A multi-channel magazine for a toy gun adapted to receive numerous spherical bullets, comprising: a magazine body elongated in a lengthwise direction, and having a bullet outlet, a dividing unit formed within said magazine body, and a bullet pressing unit mounted on said magazine body, characterized in that: said dividing unit cooperates with said magazine body to define within said magazine body a plurality of storage channels which extend in the lengthwise direction, a plurality of first narrow channels which are in spacial communication with said storage channels, a converging channel which is formed downstream of said first narrow channels and in spacial communication with said bullet outlet, and a plurality of second narrow channels which are formed downstream of said first narrow channels and upstream of said converging channel, each of said storage channels being configured to arrange the bullets held therein in a width direction such that a plurality of rows of the bullets are arranged in each of said storage channels, each of said first narrow channels, said second narrow channels and said converging channel having a width configured to allow only one of the bullets to pass through, the number of said first narrow channels being M, the number of rows of the bullets in each of said storage channels being R, the number of said storage channels is S, the number of said second narrow channels is N, wherein each of M, N and R is even, R > S > N, and S = M; said bullet pressing unit pressing the bullets from said storage channels through said first narrow channels and said second narrow channels and discharge the bullets from said converging channel. a magazine body elongated in a lengthwise direction, and having a bullet outlet, a dividing unit formed within said magazine body, and a bullet pressing unit mounted on said magazine body, characterized in that: said dividing unit cooperates with said magazine body to define within said magazine body a plurality of storage channels which extend in the lengthwise direction, a plurality of first narrow channels which are in spacial communication with said storage channels, a converging channel which is formed downstream of said first narrow channels and in spacial communication with said bullet outlet, and a plurality of second narrow channels which are formed downstream of said first narrow channels and upstream of said converging channel, each of said storage channels being configured to arrange the bullets held therein in a width direction such that a plurality of rows of the bullets are arranged in each of said storage channels, each of said first narrow channels, said second narrow channels and said converging channel having a width configured to allow only one of the bullets to pass through, the number of said first narrow channels being M, the number of rows of the bullets in each of said storage channels being R, the number of said storage channels is S, the number of said second narrow channels is N, wherein each of M, N and R is even, R > S > N, and S = M; said bullet pressing unit pressing the bullets from said storage channels through said first narrow channels and said second narrow channels and discharge the bullets from said converging channel. said dividing unit cooperates with said magazine body to define within said magazine body a plurality of storage channels which extend in the lengthwise direction, a plurality of first narrow channels which are in spacial communication with said storage channels, a converging channel which is formed downstream of said first narrow channels and in spacial communication with said bullet outlet, and a plurality of second narrow channels which are formed downstream of said first narrow channels and upstream of said converging channel, each of said storage channels being configured to arrange the bullets held therein in a width direction such that a plurality of rows of the bullets are arranged in each of said storage channels, each of said first narrow channels, said second narrow channels and said converging channel having a width configured to allow only one of the bullets to pass through, the number of said first narrow channels being M, the number of rows of the bullets in each of said storage channels being R, the number of said storage channels is S, the number of said second narrow channels is N, wherein each of M, N and R is even, R > S > N, and S = M; said bullet pressing unit pressing the bullets from said storage channels through said first narrow channels and said second narrow channels and discharge the bullets from said converging channel.