Trimble SPS930 1″ Robotic Total Station

High-Precision Robotic Total Station for Construction and Site Positioning

The Trimble SPS930 1″ Robotic Total Station is a premium high-accuracy surveying and construction positioning instrument engineered for demanding site control, machine guidance, monitoring, and precision layout applications. Designed specifically for construction professionals and geospatial engineers, the SPS930 combines advanced robotic automation, superior angular precision, long-range EDM technology, and intelligent field workflows into a powerful one-person surveying solution.

With its exceptional 1-second angular accuracy, the Trimble SPS930 is ideal for high-precision construction projects, industrial measurement tasks, deformation monitoring, and large-scale infrastructure developments where maximum positioning reliability is essential.

Why Choose the Trimble SPS930 1″ Robotic Total Station?

The Trimble SPS930 is designed for professionals who require superior accuracy, fast robotic workflows, and reliable field operation in complex construction environments.

Key Advantages

Ultra-High 1-Second Angular Accuracy

Provides exceptional precision for critical surveying and construction tasks.

Advanced Robotic Survey Technology

Supports automated prism tracking and efficient one-person workflows.

Long-Range EDM Measurement

Delivers accurate prism and reflectorless measurements over long distances.

Construction-Focused Design

Optimized for site positioning, machine control, and layout applications.

Integrated Monitoring Capability

Suitable for structural observation and deformation analysis.

Rugged Industrial Durability

Built for harsh outdoor and construction environments.

Seamless Digital Workflow Integration

Supports Trimble site positioning and BIM construction systems.

Applications of Trimble SPS930

The Trimble SPS930 1″ Robotic Total Station is suitable for a wide range of precision construction and surveying applications.

Construction Applications

High-Precision Construction Layout

Accurate positioning of structural components and building elements.

Machine Control Support

Provides control data for automated construction machinery.

Steel Structure Alignment

Supports precise installation of beams and industrial frameworks.

Concrete Formwork Positioning

Improves construction accuracy and efficiency.

BIM Construction Workflows

Integrates digital construction models into field layout operations.

Surveying Applications

Control Network Surveys

Supports high-precision geodetic measurements.

Topographic Surveying

Captures accurate terrain and infrastructure data.

Engineering Surveying

Provides precision measurement for industrial projects.

As-Built Verification

Validates completed construction geometry.

Monitoring Applications

Structural Monitoring

Measures displacement and structural movement.

Bridge Monitoring

Tracks deformation and stability changes.

Dam Monitoring

Supports long-term infrastructure observation.

Industrial Plant Monitoring

Measures movement within industrial facilities.

Trimble SPS930 Features

Advanced Robotic Technology

The SPS930 uses intelligent robotic automation to improve measurement speed and field productivity.

Automatic Prism Tracking

Continuously follows prism targets during operation.

One-Person Survey Operation

Reduces manpower requirements and operational costs.

Fast Servo Movement

Provides rapid target acquisition and tracking performance.

Intelligent Prism Search

Automatically relocates lost targets quickly.

High-Precision Angular Measurement

1-Second Accuracy Performance

Designed for extremely accurate engineering and construction measurements.

Stable Encoder Technology

Provides reliable angle measurement consistency.

Precision Geospatial Capability

Supports critical alignment and positioning applications.

Advanced EDM Measurement Technology

Long-Range Prism Measurement

Accurate distance measurement across large project areas.

Reflectorless Measurement Capability

Measures inaccessible objects safely and efficiently.

High-Speed Data Collection

Improves field productivity and survey efficiency.

Precise Coordinate Calculation

Supports accurate positioning workflows.

Trimble SurePoint Technology

Active Compensation System

Maintains accurate targeting despite environmental movement or vibration.

Enhanced Tracking Reliability

Improves robotic stability during field operation.

Continuous Target Lock

Supports accurate prism tracking in dynamic environments.

Trimble MagDrive Technology

Magnetic Servo Drives

Provides silent and efficient robotic movement.

Reduced Mechanical Wear

Improves instrument lifespan and operational reliability.

High-Speed Precision Tracking

Enhances robotic performance and responsiveness.

Rugged Construction Design

Weather-Resistant Housing

Suitable for harsh outdoor conditions.

Heavy-Duty Industrial Durability

Engineered for demanding construction environments.

Portable Survey Platform

Compact and transport-friendly field design.

Trimble SPS930 Measurement Functions

Robotic Surveying Functions

Prism Tracking Measurement

Automatically follows moving prism targets.

Remote Survey Operation

Supports wireless one-person field workflows.

Real-Time Coordinate Collection

Provides instant positioning calculations.

High-Accuracy Stakeout

Supports precision layout operations.

Construction Layout Functions

Point Layout

Positions construction points accurately.

Line Stakeout

Supports structural and alignment workflows.

Elevation Control

Maintains precise vertical positioning.

Surface Layout

Supports grading and infrastructure projects.

BIM Integration

Transfers digital design data into field operations.

Monitoring Functions

Continuous Observation

Supports repeated automated measurements.

Deformation Detection

Measures structural displacement precisely.

Precision Monitoring Workflows

Suitable for engineering observation projects.

Benefits of Using the Trimble SPS930

Exceptional Measurement Accuracy

Delivers ultra-precise positioning for critical projects.

Increased Construction Productivity

Robotic automation reduces field operation time.

Reduced Labor Requirements

Supports efficient single-operator workflows.

Better Digital Construction Integration

Enhances BIM and machine control workflows.

Improved Monitoring Capability

Provides reliable structural movement analysis.

Reduced Human Error

Automation improves measurement consistency.

Trimble SPS930 Technical Specifications

General Specifications

Product Type

Robotic Total Station

Intended Applications

Construction Positioning, Surveying, and Monitoring

Measurement Technology

Electronic Angle and Distance Measurement

Operating Modes

• Robotic Surveying
• Construction Stakeout
• Reflectorless Measurement
• Monitoring
• Machine Control Support

Workflow Integration

Trimble Construction and Geospatial Compatible

Angle Measurement Specifications

Angular Accuracy

1-Second High-Precision Measurement

Horizontal Angle Measurement

Digital High-Resolution Encoder System

Vertical Angle Measurement

Survey-Grade Elevation Measurement

Measurement Resolution

Precision Engineering Encoder Technology

Distance Measurement Specifications

EDM Technology

Advanced Electronic Distance Measurement

Prism Measurement

Long-Range High-Accuracy Distance Capability

Reflectorless Measurement

Non-Prism Object Measurement Functionality

Measurement Speed

Fast Field Data Acquisition

Coordinate Accuracy

Engineering and Construction Precision Standards

Robotic Specifications

Tracking Technology

Automatic Prism Tracking System

Servo Technology

Trimble MagDrive Magnetic Servo System

Compensation Technology

Trimble SurePoint Active Compensation

Automatic Target Search

Fast Prism Recovery Functionality

Remote Operation

Wireless One-Person Survey Capability

Display and Software Specifications

User Interface

Digital Graphical Survey Interface

Workflow Management

Integrated Construction Positioning Functions

Data Management

Project Data Collection and Storage

BIM Compatibility

Supports Digital Construction Workflows

Machine Control Integration

Compatible with Construction Automation Systems

Mechanical Specifications

Instrument Housing

Industrial Weather-Resistant Construction

Mounting Platform

Tripod-Compatible Survey Base

Portability

Compact Professional Field Design

Durability

Heavy-Duty Construction Site Engineering

Communication Specifications

Wireless Connectivity

Remote Instrument Communication Support

Data Transfer

Integrated Digital Project File Exchange

Remote Control Support

Wireless Robotic Instrument Operation

Power Specifications

Power Source

Rechargeable Lithium-Ion Battery System

Operating Time

Extended Portable Field Operation

Charging System

External Smart Charging Adapter

Portable Usage

Cordless Survey and Layout Capability

Environmental Specifications

Operating Environment

Outdoor Construction and Survey Applications

Weather Protection

Dust and Moisture Resistant Design

Field Durability

Designed for Demanding Construction Conditions

Trimble SPS930 Standard Package

Included Components

Trimble SPS930 Instrument

High-precision robotic total station unit.

Rechargeable Batteries

Portable field power system and charger.

Survey Prism Accessories

Target prisms and measurement components.

Wireless Communication Equipment

Remote control and data transfer accessories.

Carrying Case

Protective transport and storage solution.

Calibration Tools

Instrument adjustment accessories.

User Documentation

Operational manuals and setup guides.

Industries Using Trimble SPS930

Construction Industry

Supports layout, positioning, and machine guidance applications.

Civil Engineering

Provides accurate infrastructure measurement capability.

Industrial Construction

Supports precision equipment and structural alignment.

Transportation Infrastructure

Used for rail, highway, and bridge projects.

Mining Industry

Provides geospatial control and monitoring measurements.

Structural Monitoring

Measures movement and deformation in critical infrastructure.

Trimble SPS930 vs Conventional Total Stations

Advantages of Robotic Total Stations

Automated Prism Tracking

Improves survey productivity and efficiency.

Higher Precision

Provides superior positioning accuracy.

Faster Layout Operations

Accelerates field construction workflows.

One-Person Operation

Reduces labor requirements significantly.

Better BIM and Machine Control Integration

Supports modern digital construction systems.