A nut torqueing device, comprising: a nut engaging assembly (102, 104) including a plurality of stackable elements, the plurality of stackable elements including: a nut engaging element (102, 130), at least one stackable riser element (132, 132C, 132D, 132F) configured to stackably connect to one of the nut engaging element (102, 130) and an adjacent stackable riser element therebelow, and a transmission engaging element (104, 140) configured to stackably connect to an uppermost one of the at least one stackable riser element (132, 132C, 132D, 132F); a ratchet interface (104, 106, 130) between a pair of adjacent stackable elements of the nut engaging assembly (102, 104) allowing rotation of the nut engaging element (102, 130) in only one direction, wherein a rest of the plurality of stackable elements are rotationally interlocked; a transmission configured to transmit rotational power from a rotational power source to the transmission engaging element (104, 140) of the nut engaging assembly (102, 104) to torque a nut engaged by the nut engaging element (102, 130) of the nut engaging assembly (102, 104), characterized in that the at least one stackable riser element (132, 132C, 132D, 132F) includes a plurality of the stackable riser elements (132, 132C, 132D, 132F), each including: an opening in a first side thereof, the opening including a recess (22, 148, 164) extending outwardly from the opening, and a projection (146, 170) extending from a second side thereof, each projection (146, 170) including a ledge (149, 174) for engaging with a respective recess (22, 148, 164) in a respective opening on the first side of an adjacent stackable riser element, and wherein in a first position of a first stackable riser element (132, 132C, 132D, 132F) relative to a second, adjacent stackable riser element, the ledge (149, 174) engages with the recess (22, 148, 164) to prevent removal of the projection (146, 170) from the opening and rotationally interlock the first and second stackable riser elements (132, 132C, 132D, 132F), and wherein in a second positon of the first stackable riser element (132, 132C, 132D, 132F) relative to the second, adjacent stackable riser element, the ledge (149, 174) disengages from the recess (22, 148, 164) to allow removal of the projection (146, 170) from the opening. a nut engaging assembly (102, 104) including a plurality of stackable elements, the plurality of stackable elements including: a nut engaging element (102, 130), at least one stackable riser element (132, 132C, 132D, 132F) configured to stackably connect to one of the nut engaging element (102, 130) and an adjacent stackable riser element therebelow, and a transmission engaging element (104, 140) configured to stackably connect to an uppermost one of the at least one stackable riser element (132, 132C, 132D, 132F); a ratchet interface (104, 106, 130) between a pair of adjacent stackable elements of the nut engaging assembly (102, 104) allowing rotation of the nut engaging element (102, 130) in only one direction, wherein a rest of the plurality of stackable elements are rotationally interlocked; a transmission configured to transmit rotational power from a rotational power source to the transmission engaging element (104, 140) of the nut engaging assembly (102, 104) to torque a nut engaged by the nut engaging element (102, 130) of the nut engaging assembly (102, 104), characterized in that the at least one stackable riser element (132, 132C, 132D, 132F) includes a plurality of the stackable riser elements (132, 132C, 132D, 132F), each including: an opening in a first side thereof, the opening including a recess (22, 148, 164) extending outwardly from the opening, and a projection (146, 170) extending from a second side thereof, each projection (146, 170) including a ledge (149, 174) for engaging with a respective recess (22, 148, 164) in a respective opening on the first side of an adjacent stackable riser element, and wherein in a first position of a first stackable riser element (132, 132C, 132D, 132F) relative to a second, adjacent stackable riser element, the ledge (149, 174) engages with the recess (22, 148, 164) to prevent removal of the projection (146, 170) from the opening and rotationally interlock the first and second stackable riser elements (132, 132C, 132D, 132F), and wherein in a second positon of the first stackable riser element (132, 132C, 132D, 132F) relative to the second, adjacent stackable riser element, the ledge (149, 174) disengages from the recess (22, 148, 164) to allow removal of the projection (146, 170) from the opening. an opening in a first side thereof, the opening including a recess (22, 148, 164) extending outwardly from the opening, and a projection (146, 170) extending from a second side thereof, each projection (146, 170) including a ledge (149, 174) for engaging with a respective recess (22, 148, 164) in a respective opening on the first side of an adjacent stackable riser element, and wherein in a first position of a first stackable riser element (132, 132C, 132D, 132F) relative to a second, adjacent stackable riser element, the ledge (149, 174) engages with the recess (22, 148, 164) to prevent removal of the projection (146, 170) from the opening and rotationally interlock the first and second stackable riser elements (132, 132C, 132D, 132F), and wherein in a second positon of the first stackable riser element (132, 132C, 132D, 132F) relative to the second, adjacent stackable riser element, the ledge (149, 174) disengages from the recess (22, 148, 164) to allow removal of the projection (146, 170) from the opening.