Professional aerial data, inspection, and monitoring services across the North East and UK.
We support construction, infrastructure, energy, and commercial projects with accurate data capture, structured reporting, and safety-led operations.
Focused on clarity, compliance, and reliable outcomes.
We provide professional drone surveying and mapping services that deliver centimetre-accurate geospatial data for engineering, construction, and land management. Using RTK/PPK-enabled drones and ground control points, we produce orthomosaics, digital elevation models, and 3D point clouds that meet industry standards for precision and reliability.
Our outputs integrate seamlessly with CAD, GIS, and BIM workflows — supporting volume calculations, cut/fill analysis, topographic surveys, and as-built verification. Every project follows rigorous quality assurance protocols, with full metadata, accuracy reports, and coordinate system documentation to ensure your data is fit for technical use and regulatory compliance.
Our Surveying & Mapping service delivers centimetre-accurate geospatial data using RTK/PPK drone technology and ground control points — producing orthomosaics, digital elevation models (DEMs), and 3D point clouds that meet rigorous engineering and surveying standards.
We go beyond basic aerial photos to provide metrically precise, georeferenced datasets that integrate directly into CAD, GIS, and BIM workflows. Every project includes full metadata, coordinate system documentation, and quality assurance reporting so you can trust the data for technical decision-making.
Our methodology ensures: Sub-5cm horizontal and vertical accuracy with ground control, compliance with national mapping standards, seamless export to industry-standard formats (LAS, GeoTIFF, DXF), and full auditability through comprehensive accuracy statements and processing logs.
Whether you need topographic surveys, volumetric calculations, cut/fill analysis, or as-built verification — our deliverables are engineered for precision, reliability, and immediate use in professional design and planning environments.
Unlike standard drone operators, we use RTK/PPK-enabled drones with ground control points to achieve survey-grade accuracy (2–5cm) — suitable for engineering design, legal boundaries, and regulatory submissions.
All outputs are delivered in native CAD and GIS formats — including LAS point clouds, GeoTIFF DEMs/DSMs, DXF/DWG contours, and shapefiles — ready for direct import into AutoCAD, Civil 3D, ArcGIS, QGIS, and more.
Every survey includes an accuracy report, ground control log, processing methodology statement, and metadata documentation — ensuring full traceability and compliance with professional surveying standards.
Cover large or complex sites in a fraction of the time of traditional surveying — with no need for personnel to traverse hazardous terrain, active earthworks, or live traffic zones.
Data is processed using professional photogrammetry software (Pix4D, Agisoft) with rigorous QA checks — not consumer apps that produce visually appealing but metrically unreliable outputs.
Detailed terrain models capturing ground levels, features, and contours — compliant with national surveying standards and suitable for engineering design.
Deliverables include:
Accuracy: ±2–5cm horizontal and vertical with ground control points; ±10–30cm without (GCP-free option available).
Applications: Civil engineering design, drainage planning, flood risk assessment, planning applications, site feasibility studies.
Precise volume calculations for stockpiles, cut/fill areas, and excavation progress — enabling accurate resource tracking and cost control.
Capabilities:
Accuracy: Volumes typically within 1–3% of ground truth when GCPs are used and surfaces are well-defined.
Applications: Quarry and landfill management, construction earthworks, mining operations, agricultural silage storage, port bulk handling.
High-resolution, distortion-free aerial maps with true scale and georeferencing — ideal as a base layer for design, planning, and asset management.
Specifications:
Quality control: Radiometric calibration, lens distortion correction, and tie-point validation ensure geometric integrity.
Applications: Site planning, environmental monitoring, utility corridor mapping, agricultural zoning, historical record archiving.
Dense 3D representations of terrain and structures for visualisation, measurement, and modelling in engineering and BIM environments.
Outputs include:
Processing: Generated via professional photogrammetry software with noise filtering, outlier removal, and surface reconstruction.
Applications: BIM clash detection, heritage recording, structural deformation analysis, virtual reality walkthroughs, engineering simulation inputs.
Post-construction verification that built works match design intent — supporting handover, compliance, and dispute resolution.
Deliverables:
Standards alignment: Can be tailored to RICS, ICE, or client-specific verification protocols.
Applications: Highway handover, rail infrastructure verification, building completion certification, utility installation validation, warranty evidence.
We’ll advise on the most effective approach for capturing and reporting the data you need.
From project briefing through to final delivery, every survey follows a rigorous geospatial workflow designed to deliver centimetre-accurate, engineering-grade data ready for CAD, GIS, and BIM integration.
We begin by clarifying your survey purpose, required accuracy, coordinate system, and intended use — whether for design, volume calculation, or regulatory submission.
Survey objective definition (topo, volumetric, as-built), accuracy tolerance specification (e.g., ±3cm), coordinate system requirements (OSGB36, ETRS89, local grid), area of interest boundary confirmation, and deliverable format needs (LAS, GeoTIFF, DXF).
Precise flight paths are designed alongside ground control point (GCP) placement to ensure optimal coverage and metric accuracy for your specific terrain and features.
GCP number and distribution strategy, RTK/PPK base station setup (if used), flight altitude and overlap settings (typically 80% front / 70% side), weather and lighting window selection, airspace permissions and NOTAM checks.
Survey-grade drone flights are conducted using calibrated RTK/PPK systems, with GCPs surveyed in using GNSS rovers to establish precise ground truth.
GNSS rover survey of all GCPs (±1–2cm accuracy), drone calibration and lens verification, systematic flight execution with real-time telemetry monitoring, image quality validation on-site, full metadata logging (camera, position, time).
Raw imagery and GCP data are processed in professional software (Pix4D or Agisoft) to generate accurate, georeferenced outputs with full quality assurance.
Image alignment and bundle adjustment, GCP-based georeferencing and error minimisation, dense point cloud generation, DTM/DSM extraction, orthomosaic creation with radiometric correction, accuracy validation against check points.
Final datasets are delivered in your required formats with comprehensive documentation — ready for immediate use in engineering, planning, or asset management systems.
Accuracy report with RMSE values, processing methodology statement, LAS point cloud, GeoTIFF DEM/DSM/orthomosaic, DXF/DWG contours or features, shapefiles, KML overlays, and raw data archive (optional).
Centimetre-accurate drone surveying and mapping for engineering, construction, land management, and infrastructure projects — delivering geospatial data ready for CAD, GIS, and BIM workflows.
Accurate terrain models with contours, spot heights, and feature extraction — compliant with national surveying standards for engineering design.
Precise stockpile, cut/fill, and earthworks volume measurements for resource tracking, cost control, and progress billing in quarries and construction.
Linear surveys for road widening, rail alignment, and drainage design — capturing ground levels, features, and vegetation encroachment.
Regular site-wide surveys for reserve calculation, blast planning, haul road monitoring, and regulatory compliance in extractive industries.
Baseline topography for feasibility studies, drainage strategy, and planning applications — with OSGB36 or local grid alignment.
High-resolution DTMs for hydraulic modelling, surface water management, and SuDS design — capturing subtle terrain gradients.
Field boundary mapping, soil erosion tracking, and silage clamp volume measurement for farm management and subsidy claims.
Survey-grade base data for civil, structural, and environmental engineering — delivered in AutoCAD, Civil 3D, and Revit-compatible formats.
Post-construction validation of earthworks, structures, and utilities against design models — supporting handover and dispute resolution.
Accurate mapping of overhead lines, substations, and pipeline routes — including clearance heights and vegetation proximity.
Non-invasive 3D documentation of historic sites, earthworks, and scheduled monuments for conservation and research purposes.
Point clouds and mesh models formatted for clash detection, asset tagging, and lifecycle management in BIM environments.
Supporting data for boundary disputes, easements, and land registry submissions — with full metadata and accuracy certification.
Time-stamped, georeferenced survey data for earthworks disputes, flood damage assessment, and insurance claims validation.
Multi-temporal surveys to track site evolution, quantify earthmoving progress, and generate change heatmaps between phases.
GeoTIFF, shapefile, and KML outputs ready for spatial querying, watershed delineation, viewshed analysis, and asset management systems.
Many drone operators deliver visually appealing aerial photos with no geospatial accuracy, inconsistent scale, or audit trail. We provide survey-grade data — captured with ground control, processed to engineering standards, and delivered with full metadata and accuracy certification for technical use.
Civil engineers, land surveyors, quantity surveyors, planning consultants, earthworks managers, and GIS professionals who require reliable, metrically accurate spatial data — not unverified drone imagery from general operators.
Your questions about drone surveying, accuracy, and geospatial deliverables — answered.
We'll advise on the most effective approach for your project — from accuracy specifications and ground control planning through to CAD/GIS-ready deliverables.
Same-day response · No-obligation consultation