  The present practice of Asymptotic Safety in gravity is in conflict with
explicit calculations in low energy quantum gravity. This raises the question
of whether the present practice meets the Weinberg condition for Asymptotic
Safety. I argue, with examples, that the running of $\Lambda$ and $G$ found in
Asymptotic Safety are not realized in the real world, with reasons which are
relatively simple to understand. A comparison/contrast with quadratic gravity
is also given, which suggests a few obstacles that must be overcome before the
Lorentzian version of the theory is well behaved. I make a suggestion on how a
Lorentzian version of Asymptotic Safety could potentially solve these problems.
