Maxwell Company logoFLY MAXWELLAERIAL IMAGERY + THERMOGRAPHY

MAP / FLY MAXWELL

Turn a site into
a shared reference.

Plan overlapping aerial capture and map-based documentation around the way your team needs to understand a site. Start with the intended use, coverage and quality checks.

Detail of an actual Fly Maxwell processed two-dimensional thermal map, with a mapped roof outline visible over the thermal layerACTUAL 2D MAP · THERMAL DETAIL

FLY MAXWELL / PROCESSED 2D THERMAL LAYER · DETAIL

Choose the question before the map.

A site overview, a planning layer and a measurement-based product need different levels of control. Explain who will use the result, the area to cover and the software it needs to work in.

Connect capture with processing.

Suitable overlapping images, positioning, reconstruction and review all contribute to the output. Discuss orthomosaic imagery, coordinate systems and file formats before capture; a single overhead photograph is not a map.

Make accuracy a defined requirement.

Ground sampling distance describes image detail, not positional accuracy. Measurement-based work needs appropriate control, independent checks and a stated method. Licensed surveying or engineering work is scoped with the relevant qualified professional.

COMPLETED WORK / EXPLORE IN 3D

A property you
can move around.

Go beyond a single photograph. Explore our completed visible-light and thermal-palette property reconstructions, with practical context on what each view can help your team understand.

Explore our real 3D captures ↗

Original Fly Maxwell work. Interactive models open when you choose them.

Actual Fly Maxwell textured 3D reconstruction showing multi-storey buildings, roofs, parking and recreation areasVISIBLE CAPTURE → CONNECTED SCENE ↗

CAPTURE → CONTEXT → A USEFUL RECORD

A flight ends.
The record keeps working.

Bradley uses Liberty Shield Hub to connect property imagery, 3D viewing resources, thermal documentation and reviewed reports. See how that workflow helps the next conversation—and the next visit.

Follow the property-record workflow ↗

Portal access, reports and recurring visits are agreed for your project.

  1. Capture

    Photographs, video and agreed specialist imagery

  2. Connect

    Property areas and available 3D viewing resources

  3. Review

    Visible context, thermal documentation and observations

  4. Report

    An approved record for the intended audience

  5. Return

    Inspection history and a brief for the next visit

FROM OUR ORIGINAL CAPTURE ARCHIVE

See the footprint.

These are original source photographs from our property capture series. Explore how overhead and angled views connect with the workflow.

Explore the capture sequence ↗
Downward drone photograph of parking bays, a small roof and landscaped access areas
Overhead capture: access and layout
Overhead drone photograph of a condominium roof beside marked parking spaces
Overhead capture: roof connections
Downward drone view of gray condominium roofs with white equipment areas
Overhead capture: rooftop equipment

UNDERSTAND THE WORK / PLAN WITH CONFIDENCE

Go deeper before you fly.

Understand resolution and accuracy ↗Follow the mapping workflow ↗Explore our actual capture frames ↗

Know the scope

The featured image is a detail of our processed 2D thermal layer. The visible outline is a model footprint, not a property boundary. Capture photographs are labeled separately. No calibrated temperature dataset, diagnosis or survey accuracy is implied; deliverables and validation are agreed for the assignment.

THE NEXT MOVE IS YOURS

Let’s define the right capture.

Share the location, purpose and timing. We’ll discuss feasibility, deliverables and travel.

Build your project brief
Plan your project ↗