The Hi-Target HTS-521L10 Optical Total Station is a precision surveying instrument designed for a wide range of geospatial measurements and engineering tasks. This advanced optical total station features a long-distance measurement capability with a range of up to 5000 meters with a single prism, ensuring accuracy and reliability in diverse environmental conditions. Its angular accuracy of 2″ enhances the precision of surveying operations, making it suitable for construction site layouts, topographic surveys, road design, and more. Equipped with an intuitive user interface and a high-resolution display, the HTS-521L10 facilitates efficient data collection and manipulation. The device also includes a laser plummet for easy and precise instrument setup, a built-in compensator for automatic error correction, and Bluetooth connectivity for seamless data transfer to external devices. Designed for durability, it features a rugged construction that can withstand harsh field conditions, making it an ideal choice for professionals in surveying, construction, and civil engineering.

The HTS-521L10 introduces an innovative optical design and employs a cutting-edge ranging algorithm, supported by premium electronic and optical components. It boasts a reflectorless measuring capability of up to 1000 meters with an accuracy of 3+2ppm. For measurements requiring a prism, it can accurately gauge distances beyond 6000 meters with a precision of 2+2ppm. This enhancement in both range and accuracy underscores the HTS-521L10’s advancement in surveying technology, offering superior performance in diverse measuring tasks.

The device simplifies data acquisition significantly through a trigger key mechanism, allowing for one-click operation. This feature not only streamlines the measurement process but also enhances both the speed and accuracy of data collection. By eliminating the need for multiple steps or complex procedures, it ensures that users can quickly and easily capture the data they need with minimal effort. This improvement in efficiency and precision makes the device exceptionally user-friendly and reliable for various measurement tasks, providing an effective solution for fast-paced measurement environments.