Traditional methods | Drones | |
---|---|---|
Equipment | Hiring, transportation and use of specialized equipment for climbing and walking on the roof. | Roof surveying with drones does not require any special equipment and can be deployed immediately. |
Time | Planning and collecting the roof data can take a whole day. | A drone can typically capture a roof in 5 minutes. |
Risk of falling | Climbing up and down and walking on roofs involves risks of falling and injury. | Drone flights are autonomous and do not require humans climbing the roof to take measurements. |
Hiring, transportation and use of specialized equipment for climbing and walking on the roof.
Planning and collecting the roof data can take a whole day.
Climbing up and down and walking on roofs involves risks of falling and injury.
Measuring with drones does not require any special equipment and can be deployed immediately.
A drone can typically capture a roof in 5 minutes.
Drone flights are autonomous and do not require humans climbing the roof to take measurements.
Quickly, automatically, and safely capture rooftops with a drone. The flight and capture process typically take less than 5 minutes.
Import the images to Pix4D software and get an automatically generated, scaled, and measurable 3D model of your roof. Quickly measure your rooftop or calculate available space for solar panel installations.
Export the 3D model to your preferred PV Design and Simulation Software for further analysis. Pix4D's software is compatible with most well known third party solar panel software.
Better plan the cost, time, and equipment needed for installation by accurately measuring your roof to estimate how many solar panels can be installed
A detailed 3D model will tell you the exact location of all roof elements to accurately plan and implement your building/renovation project