NDTScan provides advanced non-destructive testing (NDT) solutions tailored for quantum systems. Our services ensure accurate, compliant, and efficient diagnostics across all sectors, from aerospace to infrastructure. With cutting-edge equipment and over a decade of experience, we deliver certified inspections that minimise downtime and maximise safety. Trust NDTScan for reliable, data-driven reporting that enhances your decision-making and operational excellence.
NDTScan uses Quantum Systems fixed-wing UAVs for long-range aerial surveys, corridor mapping, and topographical data capture across highways, railways, pipelines, and large-scale infrastructure sites. These VTOL-capable drones combine vertical takeoff with fixed-wing endurance — making them ideal for large-area coverage where accuracy and efficiency are critical.
Quantum UAVs support LiDAR, RGB, and multispectral payloads — enabling terrain modelling, asset inspection, and environmental monitoring across vast or remote locations.
Continuous Innovation in Survey-Grade UAV Mapping
Quantum Systems offers survey teams the best of both worlds: drone agility and manned-flight endurance. Their GNSS/RTK capability ensures engineering-grade data from every flight.
Our Quantum Systems Equipment
- Trinity F90+ UAV: Fixed-wing drone with VTOL capability, up to 90 minutes flight time, and swappable payloads — perfect for corridor and area surveys.
- Qube 240 LiDAR Payload: Collects high-resolution 3D terrain data for volumetrics, clearance checks, and ground modelling — accurate to <5cm vertical RMSE.
- Sony RX1R II RGB Camera: Used for orthophoto generation, asset visualisation, and GIS-integrated overlays.
- Quantum Flight Plan Software: Automates mission planning, geofencing, altitude profiles, and redundancy settings — ensuring regulatory compliance and repeatability.
- Full RTK/PPK Compatibility: Delivers centimetre-level accuracy for all post-processed outputs.
Why We Use Quantum
Quantum drones bridge the gap between traditional drone limitations and the needs of true infrastructure-scale surveys. They’re ideal for utility corridors, highway projects, and development sites spanning kilometres.
Other Platforms Considered
For short-range or detailed inspection, we use DJI. But for coverage and endurance, Quantum Systems leads the way.
Fixed-Wing Drone Surveying UK Services for Scalable, Accurate Mapping
NDTScan delivers professional fixed-wing drone surveying UK services using Quantum Systems UAVs — purpose-built for large-area data capture across infrastructure, energy, and environmental sectors. These drones are engineered for endurance, precision, and field versatility, allowing us to map linear and open-area assets that exceed the practical limits of conventional multi-rotor UAVs.
By combining vertical take-off and landing (VTOL) capability with fixed-wing flight efficiency, Quantum UAVs offer a best-in-class solution for long-range surveys. Whether capturing terrain data for a new pipeline route, modelling cut/fill for a highway corridor, or building orthophotos for a 10km rail section, these systems enable high-speed coverage without sacrificing accuracy.
Quantum drones support engineering-grade GNSS/RTK positioning, LiDAR payloads, and advanced mission planning tools — making them the platform of choice for clients who need large-scale geospatial data fast, accurately, and safely.
Built for Infrastructure, Utilities, and Land Management
Fixed-wing UAVs provide clear operational advantages when the survey site is:
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Too large for conventional drones to cover efficiently
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Linear in form (corridors, roads, rail, rivers)
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Located in remote or difficult-to-access regions
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Under environmental restrictions requiring minimal ground access
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Time-sensitive and must be completed in a single window
NDTScan uses Quantum Systems to support:
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Topographic surveys across highways, solar farms, and reservoirs
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Railway and pipeline corridor mapping for design and vegetation management
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Environmental monitoring over wetlands, floodplains, or forest reserves
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Construction site progression for large developments or mixed-use estates
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Orthomosaic generation for GIS analysis and spatial overlays
Each deployment is tailored to terrain type, project deliverables, and data precision needs — with full pre-flight planning, permissions, and airspace compliance included.
High-Endurance Drones for Survey-Grade Results
Our fixed-wing drone surveying UK platform is based on Quantum Systems’ Trinity F90+, a robust VTOL UAV that integrates long-range flight with field flexibility.
Trinity F90+ Fixed-Wing VTOL UAV
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Up to 90 minutes of autonomous flight per mission
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Hybrid flight mode: vertical take-off/landing and horizontal cruising
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Up to 100km corridor coverage in a single sortie
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Modular payload bay for rapid sensor switching
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Rugged design for on-site deployment without specialist infrastructure
Ideal for working in remote upland sites, highway verges, or live rail environments where take-off space is limited, the Trinity platform allows us to operate in confined zones while capturing extensive linear or zonal data in a single flight.
Sensor Options for Every Data Requirement
The success of fixed-wing surveys depends not only on flight range but also on payload flexibility. NDTScan deploys Quantum drones with specialist sensors configured for each project type.
Qube 240 LiDAR Payload
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Industry-grade LiDAR scanner with integrated IMU
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Generates dense 3D point clouds for ground modelling and DTM/DSM extraction
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Delivers <5cm vertical RMSE accuracy
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Used for clearance profiling, volumetric calculations, terrain analysis
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Processes through industry-standard software including TerraSolid, Global Mapper, and CloudCompare
Sony RX1R II RGB Sensor
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42MP full-frame sensor optimised for high-resolution orthophotos
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Ideal for asset visualisation, condition documentation, and 2D mapping
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Outputs compatible with ArcGIS, AutoCAD, QGIS, and BIM platforms
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Captures GSDs below 1.5cm/pixel depending on altitude and speed
These payloads enable multi-purpose surveys that combine topography, surface detail, and geospatial overlays in a single pass — reducing cost and accelerating project delivery.
Precision Positioning with RTK/PPK
Survey-grade output demands survey-grade positioning. Quantum Systems platforms support both:
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RTK (Real-Time Kinematic) correction via ground control
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PPK (Post-Processed Kinematic) workflows using onboard GNSS logs and base station data
This enables NDTScan to deliver outputs with centimetre-level accuracy, even over large distances and variable terrain.
All flight logs are archived and synchronised with ground control points or virtual reference station data, allowing clients to trace, validate, and reprocess outputs for design-grade applications.
Advanced Mission Planning and Flight Automation
To ensure repeatability and safety, each mission is configured using Quantum Flight Planning software, which enables:
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Custom flight paths for corridor or area coverage
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Terrain-following altitude profiles
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Geofencing and restricted zone avoidance
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Redundancy triggers for low battery or link loss
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Weather-optimised route planning
Flight planning is validated against airspace constraints and integrated with pre-flight RA and NOTAM submissions — ensuring compliance with CAA UAV regulations and operating permissions.
Complete Deliverables for Design, Planning, and Monitoring
Our outputs are tailored to suit engineering, GIS, and planning environments. We provide:
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Geo-referenced orthophotos (TIFF/GeoTIFF)
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Classified point clouds (LAS, LAZ)
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Digital Terrain and Surface Models
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Contour and volume calculations
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Cross-sections and elevation profiles
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Web-based map viewers or BIM-compatible exports
Whether you need a design base map, a clearance study, or a condition archive, our Quantum drone data can be integrated directly into CAD, Revit, Civil3D, QGIS, and other platforms.
Why Quantum Systems Leads in Fixed-Wing Drone Surveying UK
Quantum Systems bridges the gap between survey UAVs and manned aircraft — offering:
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Survey-grade outputs with VTOL flexibility
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Extended coverage without the logistical burden of GCP-heavy methods
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Full compliance with UK UAV operational standards
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Endurance and range unmatched by multi-rotor platforms
This makes it ideal for linear infrastructure, regional development, flood planning, and environmental mapping where scale and accuracy must align without sacrificing speed or safety.