Abstract: Systems provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves providing topographical information representative of topography of the bore site and providing bore path information representative of an intended bore path for the bore site. The bore path information includes at least two target points through which the intended bore path is to pass. The intended bore path can define a pilot bore path or a backream path. The target points comprise an entry point and an exit point, and each of the target points is defined by at least a distance value, lateral value, and a depth value.

Abstract: Systems provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves providing topographical information representative of topography of the bore site and providing bore path information representative of an intended bore path for the bore site. The bore path information includes at least two target points through which the intended bore path is to pass. The intended bore path can define a pilot bore path or a backream path. The target points comprise an entry point and an exit point, and each of the target points is defined by at least a distance value, lateral value, and a depth value.

Abstract: Systems provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves providing topographical information representative of topography of the bore site and providing bore path information representative of an intended bore path for the bore site. The bore path information includes at least two target points through which the intended bore path is to pass. The intended bore path can define a pilot bore path or a backream path. The target points comprise an entry point and an exit point, and each of the target points is defined by at least a distance value, lateral value, and a depth value.

Abstract: A system and method provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves providing topographical information representative of topography of the bore site and providing bore path information representative of an intended bore path for the bore site. The bore path information includes at least two target points through which the intended bore path is to pass. The intended bore path can define a pilot bore path or a backream path. The target points comprise an entry point and an exit point, and each of the target points is defined by at least a distance value, lateral value, and a depth value.

Abstract: A system and method provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves providing topographical information representative of topography of the bore site and providing bore path information representative of an intended bore path for the bore site. The bore path information includes at least two target points through which the intended bore path is to pass. The intended bore path can define a pilot bore path or a backream path. The target points comprise an entry point and an exit point, and each of the target points is defined by at least a distance value, lateral value, and a depth value.

Abstract: A system and method provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves receiving bore path plan information representative of an intended bore path at the bore site, which may include topographical and utility related information. A pre-established bore plan is generated using the received bore path plan information. Actual bore path information is acquired indicative of an actual bore path produced by the boring machine. A modified bore plan is generated using the actual bore path information and at least some of the bore path plan information. The modified bore plan comprises data representative of a modified bore path that minimizes a deviation in alignment between the actual bore path and the intended bore path. Selected bore plan data can be displayed in both textual and graphical forms.

Abstract: A system and method provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves receiving bore path plan information representative of an intended bore path at the bore site, which may include topographical and utility related information. A pre-established bore plan is generated using the received bore path plan information. Actual bore path information is acquired indicative of an actual bore path produced by the boring machine. A modified bore plan is generated using the actual bore path information and at least some of the bore path plan information. The modified bore plan comprises data representative of a modified bore path that minimizes a deviation in alignment between the actual bore path and the intended bore path. Selected bore plan data can be displayed in both textual and graphical forms.

Abstract: A system, method, and computer-readable media provide for electronic development of a bore plan for use in connection with an underground boring machine. Electronically developing a bore plan involves receiving topographical information representative of topography of the bore site, receiving utility information representative of one or more utilities situated at the bore site, and receiving bore path information representative of an intended bore path at the bore site. A bore plan data is generated using the received topographic, utility, and bore path information. The bore plan data includes data representative of an intended bore defined along the intended bore path and with respect to the representative topography at the bore site. The topographical en information representative of the bore site topography may be received as two-dimensional data or three-dimensional data. A user-interface permits user alteration of one or more of topographic data, utility data, bore path data, and other bore plan data.