The distance to the Large Magellanic Cloud (LMC) is crucial for the calibra
tion of the cosmic distance scale. We derive a distance to the LMC based on
an analysis of Found-based photometry and Hubble Space Telescope (HST)-bas
ed spectroscopy and spectrophotometry of the LMC-eclipsing binary system HV
2274. Analysis of the optical light curve and the HST/Goddard High-Resolut
ion Spectrograph, radial velocity curve provides the masses and radii of th
e binary components. Analysis of the HST/Faint Object Spectrograph, UV/opti
cal spectrophotometry provides the temperatures of the component stars and
the interstellar extinction of the system. When combined, these data yield
a distance to the binary system. After correcting for the location of HV 22
74 with respect to the center of the LMC, we find d(LMC) = 45.7 +/- 1.6 kpc
or (V-0 - M-v)(LMC) = 18.30 +/- 0.07 mag. This result, which is immune to
the metallicity-induced zero-point uncertainties that have plagued other te
chniques, lends strong support to the "short" LMC distance scale as derived
from a number of independent methods.