The Topcon GT-1002 Robotic Total Station is a high-precision, ultra-compact surveying instrument designed for construction, land surveying, and infrastructure development. Built with advanced robotic technology, superior angle accuracy, and durable construction, the GT-1002 enhances productivity and ensures reliable, high-accuracy measurements in any field condition.
The GT-1002 is equipped with ultra-fast robotic motors and UltraTrac prism tracking technology, ensuring rapid and precise target acquisition. This allows for single-operator control, significantly increasing productivity while reducing manpower. The instrument maintains stable and consistent tracking even in challenging environments with obstructions or over long distances.
Delivering 2-second angle accuracy, the GT-1002 ensures precise layout and measurement in any application. Its long-range EDM system measures distances up to 5,000 meters with a prism and 800 meters in reflectorless mode, providing versatility for diverse surveying tasks.
Built to withstand the rigors of the field, the GT-1002 is IP65-rated for protection against dust and water. It is engineered to handle extreme temperatures and rough conditions, ensuring consistent performance in harsh environments. Despite its ruggedness, the GT-1002 maintains a compact, lightweight design for easy transport and setup.
The GT-1002 supports Bluetooth and LongLink connectivity, allowing for remote control and seamless data transfer. It is fully compatible with Topcon’s MAGNET software suite, enabling efficient data collection, real-time collaboration, and streamlined field-to-office workflows.
The Topcon GT-1002 Robotic Total Station is an advanced, efficient, and versatile solution for modern surveying and construction projects. Offering high-precision measurements, fast robotic tracking, and rugged durability, the GT-1002 ensures accurate data collection and seamless integration with Topcon’s software ecosystem. Its single-operator design, extended measurement range, and robust connectivity options make it an essential tool for professionals aiming to optimize surveying accuracy and operational efficiency.