EnviroCLEAN

Our cleaning drone is tethered to a cleaning system on the ground and utilizes a low-pressure cleaning method. The drone uses environmental safe cleaning solutions to do the "heavy-lifting" of cleaning, rather than relying on high pressures, or depending on ladders and rappel gear that can be dangerous for crew members.

LA Drone Services utilizes thermal cameras to offer endless possibilities. In the following, we will mention and explain in more depth some of the main advantages of their use in precision agriculture.

1. Increased data collection capability. Thermal cameras make it possible for UAVs to have a greater capacity to collect data related to, for example, temperature. This allows drones to obtain more information and enables much more optimal decision making.
2. More possibility for analysis. Thermal cameras make it possible for data analysis to be much more complete and the information available is of great help for the corresponding decision making.
3. Accuracy. Thermal cameras are able to collect much higher quality data, i.e. the precision with which this type of technology works is very high. The information that drones with thermal cameras are capable of storing is very precise, which is one of their main advantages.

LA Drone Services utilizes LiDAR Technology for multiple purposes, such as:

• LiDAR technology does not require good light conditions to collect points. The sensor emits its energy so it can capture points both day and night.
• LiDAR systems are capable of offering a very high point density. For example, mid-range commercial devices are capable of generating between 300 and 1,000 points per square meter.
• Related to the above, it is capable of rebuilding fine elements such as cables and power lines.
• They are teams with very high productivity since they require less overlapping of flight lines (20%-30%). In addition, each "pass" of the drone usually covers a greater width than with the most common cameras. An easy rule of thumb is to consider the width to be twice the flight height.
• In general, each measured point generates a more precise coordinate than the equivalent with photogrammetric methods