Leica Nova MS60 MultiStation
The Leica Nova MS60 MultiStation represents a new benchmark in measurement and surveying technology by combining a total station, 3D laser scanner, GNSS connectivity, and advanced digital imaging within a single platform. Built for demanding site conditions, it supports precise data capture and streamlined workflows, whether used in infrastructure development, mining, construction, or large-scale total station survey operations.
With industries shifting toward faster execution, automation, and high-accuracy digital documentation, this survey machine offers a dependable solution. Its intelligent software ecosystem, automated targeting, and integration with Leica survey equipment help reduce human error and improve efficiency, especially where rapid layout and scanning tasks are required.
By providing multiple functions in one compact instrument, the Leica Nova MS60 eliminates the need for separate tools such as standalone scanners, robotic systems, or additional imaging devices. It adapts smoothly to diverse tasks such as deformation monitoring, job-site layout, 3d laser scanning services, and mapping workflows. This makes it a future-ready solution for professionals who require reliability, precision, and flexibility on every project.
Developed by Leica Geosystems, the MS60 reflects decades of engineering innovation, ensuring exceptional measurement accuracy across challenging applications. From scanner construction workflows to high-speed point cloud capture and GNSS-enabled positioning, it stands as a powerful tool in modern digital surveying.
Precision Engineering for Professional Surveying
- Designed to replace multiple surveying tools by combining robotic total station performance, GNSS, and 3D laser scanning in one integrated device.
- Supports streamlined workflows for construction total station layout, deformation monitoring, and digital site documentation using imaging and scanning capabilities.
- Enables accurate laser scanning in construction environments where high-density point clouds are needed for planning, verification, or redesign tasks.
- Works reliably across diverse terrains and conditions, making it suitable for long-term infrastructure, mining, and industrial project environments.
Technology and System Capabilities
- High-Precision Total Station: Delivers reliable distance and angle measurements supported by advanced automation features for consistent field accuracy.
- 3D Laser Scanning Integration: Captures dense point clouds quickly for 3d laser scanning survey tasks such as as-built modeling and site validation.
- GNSS Connectivity: Provides positional data that enhances geospatial accuracy during field operations requiring wider coverage or remote-area layout.
- Digital Imaging System: Offers image-supported measurement and documentation using built-in overview optics and long-range zoom capabilities.
- Automated Target Recognition: Improves workflow efficiency when using equipment such as total station prism accessories or robotic operation tools.
- Software Compatibility: Connects seamlessly with Leica survey equipment platforms to support planning, field work, and processing stages.
Types
Total Station Measurement Mode
This mode is used when precise angle and distance measurements are essential across construction, boundary marking, and layout applications requiring high accuracy and repeatability.
- Suitable for layout marking and alignment tasks on construction sites.
- Works with total station prism accessories for consistent long-range accuracy.
- Ideal for total station machine workflows requiring dependable measurement.
3D Laser Scanning Mode
This mode is designed for high-density scanning that creates detailed point clouds used for modeling, verification, monitoring, and documenting physical site conditions.
- Enables fast scanning compared to manual measurement processes.
- Supports laser scanning in construction and digital twin preparation.
- Suitable for workflows requiring a leica 3d laser scanner for high detail.
GNSS-Assisted Survey Mode
This mode helps users complete large-area positioning tasks by integrating GNSS data to improve project accuracy when working in open-field outdoor environments.
- Reduces dependency on control points for positioning.
- Enhances field productivity during mapping and layout tasks.
- Useful for land development, boundary tracking, and infrastructure mapping.
Image-Assisted Surveying Mode
This mode supports precise documentation and visualization by using integrated cameras to capture images linked to georeferenced measurement points and scanned data.
- Supports accurate mapping with photo overlays.
- Helps communicate field conditions clearly with project teams.
- Assists in reporting and record-keeping for regulatory approvals.
Automated Robotic Control Mode
This mode enables remote instrument control for repetitive survey routines, layout work, and monitoring tasks where automation increases productivity and consistency.
- Ideal for leica robotic total station workflows.
- Reduces manual adjustments during repeated measurements.
- Suitable for critical infrastructure and high-traffic project environments.
Standout Features & Benefits
High-Speed Scanning
- Captures dense point clouds with reduced time on-site.
- Supports detailed reconstruction and accurate 3d laser scanning workflows.
- Enhances planning and documentation accuracy.
Workflow Efficiency
- Enables faster data capture and field movement.
- Reduces manual configuration during total station survey tasks.
- Supports seamless field-to-office data transfer.
Versatile Functionality
- Performs layout, scanning, imaging, and GNSS in one unit.
- Eliminates multiple devices and improves project convenience.
- Adapts to multiple surveying applications and industries.
Application Area
Construction Layout
- Used for structural, alignment, and utility marking tasks.
- Assists field teams executing precise positioning and verification.
- Suitable for construction total station workflows.
Infrastructure & Civil Projects
- Supports road, rail, tunnel, and bridge development.
- Helps monitor progress and verify installation accuracy.
- Suitable for engineering-grade surveying and alignment tasks.
Mining & Industrial Surveying
- Supports deformation tracking and volumetric calculation tasks.
- Delivers high measurement accuracy in rugged environments.
- Useful for high-precision mining and industrial workflows.
FAQ
Is the Leica Nova MS60 suitable for 3D modeling?
Yes, it captures high-density point clouds with exceptional detail, making it ideal for BIM workflows, digital twins, and accurate as-built documentation.
Can it function as both a total station and a 3D laser scanner?
Yes, the MS60 combines precision surveying and advanced laser scanning, allowing users to complete multiple tasks without switching between separate devices or instruments.
Does the system support robotic operation?
Yes, it supports fully automated and remote-controlled surveying workflows, improving efficiency and reducing manual tasks for repetitive layout or measurement applications.
Can GNSS data be integrated into survey output?
Yes, GNSS compatibility enables wide-area positioning, improves accuracy in outdoor environments, and enhances overall surveying performance across different terrain conditions.
Is it compatible with Leica software?
Yes, it integrates smoothly with Leica software platforms for point cloud processing, data management, workflow automation, and advanced surveying analysis.
Can it be used in monitoring applications?
Yes, the MS60 delivers highly repeatable measurement accuracy, making it effective for monitoring deformation, movement, and structural stability across various environments.
Is it suitable for laser scanning in construction environments?
Yes, it performs reliably on construction sites, delivering detailed scans necessary for progress tracking, quality inspection, and digital documentation.
Does it reduce the need for multiple surveying tools?
Yes, its multi-function design replaces traditional total stations, standalone scanners, GNSS equipment, and imaging tools, reducing equipment handling and project complexity.
