Achieve earthmoving accuracy with 3D design aligned to rugged field realities. Connect data across survey tools, machine operations and models to minimize costly rework and improve margins with Pro Civil Contractor.
Smaller contractors may prefer SketchUp over more complex design software because it is simpler and more intuitive for coordinating dirt work and foundation design.
Bridge the gap between a 3D model and raw terrain so building layouts are positioned correctly in the field the first time, protecting profitability and timelines.
Hard-working tools for precision and clear profit margins.
Create rich 2D documentation with 3D assets.
Sketch, mark up and collaborate in 3D anywhere.
Browse and download millions of pre-built 3D models.
Unlimited cloud storage. Unlimited projects. Endless collaboration workflows.
Customize your workflow with third-party extensions.
Real-world site context for your real-world project.
Unlock a 3D-to-field workflow.
Align dirt work and design by accurately modeling and defining earthmoving geometry with the SketchUp 3D design toolset; utilize extensions that communicate consistent data points across field, office and machinery.
Bring model data and geolocated points directly into Siteworks for precision stakeouts and layouts with the Site Contractor extension; one-click interoperability ensures all data is accurate and field-ready.
Convert SketchUp surfaces into high-fidelity designs for Trimble Siteworks, then seamlessly push them to Earthworks systems on excavators for machine-assisted earthmoving; minimize rework, fuel burn and operator grading passes.
Map geolocated points via CSV imports to leverage site data as precise references with the Field Points extension; enable 3D proof of site logistics without requiring specialized modeling expertise.
The SketchUp and Siteworks integrated workflow saved us $25k–$30k by eliminating time-consuming manual measuring and costly rework. It allowed us to quickly verify footing and pad locations, catching physical measurement errors before they turned into misplaced structural elements.
Bridge the gap between 3D models and field operations: easily translate design intent into accurate, machine-readable, and field-ready site data.
