Millimeter-wave communications at 60 GHz offer access to large contiguous spectrum but require accurate propagation models to support reliable system design, as path losses at these frequencies are strongly influenced by buildings, vegetation, balconies, and intervening obstacles. This paper presents path gain models for outdoor-to-balcony and outdoor-to-indoor fixed wireless access (FWA) links at 60 GHz, derived from an extensive measurement campaign conducted in Athens, Greece. Measurements were collected with a street-mast transmitter and receiving nodes placed on balconies or indoors, covering a range of non-line-of-sight (NLOS) geometries representative of residential FWA deployments. Two existing channel models are adapted, tested and shown to predict measured path gain with lower RMS error than existing 3GPP models. Link-budget calculations using the proposed models show that, under the stated assumptions, 60 GHz FWA can deliver gigabit-class service to balcony-mounted receivers at short residential ranges with a 400 MHz deployment bandwidth.