AUTOMATIC TOPOGRAPHY / HDD BORE PLANNING

Draw the path.
Add the crossings.
There’s your ground.

It really is this easy: draw your bore line on the map, add your crossings, and HDD Studio pulls in the topography. Your route, crossing context and ground profile come together—ready to develop the bore from point to point.

Working toolkit · public launch coming soon

THE STARTING POINT CHANGES EVERYTHING.Map.
Crossings.
Profile.

Less setup between your route
and a useful bore design.

DRAW → BRING IN → REFINE
01 / DRAW THE ROUTE. ADD THE CROSSINGS.

Draw it in.
Pull the topo.

Mark the bore route. Add road, rail, river or utility crossings. HDD Studio brings in the topography for the route, so you can start shaping the shot.

AUTO TOPO / MAP INPUTDRAW THE BORE · ADD CROSSINGS
Real HDD Studio map input with a drawn bore route, numbered route points and a highlighted motorway crossing, plus road, rail, river and utility crossing tools
REAL APP SCREENSHOT · BORE ROUTE AND CROSSING INPUTEnlarge screenshot ↗

Shown here: drawing the route and crossing on the map. HDD Studio uses the route to retrieve automatic terrain context. Automatic topo is not survey-grade; supported CAD survey imports are available when surveyed detail is required.

See the actual topo and bore profile ↓
02 / THE TOPO IS IN.

From the line you drew.
To the ground below it.

There it is: the ground profile, the crossing and the bore in one view. Move from map input to the profile, then refine the route and inspect the rods, pitch, depth and chainage.

AUTO TOPO / THE RESULTGROUND · CROSSING · ROD-BY-ROD BORE
Real HDD Studio bore profile generated from the mapped route, showing the ground topography, M1 Motorway crossing, planned bore and 24 labelled rod ends
REAL APP SCREENSHOT · TOPO AND BORE PROFILEEnlarge screenshot ↗

Example planned bore with automatic terrain and a mapped crossing. Automatic topo provides planning context, not survey-grade data.

Now see the shot in 3D ↓
03 / ROTATE THE SHOT. SEE THE FULL PICTURE.

Your shot. Your ground.
Every angle.

Rotate the drill shot and topographic profile in the app’s full 3D view. Inspect the bore from different angles and see the relationship between the ground surface, rod-by-rod route, entry and exit.

HDD STUDIO / 3D BORE VIEWDRILL SHOT + TOPO PROFILE
Real HDD Studio 3D view of the drill shot and topographic profile, showing entry, individual rod nodes, cover lines and exit over terrain imagery
REAL APP SCREENSHOT · 3D VIEW · EQUAL METRE SCALESEnlarge screenshot ↗

A real screenshot of the app’s rotational 3D viewer. Automatic topography provides planning context, not survey-grade verification.

LESS PREPARATION. MORE PROGRESS.

Stop building the background.
Start designing the shot.

Getting the ground into the job should not consume the job. Automatic topo gives your proposed HDD route a surface profile to work against, so you can start considering cover, entry, exit and the line between them sooner.

Crossings belong in the same picture. Add the roads, rail, rivers and utilities relevant to your route, then review their position and clearance context as you develop the bore. The initial result is a starting point for design and review.

01 / ROUTE

Put the line on the map.

Draw the drill path between your proposed entry and exit. Keep the route grounded in its site context.

02 / CONTEXT

Add what you’re crossing.

Draw in crossings and bring the relevant crossing information into the planning workflow.

03 / DESIGN

Work with the ground.

Use the resulting profile to develop the shot, inspect rods and refine the route in 2D and 3D.

HAVE A SURVEY?

Easy terrain context.
Surveyed detail when needed.

Automatic topography gets you started. Import survey-grade topo through supported CAD files when you need the detail from a surveyed site.

Automatic terrain is not survey-grade and does not verify buried services. Check the source, units, datum and coordinate alignment of imported survey data. Confirm site conditions, utilities and the design before drilling.

Turn the profile into a pre-bore plan →
THE PRACTICAL DETAILS

Before you start.

Does drawing the route produce a finished, approved bore design?

No. It brings the route, terrain and crossing context into the planning workflow. Refine the bore geometry, review cover and clearances, apply equipment and product limits, and complete the checks required for your job.

Is the automatic topo accurate enough to replace a survey?

Automatic topo provides terrain context; it is not survey-grade. Use suitable verified survey data where the job requires surveyed accuracy. HDD Studio also supports survey-grade topo import through supported CAD files.

Can I prepare terrain before going offline?

Prepare and download the map and topo areas you need before heading away from signal. Availability depends on the area and data source; check the required job information is available on the device before leaving site connectivity.

THE PLAN IS ONLY HALF THE BATTLE.

Next: put dynamic pitch
correction beside the rig.

Automatic topo helps you build the plan. Dynamic Steer works from the actual rod readings, recalculating the remaining correction when the shot differs from the design.

See the real correction example ↗
REAL TEST-JOB EXAMPLE / ROD 3−13.547% → −16.522%

Original planned pitch → recalculated pitch target

Example targets, not a steering recommendation. Recovery remains subject to feasible geometry and bend limits.
PUBLIC LAUNCH COMING SOON

Your next bore.
A better starting point.

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