Leica TS16P 1-Second R500 Robotic Total Station

The Leica TS16P 1-Second R500 Robotic Total Station is an advanced, high-performance instrument designed for surveyors who require exceptional accuracy, efficiency, and automation. With its 1-second angular accuracy and reflectorless measurement range of up to 500 meters, the TS16P ensures fast, reliable, and precise data collection for a wide range of applications, including construction layout, topographic surveying, and infrastructure development.

Engineered with Leica’s AutoHeight and ATRplus (Automatic Target Recognition) technology, the TS16P delivers automated target tracking, fast setups, and minimal manual intervention, enhancing productivity even in complex environments. The intuitive Leica Captivate software ensures smooth data capture and processing, while the rugged IP66-rated design guarantees reliable performance in the harshest conditions.

Key Features:

• ✅ High-Precision Accuracy – Offers 1-second angular accuracy for reliable, pinpoint measurements.
• ✅ R500 Reflectorless Technology – Measures up to 500 meters without a prism and up to 3,500 meters with a prism for versatile field applications.
• ✅ ATRplus Technology – Ensures automatic and reliable target recognition and tracking, even in challenging environments.
• ✅ AutoHeight Functionality – Automatically measures instrument height for faster setups and reduced errors.
• ✅ Leica Captivate Software – Provides an intuitive user experience with powerful data visualization and processing capabilities.
• ✅ Robust Connectivity – Equipped with USB, Bluetooth®, and optional WLAN for efficient and flexible data transfer.
• ✅ Durable and Weatherproof Design – Built with an IP66 protection rating to withstand dust, water, and tough field conditions.
• ✅ Long Battery Life – Powered by a high-capacity rechargeable Li-Ion battery for extended field use.

Applications:

The Leica TS16P 1-Second R500 Robotic Total Station is ideal for a variety of advanced surveying tasks, including:

• Construction Layout – Streamlined, accurate positioning for structures and foundations.
• Topographic Surveys – Fast and precise data collection for detailed site mapping.
• Land and Boundary Surveys – Accurate measurements for legal documentation and property boundaries.
• Infrastructure Development – Ideal for surveying roads, bridges, and utilities.
• Geodetic and Control Surveys – Establishes precise control points for large-scale engineering projects.

Specifications:

• Angular Accuracy: 1” (one-second)
• Distance Measurement (Prism Mode): Up to 3,500 meters
• Reflectorless Measurement (R500): Up to 500 meters
• Distance Accuracy: ±1.5mm + 2ppm (prism), ±2mm + 2ppm (reflectorless)
• Telescope Magnification: 30x
• Field of View: 1°30'
• Display: 5-inch high-resolution color touchscreen with Leica Captivate interface
• Data Storage: Large internal memory with USB support for fast data transfer
• Communication: USB, Bluetooth®, and optional WLAN
• Target Recognition: ATRplus for automatic target recognition and tracking
• AutoHeight: Integrated feature for automatic instrument height measurement
• Battery Type: Rechargeable Li-Ion battery
• Battery Life: Up to 10 hours of continuous operation
• Operating Temperature: -20°C to +50°C (-4°F to +122°F)
• Protection Rating: IP66 (dustproof and water-resistant)
• Weight: 5.5 kg (12.1 lbs) including battery

Included Accessories:

• Leica TS16P 1-Second R500 Robotic Total Station
• Rechargeable Battery Pack and Charger
• Rugged Carrying Case for Protection and Transport
• USB Cable for Fast Data Transfer
• Calibration Certificate
• Adjusting Tools and Maintenance Accessories
• User Manual and Quick Start Guide

The Leica TS16P 1-Second R500 Robotic Total Station offers unparalleled precision, automation, and reliability, making it the perfect solution for advanced surveying applications. With features like ATRplus, AutoHeight, and intuitive Captivate software, the TS16P ensures faster setups, reduced errors, and superior data accuracy—empowering professionals to work smarter and more efficiently in every survey project.