A pry bar has a transversely disposed generally triangular cross-section handle grip portion having surfaces formed of a soft elastomeric over-molded material. The handle is formed with an inner hard thermoplastic core and molded over outer elastomeric cover. A metal tether receiving element and impact cap are fixedly secured at the handle proximate end.

A dual-headed pry tool with rotatable head includes a first tool component provided with a first tool head and a first pivot connection, and a second tool component provided with a second tool head and a second pivot connection. The second pivot connection is pivotally connected to the first pivot connection. The second tool component is rotatable relative to the first tool component about a pivot axis which extends along a longitudinal direction of the first tool component. Each of the first and the second tool heads has an orientation with respect to the pivot axis, and a relative angle between the orientations of the first and the second tool heads changes as the second tool component rotates relative to the first tool component.

An inventive fletching jig alignment device suitable for aligning a fletching jig assembly, and thus a fletching component to a shaft component of an arrow, comprises a base assembly, an adjustment assembly and a fletching assembly. Preferably, the alignment is accurate to within 0.01 inch or less. In some embodiments, the inventive fletching jig alignment device comprises a plurality of fletching assemblies, wherein the alignment configuration of each fletching assembly can be adjusted simultaneously. Accordingly, in such embodiments, a fletching component can be aligned to a plurality of arrow shaft components simultaneously. The invention also provides a method for aligning a fletching jig assembly.

Pry bars that will not slip off a lower support structure (such as joints) when prying attachment devices (such as nails or screws) from architectural members (such as deck boards) because the two paws or distal ends of the hook members are fully engaged with one or more lower support structures throughout the prying operation. The pry bar has a handle and a head, with the head having a fulcrum and two hook or paw members.

Disclosed herein are drywall sheet removal tools, comprising: a handle; and a plurality of tines; wherein an angle between a line of the handle and a plane defined by the plurality of tines is between 45 and 90. Also disclosed are methods of removing a drywall sheet from a wall, the method comprising: creating an opening along the width of the drywall sheet; inserting a plurality of tines of a drywall sheet removing tool of claim 1 into the opening, such that the plurality of tines straddle a stud; and moving a handle of the tool in a direction opposite to a direction the tines are pointing.

A leverage tool for removing a drywall from studs includes a handle and a U-shaped body defining tines connected to a cross bar spaced to receive one of the studs therebetween. The tines are curved so that the rear face is convex for engaging against the drywall. The handle is connected to the cross bar at a right angle and includes a lockable swivel coupling allowing the handle to rotate about an axis along the cross bar in a plane at right angles to the cross bar so as to change an angle of the handle relative to the tines. The tines include a substantially flat portion adjacent the base and a curved end portion. A pointed abutment is provided on the end of the handle at the swivel coupling on the cross bar for engaging into the stud to prevent sliding relative to the stud.

A prying tool includes a prying end with a first prying member and a second prying member pivotally engaged with a main body of the prying tool. The first and the second prying members are pivotal toward and away from each other. The first prying member has a first claw and the second prying member has a second claw respectively. The first and the second prying members are pivotal between a first configuration in which first and the second claws are adjacent to each other and a second configuration in which the first and the second claws are away from each other.

A demolition tool particularly adapted to aid in board removal. The tool includes a handle and a head. The head has outer forwardly extending arms and a central fastener puller. The central fastener puller is aligned with the handle so that undesired lateral torques are minimized on the handle during fastener removal. The central fastener puller may be formed on a central boss disposed between the two outer arms. The central boss advantageously includes a convexly curved lower surface that provides a central pry surface for the tool. The head may be selectively positionable relative to the handle, such as via a push-button locking pivot connection.

A pry bar has a transversely disposed generally triangular cross-section handle grip portion having surfaces formed of a soft elastomeric over-molded material. The handle is formed with an inner hard thermoplastic core and molded over outer elastomeric cover. A metal tether receiving element and impact cap are fixedly secured at the handle proximate end.

A tool for removing a skirting board is provided, which includes a connection plate, an engagement plate, and a prying plate; the engagement plate extends downward from a front end of the connection plate and continues to extend forward to an upper end of the prying plate so as to form an inner bending area; the connection plate is provided with a striking part that cooperates with a hammer to knock the prying plate downward into a gap between the skirting board and a wall surface; a handle is fixed at a rear end of the connection plate; an abutting plate is provided above the prying plate, a rotating structure is provided between the abutting plate and the engagement plate, and the rotating structure is provided in the inner bending area.