Design of Undergarment for Female Racing Drivers

Abstract

Unlike team sports like football and basketball, professional car racing is considered as an individual competitive sport that inspires fan loyalty both nationally and globally. It is also unique because male and female drivers compete against each other under the same circumstances and supposedly, gender is not a determining factor, though throughout the history of motorsports has mainly been a male dominated field. There are many studies on analyzing the protective performance of the suit made for some specific sports such as cycling, sailing, flying etc., but limited effort has been made to understand female car racers’ expectations of their suit and in particular undergarment in terms of performance, fit, comfort, and aesthetic. So, the study was conducted to design and develop an undergarment prototype by investigating and exploring the issues that female racing drivers face while wearing a unisex suit and accompanying undergarment. For this purpose, 18 types of single jersey knitted samples were developed and their dimensional and comfort properties were measured. The results were evaluated using AHP-TOPSIS multi-criteria decision making method, so that a seamless undergarment prototype with varying structures at areas such as torso and bust was proposed for female racing drivers, which can be improved in parallel with FIA regulations for further study. Keywords: female racers, activewear, sportswear, seamless knitting, undergarment, moisture management.

Thermal comfort analysis of auto-racing suits using a dynamic thermal manikin

“…Little to no research has been conducted on auto-racing PPC as compared to other types of sports such as sailing and cycling. 20 There continues to be a lack of information in the body of research regarding the impact of auto-racing PPC, specifically, on thermal comfort and heat stress. Therefore, the purpose of this research was to determine the impact of racing PPE on the thermal comfort of race car drivers by utilizing a sweating thermal manikin to observe the thermal insulation, evaporative resistance, and predicted manikin total heat loss (THL) of standard racing suits.…”