RTK Network Subscriptions High-Accuracy Positioning for Professional Drone Mapping
Improve the accuracy of your drone surveys, mapping projects, and 3D models with RTK Network Subscriptions from Drone Safe. Powered by our trusted positioning partner, Premium Positioning, these subscriptions provide reliable access to a professional RTK correction network, helping RTK-enabled drones achieve centimetre-level accuracy in the field.
Whether you're creating detailed 3D models, conducting land surveys, inspecting infrastructure, or generating accurate orthomosaic maps, an RTK Network Subscription can significantly reduce positioning errors and improve the quality of your data. By receiving real-time correction data through the RTK network, your drone can achieve more precise positioning without relying solely on traditional ground control points, saving valuable time during both data capture and post-processing.
Key Benefits
- Centimetre-level positioning accuracy for RTK-enabled drones
- Improved accuracy for 3D modelling and photogrammetry projects
- Reduced need for ground control points (GCPs)
- Faster workflows and reduced processing time
- Reliable network coverage through Premium Positioning's professional RTK infrastructure
- Suitable for surveying, construction, agriculture, inspection, and mapping applications
Compatible With
RTK-enabled drones from leading manufacturers, including DJI Enterprise RTK platforms and other compatible GNSS-equipped UAVs capable of receiving NTRIP correction data.
Why Choose Drone Safe?
Drone Safe provides professional RTK Network Subscriptions backed by industry-leading correction services from Premium Positioning. Our team understands the requirements of drone operators and survey professionals, ensuring you have access to reliable positioning services that help deliver accurate, repeatable results on every mission.
Take your drone mapping and surveying projects to the next level with a Drone Safe RTK Network Subscription and experience the precision needed for professional-grade geospatial data collection.