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Custom designed bras in sight thanks to 3D computer-aided design study

Custom designed bras in sight thanks to 3D computer-aided design study

It may have been hundreds of years in the making, but relief could be in sight for Australian women wearing uncomfortable, ill-fitting bras.

Custom designed bras may be in sight thanks to a 3D computer-aided design study.

PhD student Celeste Coltman (centre) and Dr Deirdre McGhee are investigating effective bra designs and aspects of improving bra fit, and coming up with innovative ways of educating females on how to purchase a well-fitted supportive bras to suit their needs.

The introduction of three-dimensional computer-aided body scanning is revolutionising apparel design and, with research showing that 85 per cent of women have difficulty getting the right fit, bra design may be entering the next frontier.

conducts world-leading breast health research under the banner of Breast Research Australia (BRA). In a unique new study, hand-held 3D scanners are being used to collect data on breast size and shape with the aim of translating that information into bras that better fit the diverse range of breast and torso shapes exhibited among the female population.

BRA PhD candidate, Celeste Coltman, describes herself as an “active woman with large breasts”. She recently conducted a study on sports bras where 46 per cent of participants reported discomfort. Other figures suggest that 85 per cent of women have difficulty finding a bra that fits them properly, indicating that this is a much bigger problem.

“Common complaints include underwire problems, straps that don’t stay up or dig in, inconsistent sizing, discontinued styles and an overwhelming range of choices,” she said.

“Ill-fitting bras can also lead to poor posture and musculoskeletal pain and have a negative impact on exercise, so this is a major issue that needs to be addressed. The introduction of 3D scanners may be the answer, as we are now able to extract body shape data, which could lead to significant improvements in bra design and bra fit.”

Dr Deirdre McGhee, who is Celeste's PhD supervisor at UOW’s Biomechanical Research Laboratory, said: “We hope that the data from this research will inform future designs and even help pave the way for customisation in the fitting process.”

The BRA researchers are seeking female volunteers to be part of the scanning study, being conducted on the ¾«¶«´«Ã½ of ¾«¶«´«Ã½ campus from June to December 2014.

More information:

Study tour dates:

  • Illawarra Women's Health Centre (2-14 Belfast Ave, Warilla) every Tuesday from 12 August – 16 September.
  • Penrith Women's Health Centre (Henry St, Penrith) from 22 September – 3 October (excluding weekends).
  • Central Coast Community Women's Health Centre (7 Rose St, Wyong) from 12–23 January 2015 (excluding weekends).

Participant information: If you are interested in participating in the study, please contact Celeste Coltman for more information.​

About Breast Research Australia: Breast Research Australia (BRA), based at UOW, is an internationally innovative centre of excellence, which is committed to providing coordinated evidence-based research, education, and commercial and clinical services to decrease breast-related discomfort and injury so all females can participate comfortably in activities of daily living, work and recreation. BRA is an aligned research centre. 

Media contact: Dr Deirdre McGhee and Celeste Coltman are available for interview. Please contact Elise Pitt, Media & PR Officer, +61 2 4221 3079, +61 422 959 953 or epitt@uow.edu.au