Stronger Tracking Satellites and Greater Anti-jamming Capability

The Eyr is equipped with SatLab’s unique product design and self-developed antenna for more stable and efficient operation. Meanwhile, a highly integrated motherboard chip with low power consumption, which supports up to 1408 channels and an advanced SoC platform, is also the core feature of Eyr.

The excellent hardware configuration efficiently suppresses the interference signals and obtains higher quality observation data from satellite constellations are the advantages of the chip.

Multi-protocol Transceiver Built-in Radio

The built-in multi-protocol radio transmits and receives differential data that is compatible with multiple brands of RTK radio data links.

The self-developed radio module enables the Eyr to not only perform well in a typical operating range of 7km outdoors but even better in ideal working conditions.

HD Dual-camera for Easy Visualizing Building Elevation Survey and Quick Stakeout

Based on the high-performance image processing technology on the Android system, the 5-megapixel rearview camera, combined with the controller, captures precise coordinates in real time, in a range of 2-15 metres and with an accuracy of 2-4 cm.

The 2MP camera beneath enables AR live-view stakeout with an accuracy of 2cm, saving time and effort in reaching the stakeout point. Undoubtedly, the new image survey function enables non-contact measurements, greatly improving the usable range of GNSS for efficient and safe operation.

Software Support

The SatLab Satsurv is the best companion for the Eyr GNSS receiver. The professional field surveying software is functional and easy to use, thus promoting the performance of the Eyr further.
SGS is a versatile desktop software for the post-processing of measurement data, satisfying users’ needs in addressing a wide range of data post-processing.

Moreover, the image data results type obtained with Eyr is compatible with mainstream third-party 3D modelling softwares like ContextCapture, DPSmart, and Pix4D.

The 3D modelling feature makes Eyr a perfect partner for collaborative UAV operations.

Designed with simplicity, the SLX-1 performs multiple tasks simultaneously to make your field work easier and more efficient. This receiver can continuously track and record all satellite data while allowing you to download recorded data, stream or transmit different forms of correction data.

Efficient and dependable

Powered by NovAtel OEM729 GNSS engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 555 channel tracking capabilities, it can track all current and upcoming signals, offering sub-metre to centimetre precise positioning.

Satellite correction service

The SLX-1 has TerraStar capabilities that use a global network of multi-GNSS reference stations and advanced algorithms to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters. These data allow TerraStar to provide correction services with sub-metre or centimetre-level positioning accuracy to SLX-1 receivers. Get your corrections transmitted in real-time, with minimal latency via satellites and cellular networks worldwide.

New and improved innovation technology

Powered by multi-constellation tracking, SL700 offers accurate and precise results with improved performance. Armed with an advanced engine, this GNSS receiver features a multi-device interface depending on your application which boosts your productivity and efficiency.

Efficient and dependable

Powered by the advanced engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 555 channel tracking capabilities, it can track all current and upcoming signals, offering sub-metre to centimetre precise positioning with different modes (RTK, PPK, Static).

Satellite correction service

The SL700 has TerraStar capabilities that use a global network of multi-GNSS reference stations and advanced algorithms to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters. These data allow TerraStar to provide correction services with sub-metre or centimetre-level positioning accuracy to SL700 receivers. Get your corrections transmitted in real-time, with minimal latency via satellites and cellular networks worldwide.

The gnss receiver provides an easy solution for survey professionals who require a portable instrument to collect high-precision data for various geospatial usage. It allows user flexibility to easily collect data with just one rtk receiver in the field connecting to CORS via any preferred devices to keep you focused and productive.

Efficient and dependable

Powered by NovAtel OEM729 GNSS engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 555 channel tracking capabilities, it can track all current and upcoming signals, offering sub-metre to centimetre precise positioning.

Satellite correction service

The SL800 has TerraStar capabilities that use a global network of multi-GNSS reference stations and advanced algorithms to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters. These data allow TerraStar to provide correction services with sub-metre or centimetre-level positioning accuracy to receivers. Get your corrections transmitted in real-time, with minimal latency via satellites and cellular networks worldwide.

New GNSS Antenna

The Freyja GNSS receiver adopts a new GNSS antenna, which enhances the anti-interference ability and tracking capabilities of the low elevation angle. The stability of Bluetooth and connector improve significantly, ensuring the project works on track.

Advanced IMU Positioning Technology

9-axis IMU sensor ensures intelligent survey performance. Stakeout speeds up by faster position calculation and information output. Moreover, real-time pole-tilt compensation guarantees quality results under any severe measurement conditions. 2.5cm accuracy is achieved under the inclination of 30°.

Software Support

The SatLab Satsurv is the best companion for the Freyja GNSS receiver. The professional field surveying software is easy to use with full functions for further performance promotion of the Freyja. It brings you a more flexible, efficient and interactive experience.

Tilt compensation solution

With surveyors in mind, SatLab GNSS designed a solution to increase efficiency in your workflow by cutting down time wasted from offsetting slanted measurements. With the tilt compensator and GNSS antenna, the GNSS Receiver can save up to 20 percent of time compared to conventional surveying practices. This GNSS solution allows you to focus on your surroundings conveniently while ensuring your safety and comfort.

Efficient and dependable

Powered by the advanced engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 555 channel tracking capabilities, it can track all current and upcoming signals, offering sub-metre excellently to centimetre precise positioning with different modes (RTK, PPK, Static).

Satellite correction service

The GNSS Receiver has TerraStar capabilities that use a global network of multi-GNSS reference stations and advanced algorithms to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters. These data allow TerraStar to provide correction services with sub-metre or centimetre-level positioning accuracy to receivers. Get your corrections transmitted in real-time, with minimal latency via satellites and cellular networks worldwide.

Featuring a convenient internal full constellation dual-frequency tracking antenna, the SLC multi-purpose GNSS receiver is capable of obtaining accurate data for any type of application in the field. Any software running on Windows, Android or iOS accepting GNSS position over a serial port is compatible with the SLC, which makes a high-precision positioning solution to virtually an unlimited number of applications.

Efficient And Dependable

Powered by NovAtel OEM719 GNSS engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 555 channel tracking capabilities, it can track all current and upcoming signals, offering sub-meter to centimeter precise positioning.

Satellite Correction Service

The SLC has TerraStar capabilities to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters by using a global network of multi-GNSS reference stations and advanced algorithms. These data allow TerraStar to provide correction services with sub-meter or centimeter-level positioning accuracy to SLC receiver. Get your corrections transmitted in real-time, with minimal latency via satellites worldwide.