RTK GNSS positioning verification
Topographic Representation for Excavations | Trimble R12i
Real-time direct referencing with Trimble R12i
RTX: Over a decade of precise point positioning
Case 5 Trimble R12i | Drone integration
RTK Positioning: Recommendations and Care
Where to measure an instrumental height on a Trimble GNSS receiver?
Case 4 Trimble R12i | Earthwork Cut Sheets
This activity involves some risks associated with falls at the same or different levels, which can be avoided by using R12i's tilt measurement functionality.
Case 2 Trimble R12i | La Serena Lighthouse Survey
A comparison between GNSS and Total Station
Trimble R12i Experience | Case 1
Our colleague Frank Núñez demonstrates a Trimble R12i GNSS system in a very common operation, showing the gain in productivity without sacrificing precision, based on two fundamental elements of Trimble technology: ProPoint and TIP.
Trimble R12i: Just Another GNSS Receiver with IMU?
ProPoint™ Technology in Trimble DA2
One of the requirements for proper GNSS observation is to have a clear sky to achieve good tracking of the signals sent by the satellites. This requirement seems to be an unavoidable condition for GNSS; however, Trimble has introduced significant improvements in the RTK processing engine for its new GNSS receivers.
Trimble R12i as an internet base station
Why not consider a roving GNSS base that can broadcast differential corrections over the internet? This is precisely what Trimble R12i achieves.
Geomonitoring with Trimble RTX