A gunsight system for aiming a firearm is disclosed. The gunsight system includes a front sight and a rear sight. The firearm has a barrel defining a bore that extends along a gun bore axis. The gun bore axis extends in a forward direction and a rearward direction. The front sight comprises a front sight post including a front sighting element. The rear sight comprises a rear sight post including a rear sighting element. Each sight post is pivotable between a deployed position and a reclined position. When the sight post are in the deployed position, the user may aim the firearm with reference to a sight line extending through the front and rear sighting elements. The sight line and the gun bore axis may be generally parallel to one another when the sight arms are in the deployed position.

An iron sight system for handguns including a notched blade rear iron sight, providing view windows through blade structure predominantly to the left and to the right of a defined notch, and the notched blade rear iron sight combined with a front iron sight providing a view therethrough.

A weapon sighting device facilitates aiming a weapon without obscuring a visual line to the desired target point. The device includes a front mount coupled to a forward end of a weapon. A front sight is coupled to the front mount having a pair of outer flanges extending upwardly from the front mount. The outer flanges are spaced apart to permit direct visual sighting of a target point between the outer flanges of the front sight. A rear sight is coupled to a rear mount on the rearward end of the weapon. A pair of peripheral flanges extending upwardly from the rear mount are spaced apart wherein the outer flanges are visible between the peripheral flanges when in an aimed position.

A weapon sighting device facilitates aiming a weapon without obscuring a visual line to the desired target point. The device includes a front mount coupled to a forward end of a weapon. A front sight is coupled to the front mount having a pair of outer flanges extending upwardly from the front mount. The outer flanges are spaced apart to permit direct visual sighting of a target point between the outer flanges of the front sight. A rear sight is coupled to a rear mount on the rearward end of the weapon. A pair of peripheral flanges extending upwardly from the rear mount are spaced apart wherein the outer flanges are visible between the peripheral flanges when in an aimed position.

A weapon sighting device facilitates aiming a weapon without obscuring a visual line to the desired target point. The device includes a front mount coupled to a forward end of a weapon. A front sight is coupled to the front mount having a pair of outer flanges extending upwardly from the front mount. The outer flanges are spaced apart to permit direct visual sighting of a target point between the outer flanges of the front sight. A rear sight is coupled to a rear mount on the rearward end of the weapon. A pair of peripheral flanges extending upwardly from the rear mount are spaced apart wherein the outer flanges are visible between the peripheral flanges when in an aimed position.

A weapon sighting device facilitates aiming a weapon without obscuring a visual line to the desired target point. The device includes a front mount coupled to a forward end of a weapon. A front sight is coupled to the front mount having a pair of outer flanges extending upwardly from the front mount. The outer flanges are spaced apart to permit direct visual sighting of a target point between the outer flanges of the front sight. A rear sight is coupled to a rear mount on the rearward end of the weapon. A pair of peripheral flanges extending upwardly from the rear mount are spaced apart wherein the outer flanges are visible between the peripheral flanges when in an aimed position.

A locking adjustment turret coupled to an optic of an aiming device incudes a locking plate having two or more locking holes, a dial configured to rotate about a central axis of the locking adjustment turret when a user applies a rotational force, a locking pin attached to the dial, the locking pin structured to interface with the locking plate and be received within an aligned one of the two or more holes of the locking plate when the locking pin is aligned with the aligned hole to set the locking adjustment turret in a locked position, a biasing spring for biasing the locking pin toward the locking plate, and a lock release carried by dial, the lock release configured to move radially inward when pressed by a user to cause the locking pin to move out of the aligned hole and set the adjustment turret in an unlocked position.

A locking adjustment turret coupled to an optic of an aiming device incudes a locking plate having two or more locking holes, a dial configured to rotate about a central axis of the locking adjustment turret when a user applies a rotational force, a locking pin attached to the dial, the locking pin structured to interface with the locking plate and be received within an aligned one of the two or more holes of the locking plate when the locking pin is aligned with the aligned hole to set the locking adjustment turret in a locked position, a biasing spring for biasing the locking pin toward the locking plate, and a lock release carried by dial, the lock release configured to move radially inward when pressed by a user to cause the locking pin to move out of the aligned hole and set the adjustment turret in an unlocked position.

A rear-sight aiming device to aid a shooter of a firearm. The device includes a housing with a tunnel alignable with the front aiming sight; an elongated optical fiber in a non-linear configuration is disposed inboard within the tunnel; an annular light-transmitting cylinder, disposed within the tunnel between the optical fiber and the shooter of the firearm during shooting; and a self-activating light source coaxially and completely disposed within the cylinder.

A rear-sight aiming device to aid a shooter of a firearm. The device includes a housing with a tunnel alignable with the front aiming sight; an elongated optical fiber in a non-linear configuration is disposed inboard within the tunnel; an annular light-transmitting cylinder, disposed within the tunnel between the optical fiber and the shooter of the firearm during shooting; and a self-activating light source coaxially and completely disposed within the cylinder.