The current study was oriented at analyzing the performance of an anode-supported solid oxide fuel cell produced using high-pressure injection molding. The cell with a total thickness of 550 gm was produced in the Ceramic Department (CEREL) of the Institute of Power Engineering in Poland and experimentally analyzed in the Energy Department (DENERG) of Politecnico di Torino in Italy. The high-pressure injection molding technique was applied to produce a 500 gm thick anode support NiO/8YSZ 66/34 wt% with porosity of 25 vol%. The screen printing method was used to print a 3 gm thick NiO anode contact layer, 7 mu m thick NiO/8YSZ 50/50 wt% anode functional layer, 4 mu m thick 8YSZ dense electrolyte, 1.5 mu m thick Gd0,1Ce0,9O2 barrier layer and a 30 mu m thick La(0,6)Sr(0,4)Ee(0,8)CO(0,2)O(3-delta) cathode with porosity 25 vol%. The experimental characterization was done at two temperature levels: 750 and 800 degrees C under fixed anodic and cathodic flow and compositions. The preliminary studies on the application of high-pressure injection molding are discussed together with the advantages of the technology. The performance of two generations of anode-supported cells is compared with data of reference cells with supports obtained using tape casting. (C) 2018 Hydrogen Energy Publications LLC. Published by Elsevier Ltd. All rights reserved.