Real mapping examples

Gallery

The best way to understand drone mapping is to actually look at it. This gallery shows examples of our orthomosaics, aerial imagery, 3D models, and mapping outputs. Click the examples to open higher-resolution versions where available.

100 Acre Farm Orthomosaic

A full-site orthomosaic overview made from 912 overlapping drone photos. This header example shows the whole property in one stitched aerial map, while the full-resolution file can be downloaded separately for proper zooming and inspection.

Site size: 100 acres
Ground sampling distance: 3 cm
Flight height: 80 m
Photos used: 912
Output: Full orthomosaic overview

Download full-resolution orthomosaic

Full-resolution PNG is a large file, around 500 MB, and may take a while to download. Upload the full file to the downloads folder using this exact file name.

Cropped section from the same high-resolution farm orthomosaic

Cropped Section From the Same Orthomosaic

A zoomed-in crop from the same 100-acre farm orthomosaic, showing the level of detail captured in the final stitched map. This type of view is useful for checking tracks, vegetation, planting areas, waterways, fence lines, access routes and general site features.

Site size: 100 acres
Ground sampling distance: 3 cm
Flight height: 80 m
Photos used: 912
Output: High-resolution orthomosaic crop

Download full-resolution image

Private Site — Textured 3D Model

A textured 3D model created from drone imagery. These models help show the shape of the land, buildings, access, vegetation and the general feel of a site in a way that is much easier to understand than flat images alone.

Site: Private property example
Output: Textured 3D model
Use: Site visualisation, measurements, planning and design reference

Watch 3D model fly-through

Replace this button link with the YouTube fly-through once the video is ready.

RTK / GNSS Equipment in the Field

Field equipment and ground control help support practical capture, repeat monitoring, georeferencing and stronger site confidence where the project needs it.

Output: RTK and GNSS-supported mapping
Use: Ground control, repeatable surveys and mapping confidence