Topographic Surveys And Site Plans in City of North Vancouver

Topographic surveys and site plans form the critical baseline for any architectural design, engineering, or real estate development in City of North Vancouver. A plan of topography is a specialized document, prepared by a commissioned British Columbia Land Surveyor (BCLS), which illustrates details and information gathered during a systematic field survey, often combined with data from other sources such as as-built records, service location records, and underground feature delineations. Under the Land Surveyors Act, the "practice of land surveying" is legally defined to include the measurement of land to determine the location of any natural or artificial feature relative to a boundary for the purpose of certifying it in writing. Consequently, if your site design requires mapping physical features in relation to your property lines, it is an exclusive statutory right reserved solely for a BCLS.

While site plans and plans of topography are considered "non-statutory plans" because they are not filed in public registries like the Land Title Office or Crown Land Registry, they carry legal and regulatory significance, as they frequently accompany municipal development permits, zoning amendments, and building applications. Our professionals rigorously adhere to the standards of conduct and professional practice set out in the Association of British Columbia Land Surveyors (ABCLS) Bylaws and the Professional Reference Manual to ensure high public protection. Furthermore, we ensure strict compliance with local government bylaws in City of North Vancouver, ensuring that physical features and structures are depicted and labeled in exact conformity with municipal definitions and setback requirements.

To achieve the absolute and relative accuracy standards required by your design team, our firm deploys a cutting-edge arsenal of geomatics equipment. During the preliminary mapping of your site, we utilize Aerial Drone Photogrammetry and Aerial Drone LiDAR to penetrate dense vegetation and generate accurate 3D topographic terrain models. We establish a robust primary survey control network using Static GNSS and RTK GNSS Receivers, integrating the site into the official coordinate reference systems and establishing precise vertical datums, such as the CGVD28 or CGVD2013. In dense urban corridors or under heavy timber where satellite signals are obstructed, our crews deploy high-precision Robotic Total Stations to run closed-loop traverses. When mapping complex existing infrastructure or intricate heritage facades, we utilize Terrestrial LiDAR (3D laser scanning) to capture high-density point clouds, guaranteeing that every physical feature is documented.