Abstract

Upon the vehicle conversion, the converter should ensure before putting the vehicle into service, that the modifications, carried out on the baseline vehicle, do not inhibit the ability of the converted vehicle to properly and surely perform its function. Any change to the vehicle weight distribution and center of gravity, which does not meet the manufacturer guidelines, may lead to excessive body roll and possible rollover. The aim of this work is to estimate degradation of the vehicle dynamic characteristics by recording on-road vehicle parameters on both baseline and converted vehicle. The experiments were carried out for the vehicles performing a double lane change maneuver at different speeds. The obtained results show excessive roll angle, lateral acceleration and suspension deformation, which suggests a higher tendency of the vehicle to instability and loss of control.

Highlights

  • ONE of the main activities of the Military Technical Institute (VTI) is the modification and conversion of mobile platforms in order to outfit land forces with different mobile solutions at low cost

  • It should be emphasized that any changes to the baseline vehicle which do not meet the manufacturer guidelines may severely affect the ability of the vehicle to properly accomplish its function

  • The obtained results for both the baseline vehicle and the converted vehicle MIP are shown in Figures 5 and 6

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Summary

Introduction

ONE of the main activities of the Military Technical Institute (VTI) is the modification and conversion of mobile platforms in order to outfit land forces with different mobile solutions at low cost. VTI engineers are increasingly using vehicle conversion in order to quickly and efficiently develop new mobile platforms that are intended to accomplish different military missions. The main issues upon vehicle conversion are the modifications of the vehicle weight distribution, vehicle kerb weight and the position of the center of gravity (CoG) [1][2][3]. These changes can lead to excessive body roll, poor handling performances and reduced lateral stability[4]

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