LiDAR and photogrammetry create precise topographic maps for site planning, earthworks calculations, and BIM integration.
Inspect roofs, towers, façades, cranes, retaining walls, and elevated structures without putting teams at risk.
Weekly or monthly flight scans provide up-to-date progress documentation, helping PMs validate timelines and share updates with stakeholders.
Measure stockpile volumes, material movement, cut/fill variances, and contractor performance with measurable accuracy.
Dock drones enables fully autonomous flights for daily mapping, progress documentation, and perimeter security. It captures consistent data without sending crews into the field.
Live video, thermal imaging, and orthomosaics help teams monitor activity, identify hazards, and streamline on-site coordination.
Our ROC program gives construction teams instant access to high-quality aerial and ground-based data—without purchasing hardware or training internal pilots. We handle everything: automated flights, progress documentation, inspections, data processing, and reporting. Your team simply chooses the insights you need and pays a predictable monthly fee. It’s the fastest, most reliable way to keep complex projects on schedule while reducing field risk and operational burden.
We begin by meeting with your team to understand your workflows, hazards, data requirements, and operational constraints. This helps us map out where automation, inspection tools, and remote capabilities can create the biggest impact.
Once we understand your environment, we identify the right mix of drones, ground robots, sensors, and software. Every recommendation is backed by real industrial use cases—ensuring the technology fits your standards, budget, and scalability goals.
We bring the equipment on-site or host you at one of our facilities for a hands-on demonstration. Your team gets to see the hardware in action, evaluate data outputs, and understand operational workflows before making any commitment.
For emerging or high-risk applications, we move into a structured POC phase. This allows your organization to validate performance, test integrations, measure ROI, and build internal buy-in before full deployment.
Learn more| Model | DJI Dock 3 | DJI Matrice 400 | DJI Matrice 4 series |
|---|---|---|---|
| Compatible drones / Payloads | DJI Matrice 4D / T series | H30T Camera, Zenmuse L3 LIDAR | Thermal & Zoom |
| IP rating | IP56 | IP55 | |
| Payloads | Thermal & Zoom | Thermal & Zoom, LiDAR, Photogrammetry | Thermal & Zoom, Photogrammetry |
| Operating temperature | -30°C to 50°C (-22°F to 122°F) | -20°C to 50°C (-5°F to 122°F) | –10 °C to +40 °C |
| Software | FlightHub 2 / FlytBase | DJI Terra | DJI Terra |
Autonomous drones provide consistent, scheduled coverage of your construction site—capturing progress, identifying changes, and enhancing overall project awareness without deploying field staff.
LiDAR provides survey-grade accuracy for earthworks, grading, and civil layout validation. It excels in complex terrain, vegetation, and early-stage sites where precision is critical.
High-resolution aerial imagery produces accurate orthomosaics and 3D models used for progress tracking, as-built documentation, and project communication.
Dock 3 enables fully automated flights for daily mapping, progress tracking, and site surveillance—ideal for long-term or multi-phase construction projects that require constant visibility.
Scheduled flights produce consistent orthomosaics and 3D updates without field deployment.
Automated patrols detect unauthorized access, material movement, or safety hazards.
Flight data is processed automatically and delivered to dashboards for quick decision-making.
Dock 3 creates repeatable, scalable workflows for remote oversight across multiple construction locations.
This package gives mining teams a powerful aerial data-capture platform. The Matrice 400 with the Zenmuse L3 LiDAR captures high-density terrain models, pit walls, stockpiles, and overburden with survey-grade accuracy. Paired with the H30T, operators also gain thermal and zoom capability for equipment monitoring, night operations, and safety inspections.
L3 LiDAR captures precise topography for grading, cut/fill analysis, and earthworks verification.
The P1 delivers detailed 2D and 3D models perfect for as-built documentation and design validation.
Inspect roofs, façades, cranes, concrete curing, mechanical installations, and electrical hotspots safely.
Switch between LiDAR, photogrammetry, and inspection missions quickly—ensuring all phases of construction are covered.
The Matrice 4 Series offers strong flight performance, flexible payload options, and exceptional imaging capabilities—making it a reliable, cost-effective solution for capturing construction data day after day.
Capture accurate orthomosaics and 3D models for progress tracking and as-built verification.
Ideal for scanning façades, roofs, mechanical systems, and identifying heat anomalies on active worksites.
Longer missions allow full-site coverage in fewer flights, reducing time spent in the field.
Don't see the right kit?
The Matrice 400 with Zenmuse L3 LiDAR provides the most accurate volumetric data, even on steep or irregular piles.
The Zenmuse P1 paired with the Matrice 400 produces engineering-grade photogrammetry maps
Most drones are not suited for tight underground spaces, but Spot can navigate underground tunnels and declines safely.
Yes — enterprise drones and Spot are engineered for industrial conditions, including dust, wind, and temperature fluctuations.
For Canadian operations, Basic or Advanced RPAS certification is required. We also provide mine-specific training for mapping workflows.
Yes — LiDAR and photogrammetry outputs integrate into geospatial software.
Zenmuse L3 LiDAR or GreenValley LiDAR delivers survey-grade data suitable for volumetrics, terrain modeling, and geotechnical analysis.
Yes — we offer mining-focused proof-of-concept programs for Mining enterprises that are building robotic fleet programs.