A vacuum material handler comprising: a longitudinally extending vacuum structure including: an arcuate-shaped lower end; a pair of vacuum lifter seals, each vacuum lifter seal located on opposite sides of a lateral centerline of the longitudinally extending vacuum structure; at least two crane picking eyes located along an upper end, each crane picking eye located on opposite sides of the lateral centerline; and a set of pinned connections centered about the lateral centerline and located on the upper end between the at least two crane picking eyes; and an internal vacuum reservoir formed by the longitudinally extending vacuum structure; and a power pack containing: a power source; and a vacuum source connected to the power source, the power pack connectable to the set of pinned connections in a vertical direction toward the upper end of the longitudinally extending vacuum structure and releasable from the set of pinned connection in a vertical direction away from the uppermost end of the longitudinally extending vacuum structure; the vacuum source in communication with the pair of vacuum lifter seals and the internal vacuum reservoir when the power pack is connected to the pinned connection; the vacuum material handler being characterized in that: the longitudinally extending vacuum structure is arranged as a longitudinally extending vacuum pad; the pair of vacuum lifter seals are connected to the arcuate-shaped lower end; the vacuum handler further comprises a set of landing gear located below the pair of vacuum lifter seals; and the uppermost end of the power pack includes a picking eye. a longitudinally extending vacuum structure including: an arcuate-shaped lower end; a pair of vacuum lifter seals, each vacuum lifter seal located on opposite sides of a lateral centerline of the longitudinally extending vacuum structure; at least two crane picking eyes located along an upper end, each crane picking eye located on opposite sides of the lateral centerline; and a set of pinned connections centered about the lateral centerline and located on the upper end between the at least two crane picking eyes; and an internal vacuum reservoir formed by the longitudinally extending vacuum structure; and an arcuate-shaped lower end; a pair of vacuum lifter seals, each vacuum lifter seal located on opposite sides of a lateral centerline of the longitudinally extending vacuum structure; at least two crane picking eyes located along an upper end, each crane picking eye located on opposite sides of the lateral centerline; and a set of pinned connections centered about the lateral centerline and located on the upper end between the at least two crane picking eyes; and an internal vacuum reservoir formed by the longitudinally extending vacuum structure; and a power pack containing: a power source; and a vacuum source connected to the power source, the power pack connectable to the set of pinned connections in a vertical direction toward the upper end of the longitudinally extending vacuum structure and releasable from the set of pinned connection in a vertical direction away from the uppermost end of the longitudinally extending vacuum structure; the vacuum source in communication with the pair of vacuum lifter seals and the internal vacuum reservoir when the power pack is connected to the pinned connection; the vacuum material handler being characterized in that: the longitudinally extending vacuum structure is arranged as a longitudinally extending vacuum pad; the pair of vacuum lifter seals are connected to the arcuate-shaped lower end; the vacuum handler further comprises a set of landing gear located below the pair of vacuum lifter seals; and the uppermost end of the power pack includes a picking eye. a power source; and a vacuum source connected to the power source, the power pack connectable to the set of pinned connections in a vertical direction toward the upper end of the longitudinally extending vacuum structure and releasable from the set of pinned connection in a vertical direction away from the uppermost end of the longitudinally extending vacuum structure; the vacuum source in communication with the pair of vacuum lifter seals and the internal vacuum reservoir when the power pack is connected to the pinned connection; the vacuum material handler being characterized in that: the longitudinally extending vacuum structure is arranged as a longitudinally extending vacuum pad; the pair of vacuum lifter seals are connected to the arcuate-shaped lower end; the vacuum handler further comprises a set of landing gear located below the pair of vacuum lifter seals; and the uppermost end of the power pack includes a picking eye.