Abstract: A reticle leveling system can include a firearm mount having a base mount, track, scope saddle, and light projector. The system can further include a tripod and an alignment grid. The firearm mount can attach to an elongated portion of a firearm, such as a barrel or picatinny rail. The base mount and track can secure the firearm mount to the elongated portion of the firearm, and the scope saddle can align on top of the scope, thereby creating connection points on both the elongated portion and the scope. The light projector can shine light through the front of the scope, thereby causing scope reticle to project out of the eyepiece. The projected image of the reticle can be shown on the alignment grid, which can be attached to the top of the tripod, and the alignment grid can include cross-hatching to illustrate whether the reticle is properly aligned.

Abstract: An adjustable support stand can include a front support on a first end of the adjustable support stand having a grip comprised of a first, front support material; and a rear support on an opposing, second end of the adjustable support stand having a grip comprised of a first, rear support material, wherein the front and the rear supports can each have at least two vertical arms, at least one of the supports can have vertically stacked chevron voids on each arm, and the chevron voids can be deformable by the object being worked upon to secure and grip the object in place.

Abstract: A handle for use with a firearm cleaning rod may include an ergonomic handle. The ergonomic handle comprises a core having a top end, a grip, and a base; a bolster disposed on the top end provides an additional point for a user to apply force to the cleaning rod when cleaning a firearm. Below the bolster is the grip, which consists of a palm-engaging section and a finger-engaging section, where an inward curvature exists on the palm-engaging surface below the bolster; both sections may be covered with a textured overall for improved gripping by a user. Within the base is a housing that contains a connector for the purpose of securely connecting a cleaning rod to the ergonomic handle. The cleaning rod may include an accessory end for connecting firearm barrel cleaning accessories.

Abstract: A firearm magazine tool including a core having a floor on its top, a channel rib on the core, a cavity, a frame surrounding the core and the cavity, a lever pin projecting from the core into the cavity, and a slider pin projecting orthogonally from the floor. The channel rib can be an elongate projection running a partial length of the core. The core can be inset within the frame such that two internal frame side walls and an internal frame end wall are at least partially exposed above the floor. The cavity can be located between the core and a lever wall, the lever wall being located on an opposite end of the frame than the internal frame end wall. The firearm magazine tool can be further comprised of a channel on a bottom surface of the core, wherein the channel rib is located in the channel.

Abstract: A bore cleaning tool comprised of a jag having a central body, a spiked tip near a first end of the central body, and a threaded portion near a second end of the central body. The central body may have a plurality of shallow reservoirs and deep reservoirs. The plurality of shallow and deep reservoirs can repeatedly alternate. Each of the shallow reservoirs can include a pair of flanking ridges with a corresponding central portion, and each pair of flanking ridges can have a larger radius than a radius of the corresponding central portion. A patch can be connected to the spiked tip so the bore cleaning tool can be used for cleaning the bore of a firearm barrel.

Abstract: An armorer's wrench can include an elongate wrench body having an implement end structured and configured to define a plurality of wrench interfaces, and a handle end opposite the implement end being structured and configured to define a handle shape with a molded grip. The plurality of wrench interfaces can include at least one of a barrel nut wrench and a castle nut wrench, and the handle end can be devoid of wrench interfaces. The armorer's wrench can further include a plurality of hammer heads, hammer head storage, and a hammer head receiver. The handle end may be structured and configured to provide the hammer head storage, and the implement end may be structured and configured to provide the hammer head receiver. Each of the plurality of hammer heads may be structured and configured to securely and releasably attach to the hammer head receiver and to the handle end.

Abstract: A firearm multi-tool and sheath can include a multi-tool having a plurality of tools that are pivotally connected to a frame of the multi-tool; and a sheath for storing the multi-tool. The sheath can include a frame, a spring-loaded bit driver pivotally connected to the frame, a release lever structured and configured to engage with the spring-loaded bit driver to releasably lock the bit driver in place, and bit set storage, wherein the bit set storage is inset in the frame and is structured and configured to house a plurality of bits.

Abstract: A firearm maintenance aid can include a firearm vise and a firearm support device. Firearm vise can include vise jaws, a threaded rod connecting vise jaws together, and jaw pin holes in each jaw, the holes extending from an outer surface of a jaw through to an inner surface of each jaw, wherein the holes in the first jaw align with the holes in the second jaw. Firearm support device can include a clamping portion and a supporting portion. The clamping portion can be clamped between the jaws of the firearm vise, can include two parallel clamping faces, and can define vise pin holes that align with the jaw pin holes. The supporting portion can be located opposite the clamping portion and can include a cylindrical shaft. Vise pins can be received by the jaw pin holes and vise pin holes to fixedly connect the support device to the vise.

Abstract: A screwdriver system can include a primary driver and a secondary driver. The primary driver can include an attachment feature configured to couple to a driver bit socket. The attachment feature can be mechanically coupled to the driver shaft such that torque applied to the attachment feature is transferred to the shaft. The secondary driver can include a driver bit socket at the end of its shaft. The attachment feature of the primary driver can be structured, configured, and oriented such that the secondary driver can reversibly couple to the attachment feature via the driver bit socket of the secondary driver shaft. The secondary driver, when so-coupled, can be oriented with the primary axis of the secondary driver shaft generally perpendicular to the primary axis of the primary driver. In some examples, the primary driver can be a torque wrench.

Abstract: A firearm maintenance tool can include a rigid body and a locking gate. The rigid body can include a spine, a foot, and a hooked head having a receiving cavity, wherein the rigid body is structured and configured to optionally house a plurality of pivotally connected tools. The locking gate can include a pivoting receiver at a first end of the locking gate that is pivotally connected to the rigid body, a removable connection piece at a second end of the locking gate, and a threaded shaft located at least partially within the pivoting receiver. The removable connection piece can have a threaded connection with threaded shaft and can at least partially insert into hooked head to lock the locking gate to the rigid body and create an enclosure for a strap.

Abstract: A handgun sight pusher can include an upper frame having a screw drive within an internal adjustment cavity and a pusher block having pusher flanges that is rotatably engaged with the screw drive; and a lower frame connected to the upper frame and having a gun slide channel for receiving a gun slide and a plurality of side clamps for securing the gun slide in the gun slide channel. The internal adjustment cavity can include a transitory space and a rotation space. Rotation of the screw drive can cause the pusher block to move along the screw drive and transition between the transitory space and the rotation space. The pusher block can retain its orientation in the transitory space and rotate freely within the rotation space.