Multiple projectile blow gun magazine assembly

A blow gun assembly for loading a plurality of projectiles each to be launched by forcing air through the assembly, comprising:

• a proximal cap defining a projectile loading aperture and an air input aperture;
• a distal cap defining a projectile exit aperture;
• a projectile magazine defining a number of chambers configured to receive one of the plurality of projectiles, said magazine having an end face defining a number of recesses corresponding to said number of chambers;
• a means for connecting said proximal cap to said distal cap and rotably mounting said magazine between said proximal and distal caps so that each of said number of chambers aligns with said loading aperture to define a projectile loading path and each of said number of chambers aligns with said input and exit apertures to define a projectile launching path when said magazine is selectively rotated;
• a spring-loaded indexer coupled between said end face and one of said proximal and distal caps, said indexer including a finger configured to engage each of said number of recesses to provide a corresponding number of rotational stops.

A blow gun assembly, comprising:

• (a) a projectile magazine defining a plurality of chambers, each chamber having a proximal end and a distal end, said chambers being rotatable around a first axis;
• (b) a first end cap adjacent to said proximal end, including an air input aperture and a projectile loading aperture;
• (c) a second end cap adjacent to said distal end, including a projectile exiting aperture;
• wherein said first end cap and said second end cap are aligned such that when a projectile firing axis is defined by said air input aperture, one of said projectile magazine chambers and said projectile exiting aperture, a projectile loading axis is simultaneously defined by said projectile loading aperture and another of said projectile magazine chambers.