  We present results from the first study of critical behavior in 3-d
gravitational collapse. The source of the gravitational field is a massless
scalar field. This is a well-studied case for spherically symmetric
gravitational collapse, allowing us to understand the reliability and accuracy
of the simulations. We study both supercritical and subcritical evolutions to
see if one provides more accurate results than the other. We find that even for
non-spherical initial data with 35 percent of the power in the $\ell=2$
spherical harmonic, the critical solution is the same as in spherical symmetry.
