A military game apparatus, comprising,
- a housing assembly, the housing assembly including a first support housing and a second support housing, wherein the first support housing pivotally mounts the second support housing, wherein the first support housing and the second support housing each include a housing outer side wall spaced from a housing inner side wall, and
- the housing outer side wall and the housing inner side wall of each support housing of said first and second support housings are arranged in a parallel relationship when the housing assembly is in a first closed configuration, and
- the housing inner side wall of each housing of said first and second support housings are in a coplanar relationship when the housing assembly is in opened configuration, and
- each housing inner side wall includes a first playing field, each first playing field includes a rectangular grid defined by a predetermined number of first rows and a further number of first columns defining a matrix of first spaces, wherein the first spaces are defined by a first width, and
- each first playing field including a second playing field, wherein the second playing field is pivotally mounted to the first playing field, the second playing field defining a rectangular grid with a predetermined number of first rows and further predetermined number of first columns to define a matrix of second spaces, wherein each of the second spaces include a peg receiving aperture positioned medially thereof, and
- each second playing field including an upper edge defined by a first upper edge positioned within the first support housing, and
- a second upper edge positioned within the second housing, wherein the first upper edge and the second upper edge are positioned in coextensive adjacency relative to one another in an erected configuration, and
- each first playing field of each support housing including a first and second wing flange hingedly mounted to opposed sides of each first playing field, each respective first and second wing flange including respective first and second wing upper edge, and
- a first intersection defined by the first and second wing upper edge positioned on opposed ends of the respective first and second upper edge, and
- a first "T" shaped locking member mounted to each intersection, and
- each "T" shaped locking member includes a first channel to receive confronting first and second wing upper edges, and a second channel and a third channel, the second channel and third channel arranged parallel relative to one another and orthogonally intersecting the first channel, wherein the second channel and the third channel slidably receive the first and second upper edges therewithin, and
- each first playing field of each support housing includes a first plurality of first tokens, a second plurality of second tokens, and a third token, each first token is defined by a first token length to span at least two first spaces, the second token length is defined to span at least three first spaces, and the third token length is arranged to span at least four first spaces, and
- the second token includes a first base plate, the first base plate mounting a plurality of projectiles thereon, each projectile defined by a predetermined length, and the first base plate including a carriage block fixedly mounted thereon, the carriage block defined by a block cavity, the block cavity pivotally mounting a catapult lever at a lower terminal end of the catapult lever, and the catapult lever including a concave medial surface projecting above the block cavity, the concave surface defined by a surface length equal to the predetermined length of said projectiles, and the third token includes a third token base plate, the third token base plate includes a plurality of triangular polygonal members hingedly mounted thereon, each triangular polygonal member arranged to overlie a spring positioned medially of each triangular polygonal member and the third token base plate, and a clip member to secure the first and second polygonal members together, and
- the catapult lever includes an abutment leg mounted fixedly to a bottom surface of the catapult lever and received within the block cavity, wherein the block cavity is defined by a cavity height and the abutment leg is defined by a predetermined leg length substantially equal to or greater than the cavity height to limit pivotment of the catapult lever relative to the carriage block.