Flight time depends on more than battery life, and this blog breaks down why it’s not the most important factor in getting the job done right and fast.
Category: Drone know-how
These two satellite location data correction methods have been around a while for terrestrial surveying, but when applied to drone mapping, their differences impact reliability and ROI.
Learn why all mapping drones in wind will face limits and which ones are designed to deliver robust, reliable data at higher levels.
When comparing LIDAR vs. photogrammetry, so much depends on the application–learn how these systems work, their strengths and which one is right for you.
Are you paying more for a cheap drone? Learn how survey drone costs impact result quality and ease of workflow over the long run.
Learn why ground sample distance (GSD) is the basis of your drone map’s accuracy, and how it influences the amount of data you gather and process per survey.
In this webinar we discuss step-by-step actions to prepare for your highly accurate mapping mission, data collection process and data post-processing in order to achieve the best results.
Tailsitters vs. quadplanes – why a VTOL tailsitter is the best surveying drone for your mapping missions
In this article, we will examine the key differences between the two, and highlight the advantages that tailsitters have over quadplanes.
Since we have run tests and proven 1 cm (0.4 in) drone survey accuracy, we’re sharing the steps that we find mandatory for you to get these results yourself.
The recent Wingtra white paper on Reaching 1 cm (0.4 in) Absolute Accuracy showcases that the VTOL WingtraOne drone reaches three times higher accuracy than what other fixed-wing drones can achieve.