matrix vi
Brand new functional GNSS Matrix VI receiver merges Visual , AR and Laser
Matrix Vl is a brand new functional GNSS receiver merges Visual Positioning, AR real-scene stakeout and Laser measurement technologies,once breaking through the limit ations of GNSS products, offering surveyors more convenience and productive solutions.
Description
Right to the Point with AR Real-Scene Stakeout
The AR real-scene stakeout function revolutionizes traditional stakeout workflows by allowing surveyors to visualize stakeout points directly overlaid on the real-world environment using augmented reality. Instead of relying solely on numerical guidance or map-based views, the system displays directional arrows and visual cues on a live camera feed, helping users locate exact stakeout positions with ease.
This real-time guidance eliminates the need to move the pole back and forth to align with the point, reducing time spent and minimizing positioning errors. Surveyors can approach each point confidently, knowing they are guided precisely by the AR interface. Whether operating in open areas or complex construction sites, this intuitive method enhances both accuracy and productivity, enabling faster, more efficient stakeout tasks with reduced manual adjustments. By merging cutting-edge AR technology with surveying precision, the Matrix VI empowers users to work smarter in the field, delivering results with greater speed, reliability, and confidence.
Precision as Sharp as the Eye
The Matrix VI is a cutting-edge, survey-grade GNSS receiver that sets a new standard in field measurement precision. Designed for both seasoned professionals and entry-level surveyors, it combines high-performance GNSS technology with Visual Positioning and built-in photogrammetry algorithms, delivering a powerful, all-in-one solution for capturing data in environments where traditional GNSS RTK systems often fall short.
Unlike conventional methods that rely solely on satellite signals—which may be obstructed by buildings, trees, or terrain—the Matrix VI allows users to measure points that would otherwise be inaccessible or difficult to record. By leveraging image-based positioning and photogrammetric processing, it unlocks new possibilities for surveying in urban canyons, dense forests, and indoor environments.
Surveyors can simply capture the site using a sequence of photos or a short video clip. These images are then processed—either directly in the field or later in the office—to extract precise point coordinates without the need to revisit the site. This not only enhances workflow flexibility, but also significantly reduces field time, improves data integrity, and supports post-processing analysis with high accuracy.
One of the standout features of the Matrix VI is its integrated side camera, which serves a dual purpose. Beyond supporting photogrammetry, the camera also enhances laser-based measurements. In bright sunlight or harsh lighting conditions, where a laser spot might be difficult to detect visually, the side camera acts as the "eye" of the instrument. It delivers a live video feed, enabling users to clearly see whether the laser is properly aimed at the target point or object.
This visual feedback mechanism ensures that every measurement is not only fast but also precise and verifiable. It bridges the gap between human perception and digital accuracy, helping users gain confidence in every shot and reducing the chance of errors in challenging environments.
Whether you're mapping large construction sites, staking out boundaries in low-signal areas, or capturing hard-to-reach points in complex terrains, the Matrix VI provides an intelligent, user-friendly, and reliable solution that truly delivers precision as sharp as the eye.
Super IMU — Say Goodbye to Repeated Initialization
The Matrix VI is equipped with an advanced Super IMU (Inertial Measurement Unit) that eliminates the need for repeated initialization and manual calibration—redefining convenience and efficiency in fieldwork. Unlike traditional IMU systems that require frequent resets or are vulnerable to magnetic interference, the Matrix VI's Super IMU is calibration-free, ultra-stable, and immune to magnetic distortion. This ensures consistent performance even in environments with high electromagnetic interference or in close proximity to metal structures.
With this powerful sensor onboard, surveyors can measure point coordinates with greater flexibility and confidence. Whether the receiver is held perfectly level or the pole is tilted at a steep angle, the Matrix VI maintains reliable accuracy. There’s no need to spend time adjusting for perfect verticality or reinitializing the system after each movement. This allows surveyors to work faster and more freely, especially in difficult or uneven terrain where pole leveling is impractical.
Supporting tilt angles of up to 120°, the Super IMU opens up new possibilities for capturing hard-to-reach or obstructed points—such as those beneath overhangs, close to walls, or in dense vegetation—without compromising on precision. This wide tilt tolerance not only enhances productivity but also reduces physical strain, since surveyors no longer need to maintain an upright position for every measurement.
By automating orientation compensation and minimizing manual steps, the Matrix VI with Super IMU transforms the surveying experience. It empowers users to complete more measurements in less time, with less hassle, while maintaining the accuracy and dependability expected from a top-tier GNSS solution.
Laser Surveying Unlocks a New Mode of Precision Measurement
The Matrix VI introduces a groundbreaking advancement in the world of surveying with its exclusive patented laser coordinate measurement and quick calibration technology. This innovative feature enables centimeter-level measurement accuracy, redefining how surveyors approach challenging environments and hard-to-reach points. By combining precision laser targeting with rapid, seamless calibration, the Matrix VI delivers a measurement experience that is not only highly accurate, but also remarkably user-friendly.
Traditional laser measurement tools often face difficulties in outdoor conditions—particularly under direct sunlight, where visibility of the laser spot becomes unreliable. The Matrix VI overcomes this limitation with the integration of a high-resolution camera, which acts as a visual aid during laser-based operations. Even in strong light, users can clearly see where the laser is pointed, ensuring precise alignment with the target point or object.
This powerful synergy between laser technology and visual assistance significantly reduces guesswork and manual adjustments in the field. Surveyors can work faster and more confidently, even in bright daylight or complex site conditions where conventional tools fall short. By enabling quick, accurate measurements without the need for repeated trials or repositioning, laser surveying with the Matrix VI dramatically improves field efficiency, reduces human error, and simplifies complex measurement tasks.
With this cutting-edge technology, the Matrix VI doesn't just enhance accuracy—it opens an entirely new mode of measurement that is smarter, faster, and tailored to the real-world challenges surveyors face every day.
Safer measurement
With the laser measurement, Matrix Vl is able to minimize the risks or avoid dangers during surveying along the side or central are as on the road with heavy traffic, high voltage tower and transformer, with the laser aiming at the measured point and and maintain a certain safe distance from these dangerous locations.
Goes with powerful GNSS performance
Empowered by powerful signals tracking algorithm, and with the 1408 channels of GNSS engine, Matrix Vl is able to track enormous signals of all running satellite constellations, which improves the fixed rate and speed so that you don't need to wait for a long time to get fixed solution as used to be. With the built-in proprietary narrowb and interference mitigation technology, that is more than enough to let you easily navigate in complex environments, such as in the thick forest or besides the high buildings, the accuracy can be ensured.
Worry-Free Data Storage for Long-Term Field Use
The Matrix VI is built with a robust 64GB internal memory, providing ample storage capacity to support even the most data-intensive fieldwork. This generous onboard storage ensures that surveyors can collect, store, and manage large volumes of observation data over extended periods without the constant need to transfer files or carry additional storage devices.
To further optimize data management, the Matrix VI features an intelligent cyclic storage system, which automatically overwrites the oldest data when the memory becomes full. This allows uninterrupted data logging, eliminating the risk of missed data due to storage limitations—especially valuable during long-duration projects or unattended monitoring tasks.
With its efficient data handling, the Matrix VI can store observation logs for up to four years based on a 5-second sampling interval, making it ideal for long-term monitoring, repeated site visits, or cumulative data collection. Additionally, the use of an embedded memory chip design adds an extra layer of reliability by protecting against data corruption or loss due to environmental shocks, power interruptions, or unexpected shutdowns.
Thanks to this secure, maintenance-free storage architecture, surveyors can focus fully on field operations with the confidence that their data is safe, accessible, and well-managed—even in remote or demanding work environments.
