Bell Copper Corporation provided an update to the ongoing Kabba exploration program. Drilling: Drillhole K-12, completed in August, 2016, targeted a zone of coincident electrical geophysical anomalies (spontaneous potential and induced polarization) in the gravel-covered hangingwall block of the faulted Kabba porphyry system. K-12 demonstrated that the source of the geophysical anomalies is abundant disseminated pyrite accompanying sericitic alteration in the uplifted edge of a fault block. Core from K-12 was shipped to KEX's sample preparation facility in the fourth quarter of 2016 for splitting and assaying. In October 2016, Kennecott completed a drone-mounted aeromagnetic survey of the gravel-covered target area. While preliminary results do not indicate an obvious porphyry target, the survey results suggest uplifted bedrock blocks where the thickness of gravel cover is probably lessened. Detailed interpretation of the aeromagnetic survey is still underway. In November, Quantec Geosciences completed about 50 kilometers of magnetotelluric (MT) and induced polarization (IP) survey lines over the Kabba project area. Preliminary MT results clearly show the down- dropped, basalt- and gravel-filled basin in the vicinity where holes K-9, K-10, and K-11 were drilled. Ridges of relatively higher electrical resistivity may indicate areas of shallower bedrock. Preliminary IP results suggest that the anomaly tested in K-12 extends well beyond the area of previous drill testing. Detailed interpretation and modeling of the results by Quantec and KEX is still in progress.