Casting mould for casting cast parts from a metal melt, wherein the casting mould (G1, G2) encloses a mould cavity and - moulded parts (4-7) which determine the shape of the cast parts to be cast and - a feeder which sits on the upper side of the casting mould, when viewed in the direction of gravity, and via which the metal melt enters the mould cavity during casting as a result of the effect of gravity and - comprises at least two connections via which the feeder is connected to at least two sections (K1, K2, K1', K2', 10) of the mould cavity which are assigned to different levels of the component to be cast, which are spaced apart in the direction of gravity (S), , - wherein the first of the connections is formed by a channel (regions 8, 9) of the casting mould (G1, G2)formed in the casting mould, said casting mould forming a part of the cast part in the case of the finished cast part, - wherein the second of the connections, as an additional channel (feeder channels 16, 23) independent of the subsequent shape of the cast part to be produced, is guided through the moulded parts that determine the contour of the cast part, - wherein in the casting mould (G1, G2) is arranged at least one cooling body (12-15; 17, 18, 21, 22) which causes an accelerated cooling of the metal melt entering the mould cavity via the first connection (regions 8, 9) during casting, - wherein the second connection (feeder channels 16, 23) opens in a level lying below the cooling body (12-15; 17, 18, 21, 22) in the inflow direction of the melt, and - wherein the section (K1, K2, K1', K2') of the mould cavity connected to the feeder via the first connection (regions 8, 9) is configured in the region of the cooling body (12-15; 17, 18, 21, 22) such that the metal melt entering this section (K1, K2, K1', K2') solidifies in an accelerated manner compared to the metal melt which enters the respectively other section of the mould cavity via the second connection (feeder channels 16, 23). - moulded parts (4-7) which determine the shape of the cast parts to be cast and - a feeder which sits on the upper side of the casting mould, when viewed in the direction of gravity, and via which the metal melt enters the mould cavity during casting as a result of the effect of gravity and - comprises at least two connections via which the feeder is connected to at least two sections (K1, K2, K1', K2', 10) of the mould cavity which are assigned to different levels of the component to be cast, which are spaced apart in the direction of gravity (S), , - wherein the first of the connections is formed by a channel (regions 8, 9) of the casting mould (G1, G2)formed in the casting mould, said casting mould forming a part of the cast part in the case of the finished cast part, - wherein the second of the connections, as an additional channel (feeder channels 16, 23) independent of the subsequent shape of the cast part to be produced, is guided through the moulded parts that determine the contour of the cast part, - wherein in the casting mould (G1, G2) is arranged at least one cooling body (12-15; 17, 18, 21, 22) which causes an accelerated cooling of the metal melt entering the mould cavity via the first connection (regions 8, 9) during casting, - wherein the second connection (feeder channels 16, 23) opens in a level lying below the cooling body (12-15; 17, 18, 21, 22) in the inflow direction of the melt, and - wherein the section (K1, K2, K1', K2') of the mould cavity connected to the feeder via the first connection (regions 8, 9) is configured in the region of the cooling body (12-15; 17, 18, 21, 22) such that the metal melt entering this section (K1, K2, K1', K2') solidifies in an accelerated manner compared to the metal melt which enters the respectively other section of the mould cavity via the second connection (feeder channels 16, 23). <EOS>