HDD Directional Drilling software, the full program
On this page you can Purchase HDD Plan. HDD Directional Drilling software is a new innovated HDD planning program and includes Tool Face Calculations along with charting, The program Covers River Crossing, Hydro Power water courses, Tunnelling, Mining and Civil Engineering, with a few inputs the software develops all the charting for Azimuth, Tangents, Turns and Bends and Dog Legs. Requires Microsoft Office 2010 upwards, Windows 7, to Windows 10. HDD Tool Face Calculations provides a user-friendly trajectory design interface for the unique requirements of the HDD(Horizontal Directional Drilling), industry. Planning drilling trajectories starting and ending at any inclination and with multiple Tangent and Curve (Bend) sections. Applications for this program include civil engineering projects such as drilling under a river, road, airport runway, etc., to install utility shafts, drilling subway tunnels under cities. Drilling hydro-electric water course tunnels, drilling mine shafts, etc. Complete HDD Bore Planner. The program provides for five (5) contiguous Tangent and/or Bend, Turn sections which suffices for most applications.
- Tool Face Calculations
- Effective Tool Face
- Project to bit
- Project ahead
HDD Directional Drilling software uses the Minimum Curvature Method is used to calculate 3 dimentional trajectories based upon X,Y,Z displacements for each section. The XYZ coordinates for this program equate to East-West (X), North-South (Y) and True Vertical Depth (Z). The user can input the length of each section either by measured depth (MD) length or true vertical depth (TVD) length. With Inclination and Azimuth inputs, the end point of each section is defined and the resulting trajectory is calculated with surveys generated at the User selected survey intervals up to 1000 surveys, on the Planned Survey sheet. HDD Tool Face Calculations projects, provides for up to five (5), Targets based upon true vertical depths (TVD’s), and (+E –W), (+N –S), distances from the RKB (rotary kelly bushing), surface location which is the datum (zero point), for all other measurements. Typically, Targets are determined by project constraints and then the Planned trajectory is designed to pass thru or near the Targets. The program also provides for input of Actual Surveys so actual drilling progress can quickly and easily be compared to the Planned Surveys and the Targets. Target closure distances and azimuths are compared to the closest point on both Planned and Actual trajectories. Charts of the Vertical Section view, Plan view and Dog Leg Severity (DLS) view are provided along with the trajectory parameters for each section such as section length, bend rate, turn rate, DLS, etc. The Planned and Actual surveys and Charts can be printed as needed. HDD Plan for Hydraulic Directional Drilling projects. Is a user-friendly trajectory design interface for the unique requirements of the HDD (Horizontal Drilling), industry to plan drilling trajectories starting and ending at any inclination and with multiple Tangent and Curve(Bend) sections. Applications for this program include civil engineering projects such as drilling under a river, road, airport runway, etc., to install utility shafts, drilling subway tunnels under cities, drilling hydro-electric water course tunnels, drilling mine shafts, etc. The program provides for five (5) contiguous Tangent and/or Bend, Turn sections which suffices for most applications. HDD Tool Face Calculations program provides for up to five (5), Targets based upon true vertical depths (TVD’s), and (+E –W), (+N –S), distances from the RKB (rotary kelly bushing), surface location which is the datum (zero point), for all other measurements. Typically, Targets are determined by project constraints and then the Planned trajectory is designed to pass thru or near the Targets. The program also provides for input of Actual Surveys so actual drilling progress can quickly and easily be compared to the Planned Surveys and the Targets. Target closure distances and azimuths are compared to the closest point on both Planned and Actual trajectories HDD Drillers Toolbox
HDD Horizontal Directional Drilling software includes a Directional Drillers Toolbox, Directional drilling calculations, HDD Toolface, provides a user-friendly trajectory design interface for the unique requirements of the (Hydraulic Directional Drilling), industry to plan drilling trajectories starting and ending at any inclination and with multiple Tangent and Curve (Bend) sections. Applications for this program include civil engineering projects such as drilling under a river, road, airport runway, etc., to install utility shafts, drilling subway tunnels under cities, drilling hydro-electric water course tunnels, drilling mine shafts, etc. HDD Plan provides for five (5) contiguous Tangent and/or Bend, Turn sections which suffices for most applications.
The Minimum Curvature Method is used to calculate 3 dimensional trajectories based upon X,Y,Z displacements for each section. The XYZ coordinates for this program equate to East-West (X), North-South (Y) and True Vertical Depth (Z). The user can input the length of each section either by measured depth (MD) length or true vertical depth (TVD) length. With Inclination and Azimuth inputs, the end point of each section is defined and the resulting trajectory is calculated with surveys generated at the User selected survey intervals up to 1000 surveys, on the Planned Survey sheet.
HDD Drillers Toolbox for Horizontal Drilling projects, provides for up to five (5), Targets based upon true vertical depths (TVD’s), and (+E –W), (+N –S), distances from the RKB (rotary kelly bushing), surface location which is the datum (zero point), for all other measurements. Typically, Targets are determined by project constraints and then the Planned trajectory is designed to pass thru or near the Targets. The program also provides for input of Actual Surveys so actual drilling progress can quickly and easily be compared to the Planned Surveys and the Targets. Target closure distances and azimuths are compared to the closest point on both Planned and Actual trajectories.
Charts of the Vertical Section view, Plan view and Dog Leg Severity (DLS) view are provided along with the trajectory parameters for each section such as section length, bend rate, turn rate, DLS, etc. The Planned and Actual surveys and Charts can be printed as needed.
Download a fully functioning free trial version