Shot Cup Wad with Deployed Petals for Pellet Pattern Control

The wad is divided into multiple petal sections that can deploy independently. Each petal is separated by score lines or thin webs that allow controlled deployment, preventing radial spreading while maintaining reliable separation from the payload.

Different regions of the wad have different properties - the petal regions are designed to be flexible and deployable, while the central body remains rigid to maintain alignment. The score lines create localized weak points that control where deformation occurs, preventing unwanted radial spreading.

Score lines or pre-formed seams are created in the petal regions before firing. These pre-defined deformation paths ensure that petals deploy in a controlled, symmetric manner, preventing uneven deployment and trajectory veering while still achieving rapid deceleration.

The petal design creates equal deployment conditions across all petal sections through symmetric scoring and uniform material thickness. This ensures that air pressure acts equally on all petals, resulting in simultaneous and uniform deployment that maintains wad stability and prevents veering.

The wad transitions from a static, rigid structure to a dynamic, deployable structure. Upon firing, the petals rapidly deploy and the wad separates from the payload, minimizing contact time. This dynamic separation ensures consistent shot pattern placement while maintaining payload support during the critical initial phase.

The wad quickly performs its support function and then rapidly separates from the payload through petal deployment. This brief, intense support phase followed by rapid separation ensures that the payload receives adequate support without prolonged contact that would cause pattern inconsistency.