Ground & Formation Models
Excavation, embankment, platform, formation, subgrade, slopes, boundaries and breaklines.
UK MACHINE CONTROL • LANDXML • 3D CONSTRUCTION DATA
MACHINE CONTROL &
LANDXML MODEL
PREPARATION
Turn approved drawings and survey information into clear, reviewed digital construction data for roads, earthworks, excavation, formation and compatible machine-control workflows.
PDF / DWG / DXF / SURVEY→ENGINEERING REVIEW→3D MODEL→QA→DXF / XML / LANDXML / TIN
WHAT WE PREPARE
Construction-focused model information.
Road & Corridor Geometry
Centreline, channels, kerbs, tie-ins, crossfall, junction geometry and road formation where supported by the source design.
Dig & Trench Surfaces
Reduced levels, pits, trenches and construction surfaces prepared to an agreed design basis.
Pipework / Ducting Context
3D routes and trench information can be coordinated with the model where the required levels and geometry are supplied.
Setting-Out & QA Data
Coordinates, points, lines, design-versus-survey information and model checks for agreed workflows.
Project-Specific Output
Tell us the target software, machine-control environment and required deliverable before export.
WORKFLOW
Source information stays visible and reviewable.
INPUT
Drawings, survey files, sections, coordinates and project brief.
CHECK
Units, coordinate system, datum, levels, gradients and missing information.
MODEL
Build the agreed 3D geometry, breaklines and/or TIN surface.
QA
Review continuity, boundaries, tie-ins, levels and export structure.
DELIVER
Issue agreed DXF, XML/LandXML, TIN/DTM, schedules, views or report.
SYNTHETIC DEMONSTRATION
Machine-control model example.
This example uses synthetic local coordinates and levels. It demonstrates the type of information and deliverables that can be prepared without presenting fictional data as a real construction design.
RELATED EXAMPLES
Roads + earthworks + machine control.
Road Model
Illustrative centreline, channel and formation geometry.
Earthworks Model
Illustrative excavation, fill and terrain surface.
Real BESS Case Study
See a wider multi-discipline example with interactive model, QA views and capability report.
VIEW CASE STUDY →DEMO DOWNLOADS
Inspect the example deliverables.
DXFSynthetic 3D demonstration geometry.
XML / LANDXMLSynthetic TIN surface in LandXML format.
ROAD XMLSynthetic road-related demonstration surface.
PDF REPORTExample capability and QA-style report.
Demonstration only: these downloadable files use synthetic data. They are not approved construction information and must not be used for setting-out, machine guidance, valuation, permits or site work.
DELIVERABLES
Agree the target before export.
3D CAD Geometry
3D polylines, breaklines, boundaries, points and structured layers.
Surface / Alignment Data
Supported TIN surfaces and model information for compatible downstream workflows.
Construction Surfaces
Formation, excavation, earthworks or design surfaces prepared to the agreed scope.
Survey Data
Coordinates, levels and schedules where required.
QA & Review
Model views, summaries, checks and supporting documentation.
Target Workflow
Confirm the machine/control system, software version and expected file structure before delivery.
FAQ
Before we prepare a model.
Can you convert any PDF directly into a machine-control model?
No. A usable model depends on the quality and completeness of the source design. Coordinates, levels, geometry, sections and the intended construction layer must be established rather than guessed.
Do you provide LandXML?
LandXML/XML can be prepared where the model and target workflow support it. The required surface, alignment and downstream system should be agreed before export.
Can you prepare models for excavators and dozers?
We can prepare construction model information for compatible machine-control workflows. Final compatibility and field use must be confirmed against the specific system, project requirements and approved design.
What files can I send?
Typical inputs include PDF, DWG/DXF, XML/LandXML, survey CSV/TXT, coordinates, sections and written scope information.
How do you deal with missing levels?
Missing or unclear design information is identified during review. Engineering levels or design intent are not silently invented.
START A PROJECT
Send your drawings for review.
Tell us what you have, what you need and the intended machine-control or survey workflow. We can then define the model scope and deliverables.
EMAIL PROJECT ENQUIRY →
For confidential drawings, agree a secure transfer method before sending project files.