A device for launching at least one clay target, the device includes a clay target thrower, at least three legs, a first leg coupled to the clay target thrower, a movable second leg coupled to the clay target thrower, and a movable third leg coupled to the clay target thrower. The movable second leg is configurable into an operational position and into a folded position. The movable third leg is configurable into an operational position and into a folded position. The folded positions of the movable second leg and the movable third leg facilitate transport and storage of the device.

A device for launching at least one clay target, the device includes a clay target thrower, at least three legs, a first leg coupled to the clay target thrower, a movable second leg coupled to the clay target thrower, and a movable third leg coupled to the clay target thrower. The movable second leg is configurable into an operational position and into a folded position. The movable third leg is configurable into an operational position and into a folded position. The folded positions of the movable second leg and the movable third leg facilitate transport and storage of the device.

A machine for launching targets, comprising a base on which an assembly comprising a launch mechanism and a drum for storing targets is arranged. The assembly is configured to be mobile with respect to the base, wherein it comprises a tilting mechanism comprising a main tilting system providing a main mobility of the assembly with respect to the base consisting of a curved slide rigidly connected to one out of the base and the assembly, and an element guided by the slide in a single degree of freedom in translation along the slide and rigidly connected to the other out of the base and the assembly. The slide and the guided element are mounted movably in translation along the slide.

A machine for launching targets, comprising a base on which an assembly comprising a launch mechanism and a drum for storing targets is arranged. The assembly is configured to be mobile with respect to the base, wherein it comprises a tilting mechanism comprising a main tilting system providing a main mobility of the assembly with respect to the base consisting of a curved slide rigidly connected to one out of the base and the assembly, and an element guided by the slide in a single degree of freedom in translation along the slide and rigidly connected to the other out of the base and the assembly. The slide and the guided element are mounted movably in translation along the slide.

A step auto clay thrower consisting of a base, a stepping rod, a support, a throwing arm holder, a throwing arm and a mini motor is disclosed. When the stepping rod is depressed, the throwing arm is forced by a second spring to move a link and a first linking member in turning a shaft and a throwing arm forward for causing generation of a centrifugal force to throw a clay away from the throwing arm, and then a motor shaft of the mini motor is driven to rotate the shaft, thereby returning the throwing arm without any manual operation. In the time the throwing arm throws the clay and the throwing arm is returned by the mini motor, the mini motor does not need to overcome the force of the second spring so that the capacity of the mini motor can be minimized.

A step auto clay thrower consisting of a base, a stepping rod, a support, a throwing arm holder, a throwing arm and a mini motor is disclosed. When the stepping rod is depressed, the throwing arm is forced by a second spring to move a link and a first linking member in turning a shaft and a throwing arm forward for causing generation of a centrifugal force to throw a clay away from the throwing arm, and then a motor shaft of the mini motor is driven to rotate the shaft, thereby returning the throwing arm without any manual operation. In the time the throwing arm throws the clay and the throwing arm is returned by the mini motor, the mini motor does not need to overcome the force of the second spring so that the capacity of the mini motor can be minimized.

A barrel intended to be mounted with the ability to rotate about a median axis of rotation on a target launching machine, said barrel comprising at least one column for the storage of targets in a stack, said at least one storage column being positioned at least partially by a rod extending parallel to the storage column, characterized in that the rod comprises a first portion that is stationary relative to the barrel and a second portion that is configured to be able to move at least translationally along a longitudinal axis of the rod between a position deployed along the storage column and an at least partially retracted position.

A target for skeet shooting which comprises a hub associated with a rotor that has at least two blades. The hub is associated with an elastic membrane, which in turn is associated with a valve and is designed to be inflated, in order to obtain a substantially spherical surface, before launching the target. Each blade extends longitudinally in a substantially crescent shape and has a geometric keying angle that is variable as a function of the rotation speed of the rotor about its own axis.

A device for launching at least one clay target, the device includes a clay target thrower, at least three legs, a first leg coupled to the clay target thrower, a movable second leg coupled to the clay target thrower, and a movable third leg coupled to the clay target thrower. The movable second leg is configurable into an operational position and into a folded position. The movable third leg is configurable into an operational position and into a folded position. The folded positions of the movable second leg and the movable third leg facilitate transport and storage of the device.

A device for launching at least one clay target, the device includes a clay target thrower, at least three legs, a first leg coupled to the clay target thrower, a movable second leg coupled to the clay target thrower, and a movable third leg coupled to the clay target thrower. The movable second leg is configurable into an operational position and into a folded position. The movable third leg is configurable into an operational position and into a folded position. The folded positions of the movable second leg and the movable third leg facilitate transport and storage of the device.