You have never seen any GNSS/ RTK receiver like this before; The Jupiter laser RTK.
Throughout history, humanity’s unending quest for higher accuracy, efficiency, and adaptability in measuring the world especially in challenging environments has driven radical continuous technological advancements. In today’s rapidly advancing era, the Jupiter Laser RTK emerges as a groundbreaking innovation, not only pushing the boundaries of surveying technology but also unveiling infinite incredible possibilities for future developments.
The Jupiter Laser RTK reshapes industry standards by combining GNSS, IMU, laser, and dual-camera technologies into one seamless system. Supporting multiple surveying modes including static, PPK, and RTK, thereby enhancing versatility for various tasks. Building on the success of the Universe series, the Jupiter elevates performance in field operations with precision that has never been seen.
The Need for Innovation in Surveying
The unending need for innovation in surveying cannot be overemphasized, because over the years, surveyors all over the world especially in Nigeria encounters various obstacles such as; unfriendly terrains, dense vegetation’s in undeveloped areas and high rise buildings in developed places like Lagos, making it difficult to work due to obstructions. Additionally the traditional method of staking out often requires significant time and labor and thereby increasing the risk on errors and inefficiencies when carrying out a job. Having recognized these challenges the JUPITER LASER RTK was developed to overcome these limitations by integrating visual stakeout technology and laser range finding enabling surveyors to work in areas that were previously considered inaccessible.
High definition GNSS and IMU Technology
At the core of the Jupiter reciver is the K8 Platform by ComNav technology which supports 1668 channels for full-constellation, multi-frequency GNSS tracking. Allowing receivers to acquire and maintain satellite signals from GPS, GLONASS, BeiDou, IRNSS, and other global satellite systems for quick and reliable signal positioning in any environment. The Jupiter Laser RTK is also embedded with an automatic IMU sensor providing up to 120° tilt compensation, allowing surveyors and geospatial professionals to take accurate data at a tilt position.
YOU HAVE NEVER SEEN ANY RTK RECEIVER LIKE THIS BEFORE
Laser Technology for Surveying and Advanced Stakeout
The Jupiter Laser RTK doesn’t just embrace innovation, it drives it forward. Pairing its advanced laser features with ComNav Technology’s most recent visual stakeout capabilities opens a window into the future of surveying. By integrating directly with Survey Master software, users tap into a 3D visual view of measurement points through the device’s high-performance camera. With a measurement range of up to 50 meters and an accuracy of 3-5 mm + 1 ppm, this equipment significantly enhances efficiency in construction, engineering, and geospatial applications. This incredible feature makes it possible to avoid multipath errors from buildings and elevate accuracy as measurements can be taken 50m away. The system operates at a frequency of 3Hz (classic value) to 5Hz (maximum value), ensuring real-time responsiveness for high-precision applications.
Visual Stakeout with Dual-Camera Integration
In addition to the Laser technology, the Jupiter Laser RTK features a dual camera system with a 2 MP global shutter sensors and night vision capabilities with a wide field angle of 75°, Enabling a 3D visual stakeout experience, where users can precisely align points using photogrammetry-based imaging. The receivers capture high resolution videos and images at 30fps (frames per second) and the image group capture function supports video photogrammetry at rates of 2 Hz up to 25 Hz Max. capture time: 60s with an image group size of approximately 60MB, allowing professionals to develop detailed visual records of their measurements and enhancing real time data collection and analysis. By simply following the directional arrow and real-time distance, staking points are directly marked on the ground.
Seamless Data Processing and Connectivity
The compatibility of data is a key factor in modern surveying workflows, and the Jupiter Laser receiver excels in this aspect. By supporting multiple data format such as RINEX and ComNav Binary, ensures a seamless integration with various GIS and CAD software applications and compatibility with various GNSS receivers. Furthermore, its robust communication capabilities include 4G LTE, Bluetooth 5.0, and dual-band Wi-Fi (2.4GHz/5GHz), allowing for smooth data transmission. The receiver also features a UHF radio module (410–470 MHz) with up to 2W transmission power, extending its operational range by 15km and in areas where cellular coverage is limited. Its compatible with CORS, Echo sounder and Drone.
Durability and Power Efficiency for Field Applications
The Jupiter Laser RTK is built to withstand harsh conditions. The device is IP67-rated, making it dustproof, waterproof, and shock-resistant against drops of up to 2 meters. It operates reliably in temperatures ranging from -20°C to +50°C and can be stored in conditions as extreme as -30°C to +60°C. Additionally, the receiver features a long-lasting internal battery of 5000mAh, providing up to 3-4 days of continuous operation as base and 4-5 days as rover , ensuring uninterrupted productivity in the field. And the built-in OLED screen further enhances the user experience by offering clear data display, ensuring surveyors can easily access key information.
This Leap in technological advancement is a game changer the best and Top GNSS receiver currently in the world; THE JUPITER LASER RTK.
To know more about visit: https://geossotech.com/accessory/jupiter-laser-rtk/
To place your order contact us @ https://geossotech.com/new-contact/
