Workflow for 3D surveying using UAVs! Efficiently providing 3D data.
Our company efficiently provides a public surveying manual (draft) using unmanned aerial vehicles (UAVs) and 3D data compatible with i-construction. UAV-based 3D surveying can be applied in cases where capturing the actual object is difficult or when the cost performance of surveying the actual object (photogrammetry, laser surveying) is poor. You can rely on us for creating 3D point cloud data using UAVs. 【Applicable Scenarios for 3D Surveying with UAVs】 ■ When capturing the actual object is difficult ■ When the cost performance of surveying the actual object is poor (photogrammetry, laser surveying) ■ As an alternative method to ground surveying ■ For construction management using 3D data ■ Supplementary surveying for photogrammetry and laser surveying *For more details, please refer to the PDF document or feel free to contact us.
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【Workflow for 3D Surveying Using UAVs】 ■ Determining the observation range (desktop/field) ■ Developing the flight plan (desktop) ■ Installing aerial markers (field) ■ Aerial photography using UAV (field) ■ Actual measurement of aerial markers (field) ■ Checking for missed shots (field) ■ Inputting aerial photography and actual measurement data into SfM software (desktop/field) ■ Processing photogrammetry with SfM software (desktop/field) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company is engaged in business centered around aviation, primarily focusing on helicopter operations, and spatial information services that include map creation and consulting related to municipal assets and disaster prevention. In the aviation sector, we offer a wide range of services, including top-class air medical transport operations in emergency medical situations, transportation of supplies to mountainous areas and offshore locations that are difficult to access from the ground, as well as aerial photography and news coverage. On the other hand, in the spatial information sector, we utilize cutting-edge digital sensors such as sound waves and electromagnetic waves to create and provide high-precision spatial data by integrating measurement technologies (such as aerial laser measurement, mobile mapping systems, and underwater exploration) with analysis techniques tailored to specific purposes. With safety and trust as our foundation, we will continue to strive for a customer-first approach.