Leica GS05 Smart Antenna for High-Accuracy GNSS Surveying
The Leica GS05 is a compact and lightweight GNSS RTK smart antenna designed to deliver precise positioning and effortless field operations for surveying professionals. Engineered by Leica Geosystems AG, this Leica GNSS antenna combines accuracy, efficiency, and portability in a highly reliable instrument.
Weighing only 0.75 kg including the battery, the GS05 minimizes operator fatigue, making it one of the best GPS for surveying during extended field sessions. Its advanced GNSS technology supports seamless integration with Leica geo system platforms, ensuring consistent performance for high-accuracy GNSS measurement tasks.
Designed to enhance surveying productivity, the Leica GS05 supports diverse field workflows, including standalone GNSS receiver survey operations, GPS rover and base station setups, and SmartPole configurations with total station integration. Its versatility makes it ideal for construction layout, land surveying, geospatial mapping, and utility projects.
Advanced Functionality of the Leica GS05 GNSS Antenna
- Advanced Tilt Compensation: Calibration-free tilt system provides accurate measurements even when the survey pole is not perfectly vertical, unaffected by magnetic disturbances.
- Robust GNSS Active Antenna: Supports RTK correction for reliable GNSS measurement in all field conditions and RTK GPS base station workflows.
- Seamless Connectivity: Integrated UHF radio, 4G modem, WLAN, and Bluetooth ensure uninterrupted data transmission to Leica geosystems GPS controllers.
- Software Integration: Works seamlessly with Leica Captivate, Hexagon Leica Geosystems solutions, and other Leica geo system platforms.
- Lightweight Design: Portable construction reduces operator fatigue and supports rapid deployment across multiple survey points.
Performance and Workflow Advantages
- Long Battery Life: Internal battery delivers up to 10 hours of continuous work for remote field operations.
- SmartPole Compatibility: Easily integrates with GPS total station setups and new total station models for combined workflows.
- Rugged and Durable: Built to withstand challenging weather conditions and rough terrains for consistent GNSS solutions.
- Optimized Efficiency: Advanced GNSS technology and tilt compensation improve speed and precision for surveying tasks.
- Versatility in Applications: Suitable for land surveying, mapping, utilities, engineering projects, and construction layout.
Types
Standalone GNSS Receiver Survey
This type allows surveyors to perform precise measurements independently using the Leica GS05 as a compact and portable GNSS receiver survey tool.
- Supports high-accuracy GNSS measurement without additional equipment.
- Ideal for rapid field deployment and single-point tasks.
- Compatible with Leica geo system platforms for smooth data transfer.
GPS Rover and Base Station Setup
The GS05 can operate within GPS rover and base station systems, providing RTK corrections and seamless GNSS rtk system workflows.
- Enhances accuracy for multi-point and long-range surveying.
- Works effectively with RTK GPS base station configurations.
- Supports integration with Leica SmartNet for improved network performance.
SmartPole Total Station Integration
This type supports combined GNSS and total station workflows, allowing accurate hybrid surveying for complex construction and mapping projects.
- Ensures precise measurements when paired with GPS total station.
- Integrates with new total station models and total station accessories.
- Ideal for mixed-technology surveying workflows in dynamic environments.
Field RTK GNSS Solutions
This mode delivers real-time kinematic performance for field professionals requiring continuous high-accuracy positioning in challenging terrains.
- Supports active GNSS antenna performance for RTK correction.
- Works with Leica geosystems GPS controllers for streamlined operations.
- Reduces dependency on external calibration tools and additional hardware.
Construction and Mapping Applications
Optimized for surveying tasks in construction, land mapping, and utilities, ensuring accurate GNSS measurement across various field environments.
- Compatible with Leica Captivate software for data collection.
- Lightweight and portable design enhances field productivity.
- Reliable under rugged weather and terrain conditions.
Standout Features & Benefits
Advanced Tilt Compensation
- Enables precise GNSS measurement without perfect pole alignment.
- Unaffected by magnetic disturbances in challenging environments.
- Reduces setup time and improves survey accuracy.
Seamless Connectivity Options
- Built-in UHF, 4G, WLAN, and Bluetooth ensure consistent data transfer.
- Simplifies communication with Leica geosystems GPS controllers.
- Supports real-time updates for RTK GNSS workflows.
Portability and Ergonomics
- Weighs only 0.75 kg, reducing operator fatigue.
- Easy to transport for multi-point fieldwork.
- Ideal for long surveying sessions in remote locations.
Software Integration
- Works with Leica Captivate and Hexagon Leica Geosystems solutions.
- Provides a streamlined workflow from field measurements to office processing.
- Enhances productivity and reduces operational complexity.
Application Area
Construction Layout
- Integrates with GPS total station setups for precise positioning.
- Supports mapping, site planning, and infrastructure surveying.
- Ideal for field engineers and construction professionals.
Land Surveying
- Offers high-accuracy GNSS measurement for property and topographical surveys.
- Compatible with Leica SmartNet and GNSS base station systems.
- Suitable for surveyors requiring portable and reliable antennas.
Geospatial Engineering
- Provides data for mapping, GIS, and geospatial analysis projects.
- Works with new total station models and Leica geo system platforms.
- Ensures precise data collection under complex conditions.
Utility and Infrastructure Projects
- Enhances measurement accuracy for pipelines, power grids, and utility lines.
- Supports hybrid workflows with total station accessories.
- Reduces setup time and improves productivity for field teams.
Engineering and Mapping Projects
- Lightweight design allows rapid field deployment across multiple points.
- Maintains GNSS rtk system performance for extended sessions.
- Performs reliably in rugged environments and harsh weather conditions.
FAQ
What is the Leica GS05 used for?
The Leica GS05 is a compact GNSS RTK smart antenna designed for surveying professionals, providing highly accurate GNSS measurement, easy field deployment, and seamless integration with Leica geo system platforms.
Does it support tilt compensation?
Yes, the GS05 features a calibration-free advanced tilt system that allows precise GNSS measurements even when the survey pole is not perfectly vertical, ensuring reliable accuracy in complex field conditions.
Can it be used as a GPS rover and base station?
Yes, the GS05 functions efficiently within GPS rover and RTK GPS base station workflows, providing high-accuracy GNSS data collection for construction, mapping, and land surveying projects.
Is it compatible with Leica Captivate software?
Yes, it integrates seamlessly with Leica Captivate and Hexagon Leica Geosystems solutions, enabling a streamlined workflow from field data collection to office processing and analysis.
How long does the battery last?
The internal battery of the GS05 offers up to 10 hours of continuous operation, supporting extended field surveys without interruption, even in remote or challenging locations.
Is it compatible with new total station models?
Yes, the GS05 works with new total station models and total station accessories, enabling combined GNSS and total station workflows for maximum surveying flexibility.
Can it withstand harsh field conditions?
Yes, the Leica GS05 is ruggedly built to maintain consistent performance in harsh terrains and adverse weather, ensuring reliable GNSS measurements for professional field operations.
Does it work with Leica SmartNet?
Yes, the GS05 integrates with Leica SmartNet to deliver network RTK GNSS solutions, providing reliable corrections, accurate positioning, and smooth data transmission across multiple surveying sites.
