Aerial georadar (GPR) on UAS
Non-invasive mapping of subsurface structures using drones with precise geolocation and fast area-wide data collection.
We help reveal underground utilities, drainage systems, voids, historical structures and other hidden anomalies without excavation. Integrating GPR on unmanned systems means faster, safer and more efficient area surveys.
RTK accuracy
georeferencing
Grid mapping
systematic capture
Non-invasive
no excavation
Outputs
2D / 3D
Client value
What aerial GPR survey helps you uncover
We translate the technology into the language of projects, asset management and investment.
Underground infrastructure
Detection of pipes, drains, sewer branches, historical routes and other utility networks.
Hidden subsurface anomalies
Locating voids, disturbed zones, inhomogeneities and suspicious structures in the subsoil.
Historic estates and chateau grounds
Gentle survey without disturbing sensitive environments – suitable for heritage and archaeology-sensitive sites.
Decision-ready deliverables
Accurate data for designers, municipalities, site managers and investors before revitalisation or construction.
Principle
How GPR on a drone works
Clear and professional – without unnecessary jargon.
Ground-penetrating radar (GPR) uses electromagnetic waves that penetrate the subsoil and reflect off material boundaries with different properties. It identifies changes in underground structure, objects, utilities or voids.
UAS integration brings a key advantage over conventional methods: fast systematic area coverage, precise georeferencing and efficient capture even on large or hard-to-access sites.
Three-step overview
- 1
Grid flight
The drone systematically covers the site on a chosen grid.
- 2
Signal into subsoil
The radar emits pulses and records reflections from material boundaries.
- 3
Interpretation
Software and analysts convert data into anomalies and map deliverables.
Parameters
Technical parameters and accuracy
A framework that makes sense for designers and investors – final settings always depend on the site.
Mapping mode
Grid mapping, e.g. 1 × 1 m
Geolocation
RTK / GNSS
Frequency bands
100 MHz to 300 MHz – for mapping typically including 150 MHz (choice depends on survey goal and subsoil).
300 MHz
Higher detail, typically depth up to ~4 m depending on subsoil
150 MHz
Popular GPR mapping compromise – good balance of detail and depth reach in typical conditions.
100 MHz
Greater depth reach, lower sensitivity to small objects
Object detection
From ~5 cm depending on mineral content, moisture and environment
Horizontal accuracy
Approximately ±2–3 cm
Depth interpretation
Roughly ±5–15 % of depth
Higher frequency = higher detail
Suited to smaller objects and finer structures.
Lower frequency = greater depth reach
Suited to larger objects and deeper layers.
Why UAS
Why choose GPR on UAS
Non-invasive survey
No excavation, no environmental damage, no terrain disturbance.
Fast coverage of large areas
Efficient capture even on extensive or hard-to-access sites.
Precise georeferenced data
Every deliverable is spatially anchored and ready for further work.
Safer field operations
Less physical movement in risky or unclear locations.
Decision-ready deliverables
Data for design, asset management, revitalisation and investment planning.
Sensor combination
LiDAR, photogrammetry, multispectral, thermal – a complete site picture.
Applications
Typical use areas
Whether you manage assets, design or invest – there is a concrete scenario.
Municipalities and cities
- drainage mapping
- underground utility survey
- deliverables for reconstruction and revitalisation
- public space management
Heritage sites and historic grounds
- gentle verification of underground structures
- identification of historical routes and interventions
- baseline for site restoration
Construction and design
- pre-design preparation
- site risk assessment
- verification of unknown utility routes
Landscape and specialist surveys
- drainage systems
- historical terrain interventions
- supporting data for hydrological and geological assessment
Process
How delivery works
- 1
Intent consultation
We assess the site, survey purpose and expected deliverables.
- 2
Method design
We choose grid, frequency range and capture scope.
- 3
Aerial data capture
Systematic site mapping using UAS.
- 4
Processing and interpretation
Cleaning, analysis and clear deliverable preparation.
- 5
Client handover
Maps, interpretation, 2D/3D data, exports, optional cloud sharing.
Deliverables
What the client receives
We align formats with your GIS, project team or investment documentation.
- radar sections and basic interpretation
- map of detected anomalies
- georeferenced GIS deliverables
- 2D and 3D visualisation
- exports per project needs
- deliverables for further professional follow-up
- optional online / cloud sharing
We adapt deliverables to project requirements and client technical workflows.
Ecosystem
One technology is not enough. Their combination delivers the full picture.
We connect sensors so data makes sense in the context of the whole site.
LiDAR above ground, GPR below – the complete picture of reality.
Technology for accurate data and responsible decisions
Our services combine expert interpretation, precise geolocation and modern unmanned systems. Every project is prepared with regard to site character, survey purpose and required detail. The result is not just data, but deliverables with practical value for further decisions.
Need to verify subsurface structures without disturbing the terrain?
We will propose a suitable mapping approach, recommend technology and prepare deliverables exactly for your project purpose.
FAQ
Frequently asked questions
How deep can GPR see?
Depth reach depends on frequency, mineral content, moisture and subsoil character. Generally, lower frequencies penetrate deeper; higher frequencies provide finer resolution.
Is the method non-invasive?
Yes. Measurement takes place without excavation or surface damage.
What types of objects can be detected?
For example pipes, drains, voids, historical structures, subsoil anomalies or material boundary changes.
Can data be combined with LiDAR?
Yes. GPR and LiDAR together are very strong for comprehensive site understanding.
LET'S WORK TOGETHER
Send an inquiry — we will reply with a timeline and recommended approach.
Poptávka