Construction and Infrastructure Monitor with drone

The use of drones in the construction industry has proven to be an invaluable tool for monitoring construction sites and infrastructure, allowing efficient and accurate collection of aerial data at all times. The rapid expansion of the construction industry and the constant approval of new developments highlight the importance of obtaining and understanding detailed site information prior to commencing work, as well as ensuring optimal operations once work has begun, to ensure timely project delivery.

The aerial knowledge provided by drones can significantly increase efficiency in the monitoring of works and infrastructure and ensure early detection of any potential problems, thus avoiding increased costs and project times. Our professional drone operators are highly skilled at capturing images and construction data in innovative ways that provide high-quality aerial information for detailed progress reports while generating high-resolution content for marketing purposes.

Improved project management

Drones provide an aerial view of construction sites, allowing managers and site managers to accurately track construction and infrastructure progress over time, monitor deadlines and detect errors or problems early. These images also facilitate communication within the site and with stakeholders, allowing remote access to information without compromising the security of personnel. In addition, drone imagery reduces guesswork and misinterpretation, resulting in more efficient and safer project management.

Resource savings

The construction industry faces complex challenges and frequent budget overruns and project delays. However, drones offer a solution to overcome these difficulties.

Drones stand out for their superior efficiency compared to traditional methods, which translates into time and money savings. In a single flight, they can collect highly accurate data, eliminating the need for tedious hours of manual field work. Drones also optimize site inspections, avoiding the use of costly and dangerous manual techniques, such as rope access for building inspections. Using high-quality, real-time aerial imagery, drones enable early detection of physical damage, water leaks or electrical problems on roofs and facades.

Data in digital format for processing

Drones can transform mapping data into 3D models and detailed 2D maps. By digitizing the job site, builders gain actionable information for analysis and decision making. Drones collect highly detailed and complete topographic data, avoiding the need to return to the site for additional information, saving time in the process.

In a single flight, drones acquire accurate information, such as high-quality visual images and georeferenced data that can be processed by photogrammetry software. This is useful for building digital terrain and surface models, performing mass, distance and volume calculations, creating building information models (BIM) and 3D reconstructions, as well as generating 2D maps and orthomosaics.

CAD overlays are also possible by placing the design drawings in front of an as-is photo of the site. All of this information provides a comprehensive overview of the site and serves as a solid foundation for project management, periodic coordination and project reviews in the construction industry.

Drones are a valuable tool for the construction industry because they can help improve efficiency, accuracy and safety. Drones can help builders to:

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Collect survey data quickly and accurately.

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Create 3D models and detailed 2D maps.

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Identify risk areas.

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Perform safety inspections.

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Deliver materials and tools.

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Monitor the progress of a project.

Drones are a versatile tool that can help builders improve the efficiency, accuracy and safety of their projects.

Accident risk reductions

Drones are an effective solution to reduce risks on construction sites. The construction industry is one of the most dangerous industries, with high accident and fatality rates. The fatality rate in construction is four times higher than that of other industries, with the main causes of accidents being: falls from heights, collisions with moving vehicles and being struck by moving objects.

To address this problem, drones are gaining importance in construction. By using drones on construction sites, personnel can be moved off the ground away from potentially hazardous areas. This can help reduce the risk of accidents and injuries. For example, drones can be used to inspect structures from above, which can help identify potential hazards before they become accidents.

In addition to reducing the risk of accidents, drones can also help improve construction site safety by providing greater visibility of the construction site. This can help workers identify potential hazards and take steps to avoid them. For example, drones can be used to create 3D models of construction sites, which can help workers visualize hazards and plan their work more safely.

Drones are used in the construction industry to track progress, save time and resources, and collect real-time data to better understand events on site.

Advantages of the use of drones in the monitoring or evolution of works and infrastructures

In the construction industry, drones are used for various functions, such as:

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Efficient data collection: Drones enable fast and accurate aerial data collection over the construction site, resulting in more informed and efficient decision making.

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Low cost: Compared to traditional methods, the use of drones for construction and infrastructure monitoring and data acquisition results in considerably lower costs.

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Improved surveillance and safety: Drones can monitor hard-to-reach or hazardous areas, reducing worker exposure to potential hazards and improving construction site safety.

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Accessibility to external areas and perspectives– Drones can access remote locations and provide aerial perspectives that would be difficult or impossible to obtain otherwise.

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Real-time project monitoring: Drones provide the ability to monitor project progress in real time, allowing faster response to changes or emerging issues.

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Marketing material: High quality aerial images and videos captured by the drones can be used to promote the project and show the evolution of the work.

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Thermal imaging capabilities– Some drones are equipped with thermal imaging cameras, allowing detection of problems such as heat leaks or high temperature areas in the construction.

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3D mapping: performed with a drone is the process of capturing data and generating a three-dimensional model of the terrain, infrastructure or structures using high-resolution aerial photography and photogrammetry techniques.