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Earthwork solution
Geospatial

Earthwork

Enhance earthwork operations through frequent and accurate earth movement and stockpile volume measurements

Advanced earthwork management solutions providing frequent stockpile measurements, accurate volume calculations, and efficient data collection for construction projects and mining operations.

Advantages

Updated Stockpile Measurements

Generate updated Stockpile Measurement with Point Cloud Data at any time, addressing the absence of frequently updated stockpile measurements that can lead to project delays and inaccurate resources supply.

Efficient Drone-Based Data Collection

Cut field work time with efficient drone-based data collection, replacing inefficient walk-based methods that result in higher labor cost and time requirements for earthwork operations.

Data Quality and Consistency

Ensure data quality and consistency with repeatable mission flights, eliminating stockpile manual measurements accuracy that can be compromised by human errors and inconsistent methodologies.

Applications

Volume Calculations

Precise volume measurements for stockpiles, cut and fill analysis, and material inventory management with automated calculations.

Construction Progress

Monitor earthwork progress and material movement for construction projects with regular automated measurements.

Resource Management

Optimize resource allocation and material supply based on accurate and timely stockpile measurements and analysis.

Solution Features

Comprehensive drone-based solutions designed for geospatial operations.

Portable Drone Surveying & Mapping Solution

The DJI Mavic 3E is a portable surveying and mapping drone suitable for single-pilot operations. Paired with DJI Terra or your preferred 3rd Party Earthwork Software, it can generate accurate Point Clouds and 3D models to measure stockpile volumes.

  • Portable solution, easy to operate and to carry across multiple construction sites
  • Centimeter level data thanks to its mechanical shutter and RTK capability
  • Obtain multiple data outputs such as 3D Models, DSM, DEM, and Point Clouds for efficient earthwork monitoring
  • Flexible deployment for on-demand stockpile volume measurements
  • Integration with third-party earthwork software for comprehensive analysis
  • Repeatable mission flights for consistent measurement accuracy

Workflow

1
Stockpile Data Collection

Design a 2D map mission for consistent orthomosaic data acquisition over stockpile areas with optimal flight patterns for complete coverage and accuracy.

2
Point Cloud Processing

Utilize DJI Terra for processing, generating a high-accuracy dense Point Cloud from the collected data optimized for volume calculations and earthwork analysis.

3
Volume Analysis

Measure stockpile volumes efficiently with DJI Terra. Alternatively, import the Point Cloud data directly into third-party software for comprehensive cut and fill analysis.

4
Reporting and Documentation

Generate detailed volume reports and earthwork documentation for project management, resource planning, and stakeholder communication with accurate measurements.

Platform Specifications

DJI Mavic 3E
Weight: 915 g
Max Flight Time (no wind): 45 minutes
Sensing type: Omnidirectional binocular vision system with infrared sensor
Environment Adaptability: Max Take-off Altitude Above Sea Level 6,000 m
Max Wind Speed Resistance: 12 m/s
Wide Camera: 4/3 CMOS, Effective pixels: 20 MP
Mechanical Shutter: 8-1/2000 s, supports rapid 0.7-second interval shooting
Compatible with RTK module and DJI Cellular module

Automated Routine Stockpile Measurement Solution

The DJI Dock 2 allows you to automate recurrent stockpile measurement task effortlessly. Schedule remote data collection flights and upload collected data to DJI FlightHub 2 or your preferred Earthwork Software for timely project progress checks.

  • Schedule routine data collection flights for frequent centimetric level earthwork measurement and analysis
  • Obtain accurate data outputs such as 3D Models, DSM, and Point Clouds for efficient earthwork monitoring
  • Upload and analyze the collected data to DJI FlightHub 2 for cross-team collaboration
  • Automated scheduling eliminates manual flight operations for consistent monitoring
  • Remote operation capabilities reduce on-site personnel requirements
  • Integration with preferred earthwork software for comprehensive analysis

Workflow

1
Automated Routine Data Collection

Design a routine 2D map mission for consistent orthomosaic data acquisition with automated scheduling for regular stockpile monitoring and measurement.

2
Cloud-Based Point Cloud Processing

Process the data in DJI FlightHub 2 to generate a high-accuracy dense Point Cloud automatically without manual intervention for consistent results.

3
Automated Cut and Fill Analysis

Utilize DJI FlightHub 2 or third-party software to compare the Point Cloud data with the design file, automatically calculating cut and fill measurements.

4
Continuous Monitoring and Reporting

Generate continuous monitoring reports and progress tracking for earthwork operations with automated data analysis and stakeholder communication.

Platform Specifications

DJI Dock 2
Weight: 34 kg (without the drone)
Size: length 570 mm, width 583 mm, height 465 mm
Environment adaptability: -25℃-45℃ working temperature, IP55 Rate
Max operation height: 4,000 m
Max Operating Radius: 10 km
Automated scheduling and remote operation capabilities
Matrice 3D
Weight: 1410 g
Size: length 335 mm, width 398 mm, height 153 mm (without propellers)
Max flight time: 50 minutes
Max Operating Radius: 10 km
Wide camera: 4/3 CMOS, 20MP, Mechanical Shutter: 8-1/2000 s
Tele camera: 1/2" CMOS, 12MP
Environment adaptability: -25℃-45℃ working temperature, IP55 Rate

Ready to Transform Your Geospatial Operations?

Contact our experts to learn more about how earthwork solutions can enhance your operational capabilities.

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