Propeller

1. Fly a drone over the construction site to capture aerial imagery.

2. Upload the imagery to Propeller for processing.

3. Generate a 3D map of the site using Propeller's photogrammetry engine.

4. Compare the current site conditions to the design plans.

5. Track progress on key milestones and identify potential delays.

6. Share progress reports with stakeholders.

1. Fly a drone over the quarry to capture aerial imagery.

2. Upload the imagery to Propeller for processing.

3. Generate a 3D map of the quarry using Propeller's photogrammetry engine.

4. Use Propeller's volume calculation tools to measure stockpile volumes.

5. Generate reports on stockpile inventory and track changes over time.

6. Integrate the data with inventory management systems.

1. Integrate DirtMate with earthmoving machines to collect real-time telematics data.

2. Fly a drone over the site to capture aerial imagery.

3. Upload the imagery to Propeller for processing.

4. Combine the drone data and machine telematics data in Propeller.

5. Track machine utilization, cycle times, and material movement.

6. Identify areas for improvement and optimize earthmoving operations.

1. Fly a drone over the waste disposal site to capture aerial imagery.

2. Upload the imagery to Propeller for processing.

3. Generate a 3D map of the site using Propeller's photogrammetry engine.

4. Track fill volumes, compaction rates, and site expansion.

5. Monitor environmental conditions, such as erosion and leachate.

6. Generate reports for regulatory compliance.

1. Capture site data using drones, GPS rovers, laser scanners, or total stations.

2. Upload the data to Propeller.

3. Generate a unified map of the site.

4. Perform measurements, calculations, and analysis using Propeller's tools.

5. Compare current site conditions to future designs or past surveys.

6. Share the results with stakeholders.

1. Upload design files (PDF, DXF, TTM, IFC, KML/KMZ, LandXML) to Propeller.

2. Overlay the design files on the 3D map of the site.

3. Annotate and mark up the design files from the field.

4. Share the annotated design files with the team.

5. Make confident decisions based on the visual context.