For outdoor robotic applications, GNSS technology’s levels of accuracy range from sub-meter positioning to decimeter and centimeter levels in real time, depending on the specific application. read more
The Australian Space Agency has funded the development of an Australian aerospace-grade GNSS receiver to use in rockets, satellites and aircraft. read more
Inertial Labs and Sony have partnered to integrate lidar technology into Sony’s Airpeak UAV. read more
In one way or another, GNSS is constantly in the news, even though it rarely makes the headlines. Three recent articles prove this point. read more
Iridium has entered a five-year agreement with L3 Harris to provide satellite time and location (STL) service to more than three dozen L3Harris-operated communications network backbone nodes and a similar number of FAA facilities. read more
Current state of the art multi-frequency GNSS receivers operate by receiving L1 first and then L5. L5-first is a viable answer to the call for more resilience in GNSS as is being discussed in government and technical circles to protect vital national infrastructure. It is suggested as part of “Toughening Category 4: Signal Alternatives” to protect, toughen and augment (PTA)... read more
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