The introduction of drones in the surveying and mapping industry can improve and enhance construction supervision and planning, and carry out real-time measurements. The use of surveying and mapping drones in construction projects can fully reduce the intensity of surveying and mapping tasks and improve the efficiency and accuracy of surveying and mapping work.
Why use a surveying and mapping drone?
The urbanization process in the United States has entered 2023, and the construction industry will continue to prosper along with the development and growth of cities. As for the quality control of construction projects, it will be an important task.
From preliminary survey and design, to mid-term construction management, to inspection and maintenance after project delivery, Drones with visible light, thermal imaging, and RTK modules can run through the entire project cycle.
Using the maneuverability and efficiency of drones to provide all-round supervision, improve the awareness and service capabilities of engineers, help them maintain competitiveness in the international market, and ensure that the engineering industry continues to innovate and advance.
Pain points of traditional engineering measurement
- Limited Results
Traditional surveying and mapping results are limited to line drawings, and cannot provide visual models for acceptance or results display.
- Data Acquisition Challenges
In urban locations specifically with buildings and constant obstructions, it is near impossible to provide a safe and controllable flight path to collect building facade data, and it is difficult to do defect analysis on materials such as glass.
- Lacking Supervision
With particularly lengthy projects, construction often lacks effective monitoring methods. Conventional video also has some limitations in managing large amounts of data, making it difficult to obtain and retain effective key information on a project or its status.
- Difficult To Measure Earthwork
During the construction process, the earthwork volume is notoriously difficult to calculate, the measurement efficiency is low, and the personnel investment is large.
The Business Value of Surveying and Mapping Drones
Intelligent Route Planning
Aircraft can achieve be controlled flexibly, and can provide route simulation functions and facade route planning for single and multiple three-dimensional buildings, effectively improving collection efficiency, flight safety and mold release quality.
Active Calculation And Analysis
The dual-light camera can collect visible light and infrared photos at the same time, providing infrared data analysis basis for project management and construction processes. Infrared results can be used for defect analysis, and visible light results can be used for work engineering supervision and calculation.
Easy Cloud Service Sharing
Project progress, project supervision photos, and project acceptance results can all be shared by multiple terminals and users based on cloud services.
Autel surveying and mapping drone Recommendation Column
| Solution 1 |
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Autel Mapper
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Centimeter-Level & High-Precision Positioning System | No GCP Required | 640*512 Thermal Camera |
3D Modeling | 2D Modeling | Efficient Processing | Flexible And Convenient |
| Solution 2 |
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Autel Mapper
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720° Obstacle Avoidance | Non-GPS Return-to-Home | 42 Mins Flight Time | Automatic Obstacle Rerouting |
Autel Mapper
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