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Description
The next step isn't actually shown on the model. In storage, the ball is filled with a compressed liquid of our own invention. It's called 3L, or "living liquid latex". After The cuffs and belts restrain the target, the latex expands to it's full size of over 10 gallons, and envelops the target. The latex is lightly repelled by itself, and attracted to electrical impulses, so it quickly covers every part of the target, and smooths itself out to a single piece, almost like a sleepsack. As it dries, the latex shrinks slightly, forming a very tight encasement, that blocks any sharp appendages or elemental abilities the target might have. This not only restrains them further, but also makes them easier to handle.

Additionally, this black piece is the onboard computer that handles all of the trajectory calculations other pieces use. It's very powerful, able to choose the optimal positioning of the belts and cuffs on the target, and the necessary trajectories to achieve these positionings, all in the time it takes the ball to open. The computer also logs every last detail about the poke-ball 2.0's function. These computers are the most expensive part of the whole ball, and once thrown, contains useful information we can use to improve the ball's function. For this reason, returning the computer, along with any other unused parts, of a used poke-ball 2.0 will net up to a 50% discount on your next one!

Description
The next step isn't actually shown on the model. In storage, the ball is filled with a compressed liquid of our own invention. It's called 3L, or "living liquid latex". After The cuffs and belts restrain the target, the latex expands to it's full size of over 10 gallons, and envelops the target. The latex is lightly repelled by itself, and attracted to electrical impulses, so it quickly covers every part of the target, and smooths itself out to a single piece, almost like a sleepsack. As it dries, the latex shrinks slightly, forming a very tight encasement, that blocks any sharp appendages or elemental abilities the target might have. This not only restrains them further, but also makes them easier to handle.

Additionally, this black piece is the onboard computer that handles all of the trajectory calculations other pieces use. It's very powerful, able to choose the optimal positioning of the belts and cuffs on the target, and the necessary trajectories to achieve these positionings, all in the time it takes the ball to open. The computer also logs every last detail about the poke-ball 2.0's function. These computers are the most expensive part of the whole ball, and once thrown, contains useful information we can use to improve the ball's function. For this reason, returning the computer, along with any other unused parts, of a used poke-ball 2.0 will net up to a 50% discount on your next one!