OUR EXPERTISE

Engineering-grade terrain & surface intelligence

for informed planning and design.

Terrain & Surface Modeling

Engineering-grade terrain models built for real decisions.

We produce high-accuracy terrain and surface models used in feasibility studies, pre-design evaluation, and early-stage engineering. High-resolution orthomosaics provide the visual + analytical foundation that anchors these models in real-world context. Our deliverables are structured for grading analysis, drainage understanding, and constraint identification — not just visualization.

• Orthomosaics, DTMs, DSMs, contours, and breaklines

• Large-area and complex terrain support

• Clean, decision-ready surfaces — not raw data dumps

Pre-Design & Feasibility Support

Reduce risk before design dollars are spent.

We provide early-stage terrain and spatial analysis that helps teams understand feasibility, constraints, and risk before committing to full design or construction.

• Site feasibility and constraint analysis

• Terrain-driven planning insights

• Data that supports go / no-go decisions

This is where projects either get cheaper — or expensive. We help keep them informed.

Integrated Data Sources

The right data, combined correctly.

We integrate multiple terrain data sources into a single, coherent model — selecting methods based on accuracy requirements, project scale, and intended engineering use.

• Photogrammetry (high-resolution orthomosaics and surface extraction)

• LiDAR (existing datasets and project-specific acquisition)

• GIS and existing survey datasets

The result: consistent, defensible terrain surfaces engineers can trust.

Engineering-Ready Deliverables

Built to drop directly into your workflow.

Our outputs are structured for use in engineering, planning, and GIS environments — not locked inside proprietary formats or “pretty-only” visuals.

• CAD / GIS-ready surfaces

• Clean structure and organized layers

• Built for downstream design and analysis

Data Acquisition & Measurement

Accurate inputs are the foundation of defensible terrain models.

• High-resolution orthomosaics for visual and spatial context

• 2D and 3D topographic data collection

• Digital elevation and terrain models (DEM / DTM)

• LiDAR acquisition for detailed as-builts and surface definition

• Volumetric measurement for stockpiles and earthworks