Collecting data with an inertial navigation system requires software that allows you to monitor, visualise, and post-process your data. NAVsuite enables you to do all those things, including running powerful post-processing algorithms, for free.
Set your INS up exactly how you want it. Create as many configurations for your INS as you need, or extract a configuration from a previous data collection. A handy visual guide and step-by-step wizard makes sure everything is set up to the right specification. You can also check your device’s firmware and feature codes.
See the measurements that matter to you, either using our ready-made templates or creating your own. Set thresholds for each metric so you can see at a glance whether your data meets your requirements. View data from any device live on your network, in real time.
Improve data accuracy by applying differential corrections and our powerful forward/backwards processing and gx/ix algorithms in NAVsolve. You can reprocess data using different configurations to correct errors or test new scenarios.
Your data, on a graph. Export data in a variety of formats including spreadsheets, KML, binary, or images. NAVgraph preserves system performance even when viewing large files and multiple measurements.
NAVbase gives you control over your RT-Base S or GPS-base settings, including which type of corrections to receive and how long you want it to average satellite positions to maximise position accuracy.
You can also check the status of each base station, including the number of satellites it can see and each one’s known position.
Achieving the right levels of accuracy in challenging GNSS environments is crucial for many projects.
OXTS’ proprietary processing algorithms and software help you achieve accuracy levels that rival FOG INS performance, even in urban canyons.
An OXTS INS can integrate single-satellite aiding data into its navigation solution, and reduce the time taken to reacquire RTK lock, in real time. Using NAVSolve, you can reprocess your raw data and still benefit from gx/ix tight-coupling processing.
In areas where GNSS signal is lost and then reacquired, inertial data can be processed backwards from the reacquisition of signal and combined with the same data processed forwards from the loss of signal to reduce IMU drift.
NAVsolve CMD is a cross-platform processing tool that allows you to integrate NAVsolve into other workflows and applications for no-touch processing.
For developers building their own applications for processing and monitoring their inertial data, NAVsdk gives you everything you need to add our capabilities to your project.
There are lots of options for building your inertial navigation system. If you’d like to talk through your project with a member of our team, we’re here to help you build your inertial navigation solution.
