Leica Nova TM60 is a high-precision robotic monitoring total station designed for permanent and campaign deformation monitoring projects. The instrument combines exceptional angular accuracy with advanced automation technologies to provide reliable long-term measurement performance in demanding monitoring environments.

The TM60 offers 1-arcsecond angular accuracy and reflectorless distance measurement up to 1000 metres. Equipped with Leica ATRplus automatic target recognition, the instrument delivers extremely reliable target tracking and measurement performance even under difficult environmental conditions.

Designed for continuous monitoring applications, the Leica TM60 supports automated measurement workflows and long-term remote operation. The system integrates seamlessly with the Leica GeoMoS monitoring platform, enabling automatic data acquisition, analysis and real-time reporting for critical infrastructure monitoring projects.

Advanced imaging capabilities and self-learning ATRplus technology allow the instrument to automatically detect, track and measure monitoring prisms across large monitoring networks. The instrument can operate continuously with minimal maintenance, ensuring reliable long-term data collection.

Leica Captivate onboard field software provides an intuitive interface for monitoring tasks, allowing users to manage measurements, visualise data and control monitoring campaigns directly from the instrument.

Key features include:

• robotic monitoring total station for deformation monitoring
• 1″ angular measurement accuracy
• reflectorless measurement range up to 1000 m
• ATRplus automatic target recognition with extended range
• designed for permanent and campaign monitoring
• seamless integration with Leica GeoMoS monitoring software
• WLAN, Bluetooth and remote connectivity support
• reliable 24/7 automated monitoring capability

Leica Nova TM60 is widely used for structural monitoring, infrastructure monitoring, mining operations, and environmental monitoring applications where continuous high-precision measurements are required.