GROUND SURVEYS
MLA’s Topographic Design Surveys utilize automated methods for field data collection and office mapping. Prior to project commencement, we work with clients to establish layering and point description strategies. Our software supports flexible layer naming and detailed point descriptions. Data interchange with other applications is seamless via DXF, DWG, MicroStation Design Files, and standard user-defined ASCII file formats.
Topographic features are electronically field-collected and identified using numeric description codes. Upon downloading the data into our system, points are automatically assigned comprehensive alpha descriptions (up to 100 characters), symbols, line types, pen numbers, and layers. This flexible process can be tailored to integrate seamlessly with existing client systems.
Linework is automatically generated by layer, point number sequence, proximity of points, or via user-defined mapping strategies using feature codes. Vertical ‘break line’ points are connected automatically and categorized into appropriate layers. Computer-generated digital terrain models and contours are produced swiftly. Working drawings are generated efficiently, ensuring minimal editing is required to complete final design base sheets.
AERIAL SERVICES
MLA utilizes Photogrammetric and/or LIDAR technologies for collecting aerial data. All pilots employed by MLA hold FAA licenses, ensuring compliance with FAA regulations outlined in Section 107 of Title 14 Code of Federal Regulations (14 CFR). Below are several aerial services MLA offers:
Ortho-mosaic Imagery
This service captures diverse aerial data and monitors progress through high-definition aerial views. It enables clients to efficiently oversee sites with high-resolution images and maps derived from drone-collected data. Comprehensive site views facilitate project monitoring and reporting. Ortho-mosaic Imagery also meets the requirements for Land Title Surveys by accurately depicting feature locations where ground measurements are otherwise unnecessary.
Digital Surface Models
These models present colored elevation representations of a property. Elevation data undergoes validation using conventional survey tools such as robotic total stations and GPS. Additionally, topographic survey contours can be extracted from the Digital Surface Models.
