A method of indicating an aiming adjustment in a riflescope of a shooting device. The method includes receiving, at a controller in the riflescope, a ballistics solution signal, the ballistics solution signal corresponding to a path of a projectile to be fired from the shooting device toward a target; receiving, at the controller, a first electronic signal corresponding to a position of an elevation adjustment selector of the riflescope relative to a zero point of the elevation adjustment selector; determining, by the controller, a magnitude and a direction of an aiming adjustment based on at least the first electronic signal and the ballistics solution signal; and activating an electronic indicator to provide a notification signal to a user, the notification signal conveying the magnitude and the direction of the aiming adjustment.

A method of indicating an aiming adjustment in a riflescope of a shooting device. The method includes receiving, at a controller in the riflescope, a ballistics solution signal, the ballistics solution signal corresponding to a path of a projectile to be fired from the shooting device toward a target; receiving, at the controller, a first electronic signal corresponding to a position of an elevation adjustment selector of the riflescope relative to a zero point of the elevation adjustment selector; determining, by the controller, a magnitude and a direction of an aiming adjustment based on at least the first electronic signal and the ballistics solution signal; and activating an electronic indicator to provide a notification signal to a user, the notification signal conveying the magnitude and the direction of the aiming adjustment.

The present invention relates to a viewfinder with a mobile red dot comprising a first stationary light source (30) and a first reflective strip (34, 53), the light source generating a first collimated light beam which is projected onto the reflective strip (34, 53) so as to materialise a red dot or grid visible for the shooter by the reflection on the reflective strip (34, 53), the first beam being projected onto the reflective strip (34, 53) by means of a rotary mirror (32) with adjustable angle of inclination relative to the first light beam.

The present invention relates to a movable red dot sight comprising a fixed first light source (30) and a first reflective plate (34, 53), the light source generating a collimated first light beam that is projected onto the reflective plate (34, 53) in order to create a red dot or reticle that may be seen by the shooter via reflection from the reflective plate (34, 53), and the first beam being projected onto the reflective plate (34, 53) by way of a rotary mirror (32) the angle of inclination of which with respect to the first light beam is adjustable.

The present invention relates to a movable red dot sight comprising a fixed first light source (30) and a first reflective plate (34, 53), the light source generating a collimated first light beam that is projected onto the reflective plate (34, 53) in order to create a red dot or reticle that may be seen by the shooter via reflection from the reflective plate (34, 53), and the first beam being projected onto the reflective plate (34, 53) by way of a rotary mirror (32) the angle of inclination of which with respect to the first light beam is adjustable.

The present invention relates to a telescopic sight for a firearm for firing in a downward arc comprising: a first movable mirror defining a first optical axis, the angle of said first movable mirror being adjustable so as to transmit, during use, the image of a target at an angle of 90- with respect to the axis of the barrel of the firearm, a being the desired angle of elevation for a given shot; an objective lens, on the first optical axis; a second mirror at 45 with respect to the first optical axis, defining a second optical axis that is parallel to the axis of the barrel of the firearm; an ocular lens on the optical pathway defined by the mirrors projecting the image of the target to infinity.

The present invention relates to a telescopic sight for a firearm for firing in a downward arc comprising: a first movable mirror defining a first optical axis, the angle of said first movable mirror being adjustable so as to transmit, during use, the image of a target at an angle of 90- with respect to the axis of the barrel of the firearm, a being the desired angle of elevation for a given shot; an objective lens, on the first optical axis; a second mirror at 45 with respect to the first optical axis, defining a second optical axis that is parallel to the axis of the barrel of the firearm; an ocular lens on the optical pathway defined by the mirrors projecting the image of the target to infinity.

A three axis adjustable arrow rest preferably includes a front bracket, a bow mounting bracket, a pair of guide rods, a linear carriage, a lateral carriage and an arrow support frame. One end of the pair of guide rods are retained in the front bracket. The linear carriage is adjustably retained on the pair of guide rods. An opposing end of the pair of guide rods are retained by the bow mounting bracket. The lateral carriage is adjustable retained by the linear carriage. A vertical stem is adjustably retained in the lateral carriage. The arrow support frame is attached to a top of the vertical stem. The arrow support frame supports an arrow shaft. A bubble level may be included as an integral portion of a scope. A bubble level cap may be retained on end of the scope.

A three axis adjustable arrow rest preferably includes a front bracket, a bow mounting bracket, a pair of guide rods, a linear carriage, a lateral carriage and an arrow support frame. One end of the pair of guide rods are retained in the front bracket. The linear carriage is adjustably retained on the pair of guide rods. An opposing end of the pair of guide rods are retained by the bow mounting bracket. The lateral carriage is adjustable retained by the linear carriage. A vertical stem is adjustably retained in the lateral carriage. The arrow support frame is attached to a top of the vertical stem. The arrow support frame supports an arrow shaft. A bubble level may be included as an integral portion of a scope. A bubble level cap may be retained on end of the scope.

Disclosed herein is a kit for facilitating aligning of twist-in scope rings of firearms. Accordingly, the kit may include a centering component, and a laser pointer. Further, the centering component may be for providing a reference for aligning a twist-in scope ring with a bore of a firearm. Further, the twist-in scope ring may be coupled to a barrel of the firearm. Further, the twist-in scope ring may be rotatable around a scope axis. Further, the centering component may include a primary elongated member and a secondary elongated member attached to the primary elongated member. Further, the laser pointer may be detachably couplable with the twist-in scope ring. Further, the laser pointer may include a laser pointer body configured to be inserted in the twist-in scope ring. Further, the laser pointer may be configured for emitting a laser beam.