Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.
Students of the Simferopol College of Radio Electronics during the production of products for stabilizing ammunition during flight, printed on a 3D printer, for further shipment to the Special Military Operation (SMO) zone.