Workers who are heavier than average are paid $1.25 less an hour. Over a 40-year career, they will earn up to $100,000 less
before taxes than their thinner counterparts (Baum, 2004).
Slightly heavy women make about 6% less in wages than standard weight women. Very heavy women make 24% less. Men experience
significant wage penalties only at the highest weight levels. (Roehling, 1999)
Heavier workers are not given raises as often as thinner workers. In a study of over 2000 women and men, wage growth rates
were 6% lower in a three-year period for heavier workers. (Loh, 1993)
Young women (18 to 25) employees are especially penalized if they are larger than average, earning 12% less than their
thinner counterparts (Register, 1990) and being more likely to be found in low-paying jobs (Pagan, 1997). Other factors were
ruled out, and the reason for the difference was found to be social bias and discrimination. (Gortmaker, 1996; Stunkard,
Of people who were 50% or more above their "ideal" weight on the height-weight charts, 26% reported they were
denied benefits such as health insurance because of their weight, and 17% reported being fired or being pressured to resign
because of their weight (Rothblum, 1990).
Hiring prejudice against larger people has been demonstrated consistently in studies using written descriptions, photographs,
videotape, and actors. Larger and smaller job applicants were matched for equal qualifications, equal references, and similar
personalities. Hiring staff usually chose the thinner applicants with equal qualifications, and made unfounded assumptions
about the larger applicants--such as that they were too aggressive, difficult to work with, lacking in self-discipline, less
productive, or less determined--even if they had never met or spoken to the applicants. One study, using photographs, showed
that prejudice against heavier applicants was found even when faces were obscured, ruling out the factor of facial attractiveness
(Pingitore, 1994; Klassen, 1993; Klesges, 1990; Rothblum, 1988; Decker, 1987; Larkin, 1979).