efforts at more effective overload control by the authorities. This paper describes a pilot project, funded by the Department of Trade and Industry and ...Read more
Author:Dessein, T; Kienhöfer, F; Nordengen, Paul ADate:Mar 2010The preliminary design of a South African PBS vehicle to transport large-bore welded steel pipes is an important milestone in developing local expertise to analyse PBS designs. The design approach has drawn extensively from the PBS measures ...Read more