Industry
UAV mapping
Reliable GNSS-aided Direct Georeferencing systems enable UAV operators to produce highly accurate imagery and data even in the most demanding conditions. Our advanced Trimble UAV board sets empower UAVs to perform accurate and precise mapping tasks, no matter how challenging the conditions.
Accurate and precise positioning solutions for UAV survey
Trimble Applanix provides industry-leading sensor fusion technology (GNSS + INS) that offers continuous, highly accurate mobile positioning and orientation for any UAV application. For survey, mapping, GIS data collection, and infrastructure inspection, our technology ensures reliable and precise data georeferencing, even in the most challenging environments. Trimble products collect and georeference complex data efficiently, maintaining productivity and safety in all conditions, from remote wilderness areas to bustling urban developments.
Applanix DG for UAV products, with any of the sensors below, will turn your UAV into a professional mapping solution:
- RGB Camera
- LiDAR
- Multispectral
- Hyperspectral
- SAR
- Thermal
Associated applications:
- Agriculture
- Pipelines
- Mining/Geology
- Railways
- Rapid response
- Inspection
- Power transmission
Select the right products and services for your solution
Trimble APX RTX
The Trimble APX RTX offers premium direct georeferencing solutions for UAV mapping sensors, enabling OEMs and drone payload integrators to easily achieve high-accuracy mapping in variable environments.
Trimble APX UAV
A high-performance GNSS-inertial (GNSS + INS) OEM solution for UAVs, offering enhanced mapping efficiency and accuracy in a compact and lightweight design
Trimble AP+ Air
The Trimble AP+ Air GNSS-inertial (GNSS + INS) system is a compact and versatile OEM solution designed for robust airborne positioning and direct georeferencing, seamlessly compatible with both UAVs and crewed platforms
Applanix POSPac MMS
GNSS / INS direct georeferencing software for air, land and marine applications
Trimble GNSS augmentation planner
Utilize worldwide CORS database for GNSS/INS trajectory processing