Aerial shells, Mines and Comets shall be classified and defined by?

Aerial shells, Mines and Comets shall be classified and defined by?

• A. The weight of the shell
• B. The inside diameter of the mortar
• C. The length of the fuse
• D. The altitude achieved

Answer: (B)

Classification is based on the inside diameter of the mortar that fires the device. This size determines which mortar it can be used with and what safety and handling rules apply, making it the consistent standard for defining aerial shells, mines, and comets. The weight of the shell affects how much payload or power it has, but it doesn’t define the size category. The fuse length controls timing, not the device’s size class. The altitude achieved is a result of the lift and burn characteristics, not the categorization. So using the mortar’s inside diameter provides a clear, safety-focused way to classify these devices.

Classification is based on the inside diameter of the mortar that fires the device. This size determines which mortar it can be used with and what safety and handling rules apply, making it the consistent standard for defining aerial shells, mines, and comets. The weight of the shell affects how much payload or power it has, but it doesn’t define the size category. The fuse length controls timing, not the device’s size class. The altitude achieved is a result of the lift and burn characteristics, not the categorization. So using the mortar’s inside diameter provides a clear, safety-focused way to classify these devices.