  A heavy fourth family is an example of new physics which is well defined and
familiar in some respects, but which nevertheless has radical implications. In
particular it eliminates a light Higgs description of electroweak symmetry
breaking. We discuss an early signal for heavy quarks at the LHC in the form of
an excess of "$W$-jets", and as well show how $W$-jets may be useful in the
reconstruction of the heavy quark masses. We argue that fourth family quarks
can be distinguished from vector-like quarks of a similar mass at roughly the
same time that a same sign lepton signal becomes visible. Given the large mass
of the fourth neutrino we describe how a picture for neutrino mass emerges in
the absence of right-handed neutrinos, and how it suggests the existence of a
remnant flavor gauge symmetry. Based on talk given at "Second Workshop on
Beyond 3 Generation Standard Model -- New Fermions at the Crossroads of
Tevatron and LHC", January 2010, Taipei Taiwan.
