Inertial+
The perfect route to upgrading your GNSS.
Protect your investment and combine your GNSS with our Inertial+. Designed as a drop in component, the Inertial+ blends accelerometers and gyros with data from an external GNSS receiver. It gives smooth, continuous position measurements, even in poor GNSS environments. The Inertial+ is a true Inertial Navigation System at an exceptionally low cost.
Please see below for an overview of the system.
Smooth PositionGPS often jumps because of multipath and changes to the satellite constellation. The Inertial+ measurements are computed from the gyros and accelerometers, which do not jump. GPS is used to update these measurements and prevent them from drifting.
Continuous Position
Even when GPS is not able to make a measurement, the Inertial+ will output from its inertial solution. Using a wheel speed odometer input the drift rate in position can be as low as 5 metres in 2 minutes.
6-axis Inertial Navigation System
Use Your GPS Receiver
No jumps in position
Roll/Pitch
True Heading
Accurate Measurements
GPS Time Aligned
Shutter Time Capture
Distance Output
Wheelspeed/Odometer Input
100 Hz or 250 Hz Updates
Real-Time
Low Latency
2 GB Logging
Quick Installation
Compact Size.
Aerial Survey
Inertial+ sensors transform existing GPS receivers into integrated GPS/INS providing real-time georeferencing measurements.
Agriculture
Enhance the accuracy and increase the reliability of GPS systems so they continue to operate during GPS signal black-outs around trees and buildings.
Asset Management
From street furniture to pylons, the Inertial+ provides the information you need to efficiently survey the position of your assets.
GIS data acquisition
Additional measurements like roll/pitch and heading, available in real-time and post-process and an increase in GPS accuracy and reliability.
Land Survey
Our gx/ix algorithms maintain 2 cm RTK accuracy more reliably when operating in difficult urban conditions or around trees.
Road Survey
Link your existing GPS receiver to an Inertial+ to prevent position drop-out under bridges and in tunnels, and increase accuracy in built-up areas.
Mobile Mapping
Additional inertial measurements increase the accuracy and reliability of GPS receivers and make georeferencing easier.