Super Copper Identifies Kilometre-Scale Anomaly Corridor with Multiple Large Chargeability Cores Open at Depth /* Style Definitions */ span.prnews_span { font-size:8pt; font-family:"Arial"; color:black; } a.prnews_a { color:blue; } li.prnews_li { font-size:8pt; font-family:"Arial"; color:black; } p.prnews_p { font-size:0.62em; font-family:"Arial"; color:black; margin:0in; } .prngen5{ PADDING-RIGHT:0.17em; PADDING-LEFT:0.17em; VERTICAL-ALIGN: BOTTOM; TEXT-ALIGN: RIGHT; BORDER-TOP:black 1pt; BORDER-RIGHT:black 0.5pt solid; BORDER-BOTTOM:black 0.5pt solid; BORDER-LEFT:black 1pt } .prngen4{ PADDING-RIGHT:0.17em; PADDING-LEFT:0.17em; VERTICAL-ALIGN: BOTTOM; BORDER-TOP:black 1pt; BORDER-RIGHT:black 0.5pt solid; BORDER-BOTTOM:black 0.5pt solid; BORDER-LEFT:black 0.5pt solid } .prngen3{ PADDING-RIGHT:0.17em; PADDING-LEFT:0.17em; VERTICAL-ALIGN: BOTTOM; BORDER-TOP:black 0.5pt solid; BORDER-RIGHT:black 0.5pt solid; BORDER-BOTTOM:black 0.5pt solid; BORDER-LEFT:black 1pt } .prnrbrb0{ BORDER-RIGHT:black 0pt } .prnsblb1{ BORDER-LEFT:black 1pt } .prntac{ TEXT-ALIGN: CENTER } .prnml4{ MARGIN-TOP:0em; MARGIN-RIGHT:0em; MARGIN-BOTTOM:0em; MARGIN-LEFT:0.33em !IMPORTANT } .prnpl2{ PADDING-LEFT:0.17em } .prnbrbrs{ BORDER-RIGHT:black 0.5pt solid } .prnbbbs{ BORDER-BOTTOM:black 0.5pt solid } .prnsblb0{ BORDER-LEFT:black 0pt } .prnsbtb1{ BORDER-TOP:black 1pt } .prncbts{ BORDER-TOP:black 0.5pt solid } .prnpr2{ PADDING-RIGHT:0.17em } .prnbcc{ BORDER-COLLAPSE: COLLAPSE } .prnbsbls{ BORDER-LEFT:black 0.5pt solid } .prnvab{ VERTICAL-ALIGN: BOTTOM } .prnsbbb0{ BORDER-BOTTOM:black 0pt } .prnsbtb0{ BORDER-TOP:black 0pt } Canada NewsWire Five Consecutive IP Lines Confirm 800m+ Strike with 400m+ Vertical Extent; Newly Sampled Historical Core Returns up to 1.605% Cu from Anomaly MarginsVANCOUVER, BC, April 9, 2026 /CNW/ - SUPER COPPER CORP. (CSE: CUPR) (OTCQB: CUPPF) (FSE: N60) ("Super Copper" or the "Company") is pleased to report the induced polarization ("IP") survey at the Cordillera Cobre Project near Copiapo, Chile has defined a kilometre-scale potential sulphide corridor characterized by strong, coherent chargeability responses. The responses extend over a minimum 800 metres (m) of strike and approximately 400 m in vertical extent. Integration of the new geophysical data with newly sampled historical diamond drill core confirms that copper mineralization occurs along the margins of the system, while the highest-intensity chargeability core at depth remains entirely untested.HighlightsKilometre-scale copper bearing trend defined at El Alto and coincident with higher chargeability expression at depth in five consecutive IP lines (Lines 2800–3600) spaced 200 metres apart, demonstrating strong lateral continuity over a minimum 800 m of strike, open along strike and at depth.Consistent high chargeability anomalies at El Alto identified at depth, measuring up to ~400 m in width and ~300–400 m in vertical extent, with increasing chargeability towards the southeast and at depth.Chargeability responses ranging from >0.5 to >5.0 mV/V, consistent with copper-bearing systems in Chile's Atacama belt.Historical diamond drilling confirms copper mineralization at the margins of the IP corridor, validating the geophysical interpretation. Highlight intercepts from newly sampled core include:14m at 0.508% Cu, including 2m at 1.605% Cu (DVP-01)10m at 0.324% Cu, including 2m at 1.36% Cu (DVP-02)8m at 0.216% Cu, including 1m at 1.365% Cu (DVP-03)4m at 0.493% Cu (DVP-06)Historical holes intersected only upper and peripheral portions of the chargeability anomalies, while the highest-intensity chargeability zones at depth remain entirely untested. Integrated IP and ground magnetic data define a structural corridor extending for over one kilometre, providing a clear vector for the Company's planned 2026 diamond drill program targeting the interpreted core of the sulphide system.Zachary Dolesky, CEO of Super Copper, commented: "Historical drilling returned up to 1.6% copper from what we now understand was only the edge of this system. The IP data has shown us where the heart of it is, and it has never been tested. Our upcoming drill program is designed to go directly into the core of these targets for the first time, and we expect to be drilling soon."Kilometre-Scale Chargeability Corridor at El AltoThe IP survey was completed by Argali Geofisica on behalf of Super Copper. This survey included two grids, one at Calcite Hill and one at El Alto, both consisting of five 1 km IP lines at 200 m spacing.At El Alto a large, coherent chargeability corridor extending over a minimum 800 m of strike across five consecutive survey lines (Lines 2800–3600) was defined. The corridor comprises multiple high-intensity chargeability centres that appear to coalesce at depth into a broader zone extending towards the southeast (Figure 1).The principal chargeability zones measure up to approximately 200–400 m in width and extend to depths of at least 300–400 m below surface, with th