DJI Matrice 4E: Precision Aerial Data for Construction & Infrastructure Projects

In modern construction and infrastructure projects, aerial data is no longer just about capturing beautiful visuals. Accuracy, repeatability, and safety are now essential. This is where the DJI Matrice 4E becomes a powerful tool in our aerial workflow.

At Skyshot, we deploy the Matrice 4E across active construction sites to deliver aerial time-lapse, progress documentation, mapping, and 3D photogrammetry—all with engineering-grade precision.

RTK Precision for Repeatable Aerial Time-lapse

One of the standout features of the Matrice 4E is its RTK (Real-Time Kinematic) positioning system, which enables centimetre-level flight accuracy. This level of precision allows us to fly repeatable waypoint missions, where the drone returns to the exact same position, altitude, and camera angle every time.

This capability is critical for aerial timelapse and monthly progress documentation. By flying identical routes at regular intervals, we can produce perfectly aligned visuals that clearly show how a building evolves over time—floor by floor, structure by structure. These repeatable shots are ideal for:

• Monthly and quarterly project updates

• Stakeholder and client reporting

• Marketing and archival documentation
  

Unlike conventional drones that rely on standard GPS, RTK ensures consistency even across long project timelines.

Aerial Mapping & 3D Photogrammetry at Speed

Beyond visual documentation, the Matrice 4E excels in aerial mapping and 3D photogrammetry. Paired with DJI Terra or Drone Deploy, the workflow for generating orthomosaic maps and 3D models is significantly faster and more efficient than with standard consumer drones.

This allows us to deliver:

• High-resolution orthophotos

• Accurate 3D site models

• Terrain and volume measurements

• Visual progress comparisons over time
  

For construction teams, this means quicker turnaround from flight to usable data—supporting planning, coordination, and decision-making without slowing down the project timeline.

Matrice 4E with the Obstacle Sensing Module.

Enhanced Safety with LiDAR Obstacle Sensing

Construction sites are dynamic environments, often filled with tower cranes, mobile cranes, scaffolding, and moving machinery. The Matrice 4E’s LiDAR-based obstacle sensing module adds an important layer of operational safety.

The system enables the drone to:

• Detect obstacles with high accuracy

• Actively avoid cranes and structures

• Safely navigate complex, changing job sites
  

This is especially important when flying automated waypoint missions, where safety and reliability are non-negotiable. The result is safer flights, reduced operational risk, and greater confidence when operating in congested environments.

A Versatile Tool for Construction Documentation

We currently use the Matrice 4E across multiple applications, including:

• Aerial timelapse for long-term construction documentation

• Aerial photo progress reports

• 3D photogrammetry and site modelling

• Aerial mapping for planning and analysis

Its combination of RTK precision, intelligent obstacle avoidance, and fast data processing makes it an ideal platform for professional construction and infrastructure projects.

Conclusion

The DJI Matrice 4E is more than just a drone—it is a precision data-capture platform designed for demanding, real-world environments. With repeatable RTK waypoint flights, enhanced safety around cranes, and fast 3D mapping workflows, it enables us to deliver accurate, consistent, and meaningful aerial insights throughout the lifecycle of a construction project.

If you’re looking to track progress, document change, or generate reliable aerial data for your project, the Matrice 4E is a game-changer.