South Galaxy G9 GNSS RTK Measurement System Instrument for Measuring Test Instrument Rover And Base With 1598 Channels

Long-Distance Transmission and Reception: Utilizing a multi-polarization, multi-frequency integrated design, coupled with the latest Farlink radio communication technology, it achieves a long-distance transmission and reception range of 10km with the internal radio.

Automatic Correction: Equipped with an MU inertial measurement sensor, it automatically corrects coordinates based on the tilt direction and angle of the centering pole, eliminating the need for strict centering, achieving "point-and-measure" functionality.

Long Battery Life: It comes with two 3400mAh high-performance lithium batteries that can be replaced without interrupting power. In the handheld network mode, it offers an ultra-long battery life of up to 14 hours, ensuring worry-free operation.

Positioning Accuracy: The Lantu RTK has high positioning accuracy, with a code-differential GNSS positioning horizontal accuracy of 0.25m+1ppm RMS and a vertical accuracy of 0.50m+1ppm RMS. The typical accuracy for SBAS differential positioning is less than 5m 3DRMS.

Initialization Time: The initialization time is less than 10 seconds, with an initialization reliability of over 99.9%.

Positioning Output Frequency: The positioning output frequency range is 1Hz~20Hz, catering to various measurement needs.

High integration creates convenient field work Carrying a new RTK integration technology, Bluetooth, WIFl, GSM antennas are highly integrated into GNSS antenna, that brings you an unprecedented experience of field surveying, making the field work more convenient and easier.

Advantageous SoC (System-on-Chip) platform The GNSS board of G9 is upgraded to the most advanced SoC which is a high integration chip that has 1598 channels for multi-constellation and multi-frequency tracking, efficiently suppresses the interference signals，and obtains higher quality observation data from GNSS constellations.

Intelligent Base signallocking technology Using one-to-one signal tracking and locking technology, and the independent frequency under Farlink protocol, the G9 rover can continuously lock and capture the target base station signal to reduce cross-frequency interference even though other base stations are working nearby with the same channel.The ultimate internal UHF performance The G9 breaks through the constraints on wavelengths based on a SOUTH high-performance UHF module with Farlink communication technology, which increases signal sensitivity and transmission efficiency, and really achieves the goal of 10km ultra-long-distance working range.

Powerful system management--Smart ROS G9 is integrated with the ROS system, which comes with intelligent deployment of multi-mode hardware components, strong computing power and an intelligent scheduling mechanism. and coupling with an ultra-fine memory management mechanism, making the fluency and running speed of the receiver comprehensively improved.

Efficient and reliable tilt measurement Built-in high-performance IMU automatic compensator corrects the coordinates to the pole tip, assisting users to quickly and accurately measure or stake out points at will without strict leveling the receiver. The tilt angle range can achieve up to 60°. Furthermore. the compensation is still available even though the fixed solution is lost for a short time. Users can continue the survey after the fixed solution recovers without initializing the IMU module again, which helps surveyors boost productivity by 30 percent.

Superlong working hours G9 also adopts a dual-battery system design so that it can achieve longer battery life while maintaining strong performance. The hot replaceable function allows you to change the battery one by one when power is low. You can continue with work without switching off the receiver. The G9 receiver is able to continuously work for about 15 hours in Rover+Bluetooth mode with 2 batteries. Power volume is visible synchronously on the control panel.