The vRTK, developed by Hi-Target, is a cutting-edge visual RTK receiver that significantly enhances surveying processes with its innovative features. Notably, it incorporates dual cameras, which facilitate non-contact image surveying, thus overcoming limitations typically encountered in traditional surveying techniques. This feature allows for more precise data collection without direct contact with the survey area. Additionally, the vRTK boasts a Live View Stakeout function, which accelerates the stakeout process, enabling faster and more efficient field operations. This improvement is particularly beneficial for engineering professionals, as it streamlines their workflow and increases productivity. The vRTK’s combination of advanced imaging technology and enhanced operational speed marks a significant advancement in surveying technology.

Non-contact measurement technology significantly extends the operational range and enhances the safety and efficiency of GNSS systems. This advancement allows for broader application in diverse environments, ensuring precise data collection while minimizing risks associated with direct contact. Such improvements are crucial for maintaining the robust performance and reliability of GNSS in various professional settings.

The latest GNSS SOC chip features 1408 channels and supports RTK decoding for new Beidou-3 Satellite frequency points B1C, B2a, and B2b. It incorporates multi-frequency anti-jamming and multi-step adaptive filtering technologies, enhancing signal strength, data quality, and accuracy while ensuring rapid position fixing. These innovations provide reliable performance even in challenging conditions.

The device offers a diverse array of data outputs tailored to various industry needs. It is also compatible with leading modeling software, enabling seamless integration for one-step point cloud generation and 3D modeling. This compatibility facilitates efficient workflows and broad application across different sectors, ensuring users can easily achieve detailed and accurate 3D representations for their specific project requirements.