Combining survey-grade GNSS positioning with OxTS’ best-ever inertial measurement unit, the RT3000 v4 presents a sturdy, out-of-the-box navigation answer for uninterrupted place, orientation and movement information in all environments.
Dependable real-time information
By combining two survey-grade GNSS receivers with OxTS’ newest IMU10 inertial expertise, the RT3000 delivers constant, dependable and correct place, orientation and dynamics information in all environments.
ITAR-free: no export licence necessities
Ship your RT3000 v4 globally with out requiring export licenses. Leveraging developments in OxTS’ navigation engine the RT3000 v4 achieves a brand new degree of efficiency utilizing parts that aren’t topic to export controls.
Low dynamics heat up
The RT3000 v4 will get to specification in inside three minutes of low dynamic motion meanng you now not want to seek out the time and area required for high-dynamics manoeuvres.
Put up-processing instruments included
Keep away from the trouble of subscription licence renewals with OxTS’ complimentary post-processing instruments. NAVsuite, comprises all the purposes you want for machine configuration, real-time monitoring, post-processing and information visualisation.
Prepared for the harshest environments…
+ Quad constellation GNSS help ensures that you just monitor the utmost variety of satellites out there at any given time throughout your route.
+ gx/ix tight-coupling algorithms present sooner RTK reaquisition after non permanent, full outages and permits ‘single satellite tv for pc aiding’ which means uncooked GNSS information could be fed into the navigation engine from a single satellite tv for pc, significantly lowering place drift.
+ Superior automobile mannequin algorithms constrain navigation outputs to these which match the movement profile of land-based automobiles, equivalent to no rotation on the spot, to filter out misguided sensor information.
+ Embedded NTRIP consumer makes it easy to obtain GNSS corrections.
+ Wheel velocity odometer interface reduces place drift additional by aiding the navigation engine with real-time velocity inputs.
