DRONE INSPECTIONS FOR ENERGY AND INFRASTRUCTURE
Buildings, solar PV, turbines, industry and project sites. We deliver RGB and thermal documentation, point clouds and change records for maintenance, repairs and project planning.
LiDAR + 2 × 100 MP RGBPoint clouds and RTK/PPK referencing
FROM ASSET TO A DEFINED RESULT
Choose the question you need to document. A first scope can cover one asset, a PV block or comparable records before and after a repair.
A roof or façade with areas requiring closer review. The capture window is selected for the objective, surface and thermal conditions.
ResultThermal imagery, RGB context and referenced observations.
Explore building thermographyAn agreed farm block or rooftop installation. Radiometric files and the handover format are confirmed in the project scope.
ResultThermal and RGB material referenced to zones or rows, with capture conditions.
Explore PV inspectionsVisible structures and installations that are difficult to access from the ground. RGB, zoom or thermal capture follows the technical question.
ResultAsset-referenced details and an observation register for further checks.
Explore technical inspectionsDocumentation for property managers, contractors and technical advisers reviewing visible condition or planning work.
ResultOverview and detail images with clear location references.
Explore asset documentationOne affected area, the condition before work and a review after completion, using agreed reference points.
ResultDated material and a comparison of visible condition before and after work.
Describe the damage or repairThe same asset, repeatable viewpoints and an agreed visit schedule. Start with two comparable inspections.
ResultA record of change and a shared archive for the technical team.
Plan a recurring programmeMethod, capture conditions, formats and limitations are agreed before delivery. Thermal imagery identifies areas for further verification; cause assessment and formal opinions remain with the appropriate specialist.
ENERGY, CONSTRUCTION AND INFRASTRUCTURE
From terrain models to asset-condition records. Each scope explains the deliverables, inputs and pricing approach.
Spatial data for inventories, design and change comparison across terrain and infrastructure.
Visible blade, tower and nacelle areas, with imagery referenced to the turbine, component and zone.
Repeatable progress views for contractors, investors and project teams.
Thermal imagery with RGB context and references to areas for further maintenance checks.
Starting budgets are net. Travel and additional processing are separate. Scope and timing are confirmed in an individual proposal.
FIELD EVIDENCE AND REVIEWABLE MATERIAL
Review a real field case and buyer-facing documents before deciding whether a pilot is worth discussing.
An annotated film, seven referenced evidence frames and a report with the observation limits stated clearly.
Review the field case→Three paid pilot scopes covering one turbine, a defined PV block and a construction stage, with a practical brief for the first project discussion.
Energy Project Partner Brief↗Documented prior team experience with the delivery boundary and source of the material stated clearly.
Review the Marine case→Final accuracy depends on mission geometry, corrections, control, terrain and validation. A legally binding survey requires an authorised surveyor.
FLAGSHIP TECHNOLOGY / OWNED SYSTEM
Aeronautiq's newest survey system combines LiDAR capture, dual RGB cameras and RTK/PPK referencing. We use it for terrain, construction and infrastructure documentation when imagery alone is not enough.
SAMPLE HANDOVER STRUCTURE
Review example deliverables, their contents and limitations. We agree the exact delivery scope before the project.
Expand a result type. You can keep several sections open at once.
Output scope
Output scope
Output scope
Preparing material for a property manager, contractor or designer? Tell us who will use it and what result they need.
Discuss your project scopeADDITIONAL SPECIALIST SUPPORT
A dedicated route for shipowners, vessel operators and shipyards: service calls, onboard repairs and retrofit projects.
Explore Marine Electrical→Short formats, project updates, case studies and ongoing support using footage supplied by the client or field team.
Explore editing packages→A fixed launch point for repeat missions. Installation, supervision and operating scope follow a site assessment.
Explore DJI Dock 3→03, MANAGEMENT
Direct access to the people who prepare the scope, coordinate delivery and develop Aeronautiq in its key markets.
Founder and Project Lead
Responsible for company development, scope preparation and coordination with project clients.
View Marcin's profile
German Market Lead
Leads technical discussions and client visits in Germany and supports the preparation of UAS operations.
View Paweł's profile02, OPERATIONAL CREDIBILITY
We state responsibilities, requirements and delivery standards clearly, without promising an operation before the project has been reviewed.
Szczecin, Poland. We plan domestic assignments and international mobilisation from this base.
We review airspace, access, the ground area, weather, HSEQ, stop-work criteria and the asset operator's requirements.
Agreed file naming, material organised by asset and area, an observation register, limitations and follow-up actions.
Contact
Share the location, asset and objective. We will review feasibility and propose a scope.
