A fence installation system for automating the fence installation process includes a trailer apparatus. A post dispenser apparatus is configured to secure a plurality of fence posts. A post holder apparatus comprises a first robotic arm and a claw configured to secure a fence post. A post hole drill apparatus is coupled to the trailer apparatus and comprises a second robotic arm, a drill head, and an auger bit. A post driver apparatus comprises a third robotic arm and a driver head configured to drive the fence post into the ground. A fence wiring apparatus comprises a spool axle and a plurality of wire spools coupled to the spool axle. A control apparatus is in operational communication with each of the post holder apparatus, the post hole drill apparatus, the post driver apparatus, and the fence wiring apparatus.

A system for pulling posts is disclosed. The system for pulling posts comprises a mast extending along a direction having a vertical component, an elongated arm rotatably and pivotably supported by the mast and extending at an angle relative to the mast, a pusher with first and second opposite ends, the first end of the pusher being configured to support the elongated arm at a first location of the elongated arm, and the second end of the pusher being configured to contact a ground surface, the pusher being configured to increase in length to drive the first location of the elongated arm away from a ground surface and thereby change the angle relative to the mast, and a pole attachment site at a second location of the elongated arm.

A bollard setting and installation system for efficiently installing a bollard wall without any restrictions relating to proximity to water or flood plains. The bollard setting and installation system generally includes a setting frame which is positioned on a ground surface. A plurality of bollards is positioned on the setting frame in a desired spacing and orientation to form a bollard wall. A vehicle having a vehicle arm connected to a lifting frame is positioned such that the bollards are secured to the lifting frame by clamps in the desired spacing and orientation. The vehicle may then move the lifting frame to position the lower ends of the bollards in an opening in the ground surface. Concrete may be poured to encapsulate the lower ends of the bollards. The lifting frame may then be removed, with the bollard wall being free-standing in the ground surface.

A fence support system includes brackets that may be attached to t-posts. The system includes modular brackets that may be configured in either a single or dual embodiment for attachment to components on multiple sides of the brackets. The bracket may also be configured with a round plate situated atop the body portion, such that the top of the bracket may be attached to components at a variety of angles. The bracket may be configured in large and small embodiments. The system includes an adjustable brace assembly configured to extend between brackets so as to support respective posts. The bracketry provides a means to hang gates from t-posts, create and support field fence corners and mid fence span supports using common t-posts, including fence intersections that are at non-90-degree angles, and other applications.

Equipment for burying poles into the ground. The equipment includes a base frame associable with a machine for the movement of the equipment; a hammering assembly associated movable with the base frame and adapted to bury a pole to allow its at least partial penetration into the ground at a burying position; and a gripping and positioning assembly of the pole, associated with the base frame and adapted to grasp the pole and to position it under the hammering assembly at the burying position.

A fence panel construction device includes a structural member and a pair of post members coupled to the structural member. Each post member includes a pair of attachment devices configured to removably attach a pair of fence stringers to the pair of post members. A pair of actuator mechanisms are coupled to a respective one of the pair of post members to position the pair of post members corresponding to a pair of fence posts on a property. A finishing assembly is coupled to the structural member and includes at least one fastening device and at least one trimming device both operable to move vertically. The finishing assembly is operable to move horizontally while the at least one fastening device fastens fence boards to the pair of fence stringers and at least one trimming device trims the fence boards. A method of making a fence panel is provided.

Described herein are examples of systems and methods of a structural post tool. A structural post tool may include a system, including a pounder-fulcrum, a lever, and a post connector. The pounder-fulcrum may include a base plate and a tube comprising a base plate connection and a body extending to a lever connection end. The tube lever connection end may comprise a lever connection through hole. The lever may comprise a lever body including a first end and a second end. A fulcrum through hole may be disposed between the first end and the second end. The lever may be connected to the tube via a pivot mechanism insertably disposed through the lever connection through hole and the fulcrum through hole. The post connector may be configured to be connected to the lever proximate the first end of the lever.

System for deploying and collecting road sticks. A loading frame is mounted on a vehicle and comprises a road stick depot. A stick collecting device is arranged on a first clamp in a stick handling frame. A stick-deployment device is arranged movable back and forth along a beam in the driving direction of the vehicle. The stick-deployment device comprises a funnel, rotational drives, a ground plate and drive means to move the stick-deployment device vertically. The system is arranged to deploy and collect road sticks while the vehicle is in motion.

Post installation apparatuses are disclosed that decrease the length of a post subject to buckling so that more force can be applied when installing a post in the ground. In one embodiment, a post installation apparatus includes a frame that defines an elongated vertical passage configured to receive a post such that the post vertically extends through the elongated vertical passage when the elongated vertical passage receives the post. The frame provides the structural support so that a post secured to the frame does not buckle. To allow for easy removal of the post, the elongated vertical passage defines an elongated vertical opening in the frame such that the post is removable through the elongated vertical opening. The post installation apparatus also includes one or more securement devices that are configured to be positioned across the elongated vertical opening so as to secure the post in the elongated vertical passage.