Your building’s roof might be simple to overlook – until it isn’t. Weathering and aging and less apparent hazards like storms can steadily erode the performance and stability of your roof until you find yourself in need of emergency repairs and facing a much higher cost than you anticipated.

Presently, many building experts use unmanned aerial vehicles (UAVs) to survey buildings to examine the state of roofs for maintenance, repairs, taking measurements, or other objectives.

Drones have transformed how property owners and contractors think about roof evaluation, from lowering man-hours to assuring complete analysis.

Why Roof Inspections By Drone Is Best Now

Why Roof Inspections By Drone Is Best Now - GeoDrones

Roof inspections using a drone provide several advantages, including decreased time, labor, danger, and, ultimately, a high return on investment for contractors and property owners. The following are some of the primary reasons why contractors and property owners throughout the world are moving to drone roof inspections:


Drones can reduce inspection expenses in a variety of ways. It reduces the need for equipment, labor, and time.

Removing the need for ladders and other heavy climbing and access equipment minimizes the need to buy or rent them and the hazards associated with them. As a result, there is no need to ensure the personnel or the equipment.

Free of Risks

In contrast, drone-based inspection eliminates the requirement for a human worker at the inspection site. A typical roof evaluation involves the operator or drone pilot inspecting the roof from a safe distance.

A drone usually only needs the necessary sensors, such as thermal, picture, and video cameras, to do a superficial examination. GPS, gas detectors, and other alternatives may be incorporated to enhance the functionality.

Free of Risks - GeoDrones

Better Accuracy

Drones can collect measurements, photos, and videos from exact locations and angles. This is generally a useful function when you need to explain or confirm some minor information. This task just takes a few minutes.

This is impossible when utilizing manual techniques, which sometimes entail trial and error and are never guaranteed to duplicate an activity completed previously correctly. It becomes considerably more complicated when a different worker must do the same task.


Drone inspections do not need the shipment, assembly, or setup of heavy access equipment. As a result, the time required to do the actual inspection after planning is reduced. A drone examination is also considerably more accessible and faster to arrange than a traditional technique.

The examination takes approximately 10 to 30 minutes to complete and communicate the results to a central location once it begins. Depending on the complexity of the roof, a traditional procedure might take a whole day or more.

How To Choose The Best Drones For Roof Inspections

How To Choose The Best Drones For Roof Inspections - GeoDrones

When looking for the best drone for your next roof inspection, there are several aspects to consider. The best option will most likely rely on the nature of the projects you’ll be undertaking, such as whether they’ll be roofing-specific or incorporate other surveying work.

Light Weight

You’ll want a lightweight drone for peak roof inspection performance. Unlike more extensive surveying operations, which may include taking shots of several miles of land, a roof survey will require a drone to pivot fast and photograph relatively tiny features, such as chimneys. As a result, you’ll need a quick-moving drone.

Professional Design

You’ll almost certainly want to use a drone built for commercial use. Enterprise drones are often more durable and dependable than hobby-use equivalents, and they may be used with specialized industry-specific payloads and software.

Top drone companies, such as DJI, are also more likely to give their corporate clients a better degree of after-sales support and maintenance since enterprise drones are more likely to be used regularly and placed in situations where they can sustain more wear and tear.

Autonomous Drone Path

The capacity to select an independent flight route is an essential feature for a roof inspection drone. Roof inspection assignments, particularly those focused on a specific condition or quality, may be challenging to record completely manually. An autonomous flight path allows you to plan your drone’s route ahead of time and make changes.

Drone Flight Range

Aside from time, the flying range of a drone is a crucial issue to consider, especially when inspecting distant structures. Together with a flying range, it removes the need to physically approach each building and is perfect when there are several buildings to inspect, such as a block of flats or a housing estate.

Sensor Quality and Types

Sensor Quality and Types - GeoDronesClear and better photographs require high-quality cameras. As a result, depending on the needed information, it is critical to pick a drone with the appropriate thermal, image, and video cameras and other sensors.

GPS Features

The geographical location system makes controlling a drone considerably easier (GPS). The autonomous flying mode allows pilots to focus on roof inspection, camera positioning, and other vital tasks rather than trying to operate the UAV device.

Final Words

Roof inspections using drones are safer, quicker, and less expensive. They additionally allow inspectors to collect a broader range of data, which is more accurate. Traditional manual techniques typically have various drawbacks, and businesses may avoid them owing to high prices, increased dangers, and time-consuming inspections.