Analysis of the Operation of the Dynamic Traction Control System in Road Vehicles

Cilj ovo rada je prikazati kako sustav dinamičke kontrole proklizivanja vozila utječe na sigurnost prometa. Stabilnost vozila važan je element sigurnosti cestovnom prometa jer se većom stabilnošću vozila smanjuje i broj prometni nesreća na cestama. Stabilnost vozila ovisi o karakteristikama vozila kao što su: razmak osovina vozila, širina pneumatika, usmjerivači zraka i drugi. Sustav dinamičke kontrole proklizivanja ubraja se u aktivne elemente sigurnosti prometa jer nastoji spriječiti nastanak prometnih nezgoda. Sustav stabilnosti vozila pomaže vozačima u njihovim svakodnevnim putovanjima. Olakšava im vožnju prilikom loših vremenskih uvjeta, vožnju u zavojima kao i izbjegavanje opasnih situacija na ceste kao što su: izleti pješaka, izleti životinja na cestu i slično. Daljnja zadaća sustava je olakšati vozačima kretanje na uzbrdice kao i kretanje s mjesta kada je mokar kolnik ili poledica na cestama. Sustav radi pomoću senzora koji prikupljaju podatke o putanji vozila tijekom vožnje i tako ima uvid treba li se uključiti kako bi zadržao vozilo na željenoj putanji.The aim of this paper is to show how the dynamic vehicle slip control system affects traffic safety. Vehicle stability is an important element of road safety as greater vehicle stability also reduces the number of road accidents. Vehicle stability depends on vehicle characteristics such as: vehicle axle spacing, tire width, air routers and others. The dynamic slip control system is included in the active elements of traffic safety as it seeks to prevent the occurrence of traffic accidents. The vehicle stability system helps drivers on their daily journeys. It makes it easier for them to drive in bad weather, drive in corners as well as avoid dangerous situations on roads such as: pedestrian trips, animal trips to the road and the like. A further task of the system is to make it easier for drivers to move uphill as well as move from a place where is a wet pavement or road back. The system works with sensors that collect data on the vehicle's trajectory while driving and has an insight into whether it should be turned on to keep the vehicle on the desired trajectory