Data, delivered to those who need it

Inspect · Standardise · Decide

The data is clear

The next step is yours

Airsuv captures aerial inspection data across six sectors using the Airsuv Reference Capture (ARC) system - a five-layer, binary pass/fail capture framework that delivers 100% surface coverage, zero dataset ambiguity, and immediate usability for engineering teams.

IEC 62446-3 for solar. HEAG317 for heritage. RF-aware protocol for cell towers.

Every mission structured. Every dataset GPS-referenced. Delivered on time.

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What Airsuv Does

Airsuv captures aerial inspection data. That is the entire scope.

Every mission - regardless of sector or asset type - is structured to the ARC five-layer capture system, operated on an enterprise drone platform carrying 48MP RGB imaging, radiometric thermal IR, and a laser rangefinder.

ARC delivers 100% surface coverage on every mission. No gaps, no omissions, no subjective interpretation permitted. The data leaves site complete or it does not leave site.

That binary standard is what makes Airsuv's datasets immediately usable by structural engineers, O&M teams, conservation architects, and asset managers without additional processing.

Every mission is flown by Mark Wittner — CAA GVC licensed UAV Operator.

The pilot who takes the brief is the pilot who flies the job and delivers the data.

Six Sectors.

ARC-Structured Data Capture Across Every One.

Airsuv operates across six defined inspection sectors. Each has its own data requirements, applicable standards, and delivery format.

The ARC capture system and enterprise drone platforms are consistent across all six. The standards references are the operational standards Airsuv works to - not marketing claims.

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ARC - Sectors

Asset Scope: Lattice towers · Monopoles · Rooftop installations · Guyed masts

Standard/Protocol: RF-aware · 15m standoff · CAA GVC

Delivered To: Asset managers · MSPs · Towercos

1. Cell Tower

Asset Scope: Ground-mount 1MW–50MW+ · Rooftop commercial & industrial arrays

Standard/Protocol: IEC 62446-3 · 600 W/m² threshold · Delta T · R-JPEG

Delivered To: O&M teams · Performance engineers · Asset owners

2. Solar Farm

Asset Scope: Bridges · Retaining walls · Water treatment · Road gantries · Tunnels

Standard / Protocol: ARC five-layer · GPS-referenced · PLY/GeoTIFF output

Delivered To: Structural engineers · Highways teams · Utilities

3. Infrastructure

Asset Scope: Flat roofs · Industrial · Warehouses · Retail parks · Public sector

Standard / Protocol: ARC thermal replication · R-JPEG · GeoTIFF orthomosaic

Delivered To: FM teams · Surveyors · Estates managers

4. Commercial Buildings

Asset Scope: Overhead lines · Pylons · Wood pole · Substations (external) · Wind turbines

Standard / Protocol: ARC five-layer · GVC standoff · PTW compatible

Delivered To: DNOs · National Grid · O&M contractors

5. Powerline & Energy

Asset Scope: Grade I · Grade II* · Grade II · Scheduled monuments · Registered parks

Standard / Protocol: HEAG317 · Non-contact · SfM photogrammetry

Delivered To: DNOs · National Grid · O&M contractors

6. Heritage Buildings

The ARC Capture System

Every Airsuv inspection mission is structured to the Airsuv Reference Capture (ARC) system.

ARC defines five discrete capture layers - from full-asset overview to close-range detail - each with defined parameters, pass/fail criteria, and standards alignment.

ARC-1 establishes full asset geometry and environmental context.
ARC-2 delivers 100% surface coverage - the primary data layer and the basis for IEC 62446-3 thermal replication on solar farm inspections.
ARC-3 captures all structural and mechanical features, forming the photographic record basis for Historic England HEAG317 heritage documentation.
ARC-4 captures close-range detail of all points of interest identified during ARC-2 and ARC-3.
ARC-5 records site access, ground conditions, and the conditions log required for IEC 62446-3 reporting and RAMS documentation.

Standards define the requirement.

ARC defines how Airsuv meets it.

Why Airsuv

ARC system — five-layer capture standard

Every mission structured to ARC — binary pass/fail, 100% surface coverage, zero dataset ambiguity. The data leaves site complete or it does not leave site.
Standards-led capture

IEC 62446-3 for solar thermal inspection (600 W/m² minimum irradiance · Delta T recorded · R-JPEG format). HEAG317 for heritage documentation. RF-aware protocol for cell tower operations — 15-metre standoff from active antenna faces as standard.
Professional equipment

DJI Matrice 4T — 48MP RGB · radiometric thermal IR · laser rangefinder. Every dataset GPS-referenced. Full radiometric R-JPEG thermal data retained. PLY photogrammetric model and GeoTIFF orthomosaic where scoped.
Direct delivery of data

No intermediaries.
Data delivered on time for standard single-site missions.