The Next-generation INS/GNSS Post-processing Software
The economical solution for entry-level navigation
Want to enhance your entry-level navigation solution?
Qinertia LITE is an economical solution offered with the SBG Ellipse miniature inertial sensors. Whether your survey is UAV or Car based, Qinertia improves trajectory and data analysis.
Your Full-featured INS/GNSS Post-processing Solution
Want to improve your navigation data, to access further analysis, to fix some outages in your trajectory?
Qinertia PRO gives access to post-processing to all SBG sensors, in all applications/environments. Qinertia will save your day!
+ 7,000 Base Stations always up-to-date
After the mission, Qinertia gives access to offline RTK corrections from more than 7,000 base stations located in 164 countries - and always up-to-date.
Tight Coupling Post-processing
Advanced tight coupling algorithm has been designed by SBG Systems to deliver the highest accuracy and maximize RTK availability.
Virtual Base Station (VBS)
When you are far from a base station, Qinertia automatically generates a Virtual Base Station (VBS). This VBS is created at the nearest place of your trajectory in order to achieve the best position accuracy.
Easily share your floating license with your team. We offer flexible licensing options (perpetual or subscription) to best fit your needs.
The Next-generation PPK Software
The Fastest Processing
Less than 3 minutes for a 6-hour log thanks to Forward and Backward computation at the same time.
Advanced Quality Indicators
Interactive Advanced parameters: separation, standard deviation, bias, scale factor, lever arm.
Processing Made Easy
Automatic Lever arm and alignment estimation & integration of aiding equipment with specific error models.
Qinertia post-processing software enhances inertial navigation systems performance
Discover SBG Systems
Discover the company, how we design, manufacture, and how we calibrate our inertial sensors.
Navsight Apogee Marine
Motion & Navigation Solution for Hydrographers
Compact Advanced RTK Inertial Navigation System
Cost-effective Dual Antenna RTK Inertial Navigation System