Drones have significant business applications outside of amateurs. One particular area of interest is how this technology might benefit engineers. Engineers are frequently tasked with examining towering or structurally problematic structures.

Facade inspection has grown in importance and cost for property management firms, facilities management firms, building owners, and contractors. Historically, structural engineers would create highly elaborate and time-consuming scaffolding systems, swing stages, and bucket trucks only to look at the side of a structure in order to evaluate vertical facades efficiently.

Telescopic man-lifts and scaffolding configurations can be costly, requiring the building owner to close their company during the process. What may be seen is limited by inspections from hanging scaffold rigs. This is where drone technology can help.

Traditional Facade Inspection Processes

Traditional Facade Inspection Processes - GeoDrones

Scaffolding systems were the sole option to inspect, identify physically, and document existing issues for analysis and, eventually, remediation until recently.

In many situations, building owners in the United States with buildings five or more stories tall are obliged to have a professional architect or engineer evaluate their façade for dangerous problems on a regular basis, which eventually entailed being on-site once the scaffolding was installed.

How Are Drones Used in Facade Inspection?

With significant advancements in drone aircraft capabilities, as well as a new generation of task-based drone software technologies (such as DroneDeploy), the facilities management sector is poised to capitalize on this workforce multiplier by drastically lowering vertical structure inspection time.

How Are Drones Used in Facade Inspection - GeoDrones

Facilities and property management organizations may now securely and efficiently assess and offer repair as soon as 24 hours after an inspection by using drones to collect data.

Facade Inspection Through Vertical Flight

Initially, most automated drone software solutions focused on horizontal mapping for typical applications such as roof inspections, land mapping, 3D elevation modeling, and dozens of other topographical data collecting uses.

With the newest technological breakthroughs, drones can now fly vertically, allowing for practical facade inspection and catching regions that top-down photography just cannot see.

Drone inspections may be used for a variety of purposes other than structural deterioration. Drone data, for example, may be used to record historical information, produce 3D point clouds, document building code compliance, compare as-built conditions, and much more.

How is Drone Technology Making Building Inspection Popular?

How is Drone Technology Making Building Inspection Popular - GeoDrones

As new uses for commercial drones, also known as unmanned aerial vehicles (UAVs), emerge on a regular basis, engineering managers are evaluating how drones might be able to extend the reach and capabilities of their departments and personnel.

Drones can swiftly ascend and fly to the highest points of a building in a couple of seconds. The ability to see these heights from the ground is a tremendous bonus. You may instruct your drone to record and save a video of a particular flying pattern.

You may repeat the flight as long as you automate the pattern or method. This will provide you with side-by-side results over time. This may be pretty handy for tracking the activity of a façade.

Cutting the Travel Expenses

You may need to track multiple properties across multiple regions for facilities and property management, which is why using a web-based portal like ConnexiCore CloudTM would allow all property inspections to be presented at one user interface and provide visibility to your locations in Chicago, New York, or wherever.

When we look into drone building facade inspections, we see that all aerial data is offered in one web platform. Most crucially, the picture data is geo-referenced, indicating the precise GPS position of any abnormalities. Tags and folder structures may also be defined to sort and navigate areas of interest quickly.

Furthermore, you may partition data viewing permission by area by supplying user class-of-service, so a regional manager might only see Texas, Florida, California, or whatever they are in charge of.

Drones can reduce the need for engineers to physically visit an inspection site, eliminating close proximity interaction with workers on a scaffolding system, especially with Covid-related travel limitations.

Better Reporting

Better Reporting - GeoDrones

When you utilize a drone for facade inspections, you may inspect with confidence, capture the exact photographs you need for vertical examination, and upload them instantly from your mobile device. This means you may begin processing right away from the field.

In a particular problem report or a complete inspection report, you may produce printable and shareable PDF inspection reports that include the kind of issue, status, and summary connected with the issue. The inspection report contains all of the issue map locations so that personnel can readily locate each issue, as well as close-up images and all of the issue specifics they need to solve. Inspectors may readily share results with all stakeholders as a result of this.

Enhanced Safety

When it comes to drone safety, it is critical to have flight confidence when the drone is in the air, especially if the drone is just 5 to 15 feet away from the building structure.

As the drone follows its flight route, artificial intelligence software auto-tags abnormalities over the entire facade surface, allowing you to do your building inspection more quickly. Simultaneously, the inspection photos may be uploaded, sorted, and classed in the program, allowing for creating “point-and-click” PDF reports that improve decision support in a fraction of the time.

Conclusion

A smartphone operates the majority of drones. The photographs and movies are kept on the drone’s memory card and may be readily downloaded to a tablet or laptop.

To assist in interpreting the structural state of the structure, video clips can be shared with the building owner, colleague engineers, and facilities management. Engineers can more correctly build up their designs and related repair costs if they know the entire degree of the damage.

The sky is the limit for this remarkable technology, all puns intended. There are several potential uses for the usage of drones in inspections. And we’re merely touching the surface right now.