The Q_Weak collaboration completed a two year long, high precision measurement of the parity violating asymmetry in the elastic scattering of 1.1 GeV, longitudinally polarized electrons from protons. At low momentum transfer the measured asymmetry is directly related to the weak charge of the proton Q_W^p = 1 - 4 sin²θ_W. The Standard Model makes a firm prediction for the size of the weak charge, based on the running of the weak mixing angle sin²θ_W so that Q_Weak provides a sensitive test for physics beyond the Standard Model, with a mass scale sensitivity up to several TeV. I will provide an overview of the experiment, including the measurement methodology and associated systematic effects. I will then present our final results for the proton weak charge, the weak mixing angle, and an extraction of the vector weak quark couplings C_1u and C_1d, using the ¹³³Cs APV and Q_Weak measurements. I will also discuss the Q_Weak mass reach for new beyond-the-Standard-Model physics and briefly show our sensitivity to a few models.