AlphaGeo Matrix II IMU-GNSS

MATRIX II is a compact new generation of smart laser AR RTK designed for any surveying project using the latest GNSS technology. This receiver is equipped with all modern required connectivity modules: Bluetooth, Internal radio, WIFI & 4G modem.7000mAh Built-in battery, IMU tilt technology and WebUl are other latest technologies used in MATRIX II receiver.

Right to the point with AR real scene stakeout
When the stakeout points are marked directly on the ground, surveyors can easily find the exact location of the stakeout points. By following the arrows on the real-life map, you can stake out points in one go, without having to move the pole back and forth, making the stakeout work more accurate and efficient.

LASER
Laser survey opens a new mode of measurement
The world's exclusive patented laser coordinate measurement quick calibration technology can easily achieve centimeter-level measurement accuracy, making measurement more accurate and user-friendly. Besides the camera used in the equipment overcomes the difficulty of aiming under sunlight, making field measurement operations faster and more efficient.

SUPER IMU
Super IMU, say goodbye to repeated initialization
Matrix II is equipped with a fast initialization, calibration free and immune to magnetic interference inertial Measurement Unit (IMU). All users can use this technology to collect or stakeout topo points up to 120°

MULTI CONSTELLATION
Matrix II with its 1408 channels new generation full GNSS chipset ability to support multiple satellite constellation including GPS, GLONASS, BEIDOU, GALILEO, OZSS, SBAS and IRNSS provides precise and accurate spatial data for all users around the world.

64GB SSD
worry-free storage
Built-in 64GB memory, which can meet most needs of field work. And the feature of cyclic storage helps receiver to automatically remove
the previous observation data while there is not enough space in the memory, with this excellent performance, data storage can last almost 4 years based on 5s sampling interval. And the design of embedded memory chip can ensure the safety of observation data.