Aerial Mapping

High Accuracy. Low Risk. Fast Results.

We leverage drone technology and AI analytics to deliver precise data and actionable insights – saving you time, money, and risk on every inspection.

Aerial Mapping

High Accuracy. Low Risk. Fast Results.

We leverage drone technology and AI analytics to deliver precise data and actionable insights – saving you time, money, and risk on every inspection.

Aerial Mapping

High Accuracy. Low Risk. Fast Results.

We leverage drone technology and AI analytics to deliver precise data and actionable insights – saving you time, money, and risk on every inspection.

The FPDynamics Mapping Toolkit

🎯 High-Precision Mapping

Orthomosaics and 3D maps with ±2 cm accuracy using RTK/PPK and GCP workflows.

🔍 Object & Defect Detection

AI identifies objects and issues like vehicles, people, trees, and surface cracks.

📊 Progress & Change Tracking

Compare past and present scans to monitor progress or detect changes over time.

📋 Decision-Ready Deliverables

Get annotated maps and AI-powered reports in 24 hours — ready to act on.

1
We Fly the Mission
Our expert team deploys high-precision drones to safely capture ultra-detailed aerial imagery with RTK/PPK and GCP accuracy — down to 1–2 cm.
2
We Build the Map
We process and stitch thousands of images into accurate orthophotos and 3D models, then use AI to detect objects, measure assets, and reveal hidden issues.
3
We Deliver Smart Reports
You get visual, data-rich reports with annotated maps, progress tracking, and AI-driven insights.

🛰️ Aerial Data Collection

We at FPDynamics deploy our fleet of quadrotor and fixed-wing drones to capture high-resolution imagery with extreme precision. Using RTK/PPK positioning and ground control points (GCPs), we achieve 1–2 cm absolute accuracy across every survey.
Precision Capture: RTK/PPK + GCP workflows ensure centimeter-level accuracy.
Flexible Coverage: Fixed-wing for large areas, quadrotors for detail and confined sites.
Consistent Quality: Crystal-clear geo-tagged imagery optimized for mapping and analysis.

🧠 AI-Powered Mapping & Detection

Our AI-driven photogrammetry process stitches thousands of overlapping images into high-resolution orthophotos and accurate 3D surface models. These maps are then analyzed using object detection and classification algorithms to identify relevant features like vehicles, people, vegetation, or defects such as road cracks
Orthophoto & 3D Map Creation: Generate precise geospatial surfaces for measurement and planning.
Automated Object Detection: Classify assets and anomalies using AI (e.g., cracks, obstructions).
Scalable Analysis: Efficiently process and analyze massive map datasets at scale.

📈 AI Reports & Insights

Once the maps and detections are complete, we compile everything into automated reports that are visual, interactive, and decision-ready. Our AI can also compare multiple flights or scans to track changes, measure progress, or flag new issues over time, ensuring you stay ahead of developing risks.
Automated Reports: Visual PDFs or dashboards with detections, measurements, and map layers.
Change & Progress Tracking: Detect differences between scans with accuracy and context.
Actionable Results: Prioritized findings to guide maintenance, audits, and compliance.

Aerial Mapping

Track Progress. Reduce Risk. Build Smarter.

Track progress, verify work, and detect issues before they escalate. Our aerial insights keep your projects moving—on time and on budget. Smarter oversight from above, with zero disruption on-site.

Explore our services

Features

BIM (Building Information Modeling)

Turn the built environment into intelligent, data-rich building models. Our BIM services capture, model, and deliver highly accurate as-built information to support design, construction, and facility management.
  • Accurate As-Built Data: Transform drone scans into precise, detailed BIM models for reliable project planning and verification.
  • Streamlined Communication: Give all stakeholders access to a single, up-to-date model to reduce misunderstandings.
  • Lifecycle Asset Management: Embed material, equipment, and maintenance data for long-term building operation.
  • Improved Quality Control: Detect deviations between design and actual site conditions before they cause costly issues.
  • As-Built Documentation: Create models that reflect exact field conditions for record-keeping and compliance.
Features

Orthomosaics

Drone-based orthomosaic mapping dramatically outpaces traditional methods. A single drone can survey hundreds of acres in under an hour, replacing days of ground-based total‑station work. For example, one contractor reported replacing a full day of manual site inspection with a 15‑minute drone flight – saving about five labor-hours per visit.
  • Generates a high-resolution, geo-rectified site map: It enables precise distance and area measurements across the entire construction site
  • Verifies progress and layout: Managers use the orthomosaic to compare actual work (e.g. foundation footprints, pavement) against design plans.
  • Dispute avoidance: Consistent aerial maps reduce miscommunication between stakeholders by providing a single reference for status
Features

3D Modeling

By seeing the actual site in 3D, crews easily identify low/high spots, drainage issues, or misplaced elements. The time saved translates directly to cost: industry reports cite 30–50% cost reductions for inspection and mapping when shifting to drones
  • Earthwork analysis: Easily compute cut/fill volumes by comparing successive models, enabling accurate billing and excavation planning.
  • Grading verification: Drones capture fine details of finished grades, allowing engineers to confirm slopes and elevations are built to spec.
  • Reconstruction and “digital twin”: High-fidelity 3D captures can be archived or fed into digital twins for long-term record and future facility management.
Features

Digital Terrain/Surface Models (DTM/DSM)

Drone-based elevation mapping dramatically outperforms traditional surveys.  Drone topographic surveys can cut effort and cost by an order of magnitude.  Traditional topo-surveys of dozens of acres could take days or weeks; a drone does it in hours
  • Baseline site model: Establish true ground surface before construction (important for bidding and planning, e.g. determining cut/fill).
  • Flood/drainage design: Analyze the bare-earth model to predict water flow and ensure proper drainage grades before construction starts.
  • Change monitoring: Repeat surveys after grading or excavation to verify earthwork volumes and whether work meets design grade.
Features

Volumetric Measurement

Drone volumetrics deliver rapid, repeatable measurements with centimeter precision, reducing man-hours and preventing errors, which quickly pays for the drone service many times over.
  • Stockpile management: Quickly measure current volumes of sand, gravel, or topsoil piles, ensuring accurate inventory for procurement and billing.
  • Equipment calibration: Ensure heavy equipment is using grade correctly by comparing planned cut height vs actual from drone data (avoiding unnecessary rework).
  • Safety: Eliminate manual tape or rod measurements on unstable piles, as drones capture all angles from a safe distance.
Features

Safety and Environmental Compliance

Drones significantly enhance jobsite safety and environmental monitoring without exposing workers to risk.  Aerial drones can inspect fall protection, scaffolding, and PPE usage, or capture safety hazards (e.g. open trenches, standing water, spills) for documentation.  They also monitor environmental controls, such as erosion/sediment fences, stockpile runoff, dust abatement, or wetland encroachments.  Importantly, drone surveillance keeps personnel out of dangerous areas.
  • Regulatory documentation: Automatically archive images of each stage (e.g. erosion control at grading start) to show regulators that plans were implemented.
  • PPE and traffic safety: Monitor whether workers wear helmets/harnesses and whether barricades or signage are correctly deployed on the ground.
  • Hazard inspections: Quickly scan roofs, towers or scaffolds to confirm railings, harnesses, and other protections are in place, without putting inspectors at risk