At Core Capture, we produce detailed 2D CAD drawings derived from high-accuracy LiDAR laser scans. Our as-built drafting services provide architecture, engineering, and construction (AEC) teams with clean, accurate floor plans, elevations, and sections that reflect true site conditions—ready to be integrated into your design or renovation workflows.

Whether you’re updating outdated blueprints, planning renovations, or coordinating construction, our 2D deliverables offer a reliable foundation for design and documentation. Each drawing is created with precision, ensuring consistency with on-site dimensions and supporting faster approvals, better communication, and fewer project surprises.

From space planning and permit sets to MEP coordination and documentation, Structra’s CAD drawing services turn complex scan data into streamlined visual plans—saving time, reducing rework, and enhancing project clarity from the start.

2D CAD (Computer-Aided Design) drawings are technical representations of physical spaces, showing accurate layouts, dimensions, and details in plan, elevation, or section views. These drawings are essential for communicating existing conditions and guiding design and construction processes. At Structra, we generate CAD files directly from laser scan data—ensuring every line, wall, and detail is grounded in reality.

After scanning your site with high-precision LiDAR technology, our team registers and processes the data into a detailed point cloud. From this digital dataset, our technicians trace and draft architectural features using industry-standard CAD software, producing clean, accurate 2D drawings in formats like .DWG and .PDF. This process ensures alignment with existing conditions and supports everything from design planning to permit documentation.

We typically provide 2D CAD files in .DWG, .DXF, and .PDF formats, compatible with Autodesk AutoCAD and other drafting platforms. We’ll work with your team to ensure the deliverables integrate seamlessly with your workflow and project standards.