The W mass measurement has been considered one of the hardest
 measurements in particle physics. It took the Tevatron 12 years to
 produce the current very impressive result of 80387 +- 16 MeV, which is
 expected to be a legacy of the Tevatron.
 The LHC experiments will naturally try to improve on this precision, but
 the question is if this is feasible with the high pileup at LHC. The one
 major advantage of the LHC is the high statistics especially of the
 Z-decays, and the question is now, if this statistical power can be used
 to harness the systematic uncertainties especially in connection with
 the missing transverse energy, and also control the theoretical
 systematic uncertainties. Some of us believe that it is possible...