referring to the figures , a climbing device 10 is shown . the climbing device 10 is used to install and remove carabiners from hangers / placements ( hereinafter placements ) and to thread a rope through an installed carabiner . the device 10 has a body section 12 . the body section 12 is substantially a rectangular cube in shape . the top of the body section 12 is rounded to form a semi - circular top section . an arm 14 extends from the rounded top section of the body section 12 . at the top of the arm 14 is a stopper 16 . the stopper 16 is generally a piece of rubberized material . a carabiner capture arm 18 is coupled to the body section 12 . the carabiner capture arm 18 has an inner capture protrusion 18 a and an outer capture protrusion 18 b . these protrusions 18 a and 18 b are used to install and remove the carabiner . this will be described below in the operation section . the carabiner capture arm 18 is generally coupled to the semicircular top section . the carabiner capture arm 18 is coupled to the body section 12 so that the carabiner capture arm 18 may move in a clockwise or counter - clockwise direction around the arm 14 as depicted in fig3 . the carabiner capture arm 18 is further coupled to the body section 12 so that the carabiner capture arm 18 is able to be pulled back from and away from the arm 14 . this is best depicted in fig4 . in the embodiment depicted in the figures , a recess 21 is made within the body section 12 near the semi - circular top section . at the bottom of the recess 21 , an opening is drilled through . an opening is further drilled through a lower section of the carabiner capture arm 18 . when the two openings are aligned together , a holding assembly 20 is placed through the two openings . the holding assembly 20 couples the carabiner capture arm 18 to the body section 12 while allowing for the above mentioned movement of the carabiner capture arm 18 . the holding assembly 20 is generally a spring loaded device . in accordance with one embodiment of the present invention , the holding assembly 20 uses a pivot bolt 22 . the pivot bolt 22 is placed through a washer 24 . a spring 26 is also positioned on the stem of the pivot bolt 22 . the pivot bolt 22 is then placed through both openings until the stem of the pivot bolt 22 extends through the second opening . a second washer 28 is then placed on the stem of the pivot bolt 22 . a locking nut 30 is then placed on the stem of the pivot bolt 22 . a cover 32 may be placed over the recess 21 to cover part of the holding assembly 20 . another opening 34 is drilled through a lower section of the body section 12 . the opening 34 is used to hold the rope holding rods 36 . the rope holding rods 36 is a comprised of a u - shaped rod 38 which is placed through the opening 34 . at each end of the u - shaped rod 38 is a ball member 40 . the ball members 40 will rest in a recessed portion 42 of the body section 12 . at the bottom of the body section 12 is an opening 44 . the opening 44 is generally a threaded opening . the threaded opening 44 will allow a threaded pole 46 to be coupled to the device 10 . this will allow one to extend the reach of the device 10 . in order to properly secure the pole to the device 10 . a locking mechanism 50 may be used . the locking mechanism 50 may include a locking screw or the like . in order to install a carabiner , the carabiner capture arm 18 is rotated so that the carabiner capture arm 18 is approximately at a 90 degree angle to the longitudinal axis of the body section 12 . this is shown in fig9 . a typical carabiner with the spring gate of the carabiner in a closed position is situated and held by the carabiner capture arm 18 . this is done by having the spring loaded gate of the carabiner positioned between the inner capture protrusion 18 a and an outer capture protrusion 18 b . the carabiner is situated so that the spring loaded gate faces away from the body section 12 and is approximately parallel to the longitudinal axis of the device 10 as shown most clearly in fig9 . with the device 10 held securely and the carabiner capture arm 18 with the carabiner and the spring loaded gate aligned as described above , a force is applied in order to rotated the carabiner capture arm 18 in an upward motion towards the vertical axis of the body section 12 . this is illustrated best in fig1 . in order to rotate the carabiner capture arm 18 , a small force is applied by pulling the top of the carabiner . the inner capture protrusion 18 a will make contact with the inner surface of the carabiner or the spring loaded gate . this causes the carabiner capture arm 18 to rotate about its pivot point . in doing so the outer capture protrusion 18 b will make contact with the outer surface of the spring loaded gate of the carabiner . the outer capture protrusion 18 b will force the spring loaded gate open with little rotation of the carabiner . the carabiner capture arm 18 will stop short of being placed in a vertical position . this is due to the fact that the carabiner will be pinched between the stopper 16 and the carabiner capture arm 18 . with the carabiner captured within the device 10 and the spring loaded gate opened , a user of the device 10 can install the carabiner in a hanger . if one is rock climbing , one may extend the device 10 by attaching a pole 46 to the device 10 . the user may then try to insert the spring loaded gate of the carabiner through an opening in the hanger . once the carabiner has been inserted in the opening of the hanger , the device 10 is rotated about its longitudinal axis as shown in fig1 . since the carabiner is positioned in the hanger , the carabiner cannot freely rotate . thus , the rotation of the device 10 causes the carabiner capture arm 18 to rotate away from the spring loaded gate . as the device 10 is further rotated , the inner capture protrusion 18 a and the outer capture protrusion 18 b of the carabiner capture arm 18 will disengage from the spring loaded gate . a downward pull of the device 10 after disengaging the spring loaded gate will remove the device 10 from the carabiner . this is most clearly illustrated in fig1 . the device 10 may further be used to remove an installed carabiner . the steps are similar to that described above . the carabiner capture arm 18 is rotated so that the carabiner capture arm 18 is approximately at a 90 degree angle to the longitudinal axis of the body section 12 similar to that shown in fig9 . the carabiner capture arm 18 is then used to capture the carabiner so that the carabiner is situated in the device similar to that shown in fig9 ( with the exception that now the carabiner is installed on a hanger ). capturing of the carabiner is done by having the spring loaded gate of the carabiner positioned between the inner capture protrusion 18 a and an outer capture protrusion 18 b . the carabiner is situated so that the spring loaded gate faces away from the body section 12 and is approximately parallel to the longitudinal axis of the device 10 as shown in fig9 . with the device 10 held securely and the carabiner capture arm 18 with the carabiner and the spring loaded gate aligned as described above , a downward force is applied which causes the inner capture protrusion 18 a to make contact with the inner surface of the carabiner . since the carabiner is held in place by the hanger ( not shown ), this causes the carabiner capture arm 18 to rotate about its pivot point . in doing so the outer capture protrusion 18 b will make contact with the outer surface of the spring loaded gate of the carabiner . continued application of the force will cause the outer capture protrusion 18 b to force the spring loaded gate to open with little rotation of the carabiner as shown in fig1 ( again with the exception that now the carabiner is installed on a hanger ). as the downward force is continued to be applied on the device 10 , the spring loaded gate of the carabiner becomes completely opened such that the spring loaded gate hits the inner spine of the carabiner as shown in fig1 . continued rotation of the carabiner capture arm 18 forces the carabiner to rotate from its near vertical orientation such that the carabiner is now fully captured with the spring loaded gate fully opened ( fig1 ). now that the carabiner is completely captured with an open spring loaded gate , the carabiner can be lifted from the hanger by a slight lifting and lateral movement of the device 10 . it should be noted that with the device 10 and the pole 46 , a carabiner may be installed or removed in hangers at distances which may be out of arms reach of the individual . by using the device 10 less than vertical , vertical , and overhanging hanger placement and removal may be achieved . the device 10 is able to install and remove a carabiner with the spring loaded gate facing any direction . the device 10 is also used to aid in the threading of a rope through a carabiner . in order to use the device for this purpose and for ease of threading the rope in the device 10 , the rope holding rod 36 is rotated upward so that the ball members 40 are now positioned near a mid - section of the body section 12 ( see fig3 ). each end of a loop of rope is then inserted through an opening formed between the rope holding rod 36 and the body section 12 . the rope holding rod 36 is then rotated to a closed position as shown in fig5 and 6 so that the ball members 40 will rest in a recessed portion 42 of the body section 12 . with the rope loop formed and captured within the device 10 , the rope loop is placed around a carabiner so that the loop of rope is placed around the spring loaded gate of the carabiner as shown in fig5 . either one or both ends of the loop of rope is pulled causing the diameter of the loop to decrease in size . this causes the rope to impinge on the spring loaded gate and thus opening the spring loaded gate as shown in fig6 . the device 10 with the captured loop of rope is moved slightly to slide the rope within the interior of the carabiner . once the rope is in the interior of the carabiner , the spring loaded gate is free to close as shown in fig9 . the rope is now installed in the carabiner . once the rope is in the carabiner , the device 10 can be either slide down the rope or the rope may be quickly freed from the device 10 . pulling on one or both ends of the loop of rope will activate a quick release mechanism of the device 10 . by pulling on the rope as shown in fig7 the ball members 40 of the rope holding rod 36 will be forced to rotate out of the recessed portion 42 of the body section 12 . this will allow the rope to be released from the rope holding rode 36 and the device 10 as shown in fig8 . it should be noted that the device 10 may be used for placing rope loops into objects other than a carabiner . for example , the device may be used to insert a rope into a hook with a rope opening . the use of a carabiner is just an example and should not be seen as to limit the scope of the present invention . the device 10 may further be used for grabbing or catching a rope while climbing . the inner capture protrusion 18 a and the outer capture protrusion 18 b of the carabiner capture arm 18 form a semi - hook member . the end of both of the inner capture protrusion 18 a and the outer capture protrusion 18 b may be used to reach for and capture a dangling rope which is hanging from a carabiner or other hanger . with the use of the threaded pole 46 , one would be able to capture ropes which would ordinarily be out of reach of the climber . while the invention has been particularly shown and described with reference to preferred embodiments thereof , it will be understood by those skilled in the art that the foregoing and other changes in form and details may be made therein without departing from the spirit and scope of the invention .