Logo with the letters 'ARI', a drone propeller inside a circle replacing the 'A', and the text 'Aerial Recovery & Imagery' below.
A thermal imaging view of a forested area captured from a drone screen. The image shows trees and branches in grayscale with some highlighted areas in red. The drone's flight info indicates manual mode, low altitude, and slow speed. Various flight parameters and controls are visible on the screen.

Thermal drones allow us to scan large areas of terrain quickly to locate downed or lost animals. Once detected, we guide hunters directly to the animal’s location.

Game Recovery

A 3D digital rendering overlay shows a network of interconnected points above a rural farm area with barns, animals, and trees.

Aerial Mapping

We capture high-resolution aerial imagery and process it into accurate, georeferenced maps of your property. Deliverables can include volumetric measurements, orthomosaic maps, elevation models, and contour lines to support planning, documentation, and land management.

Construction site with a bulldozer on dirt and an orange drone flying overhead against a blue sky with scattered clouds.

LiDAR uses airborne laser scanning to generate highly detailed 3D terrain and elevation models. This technology can capture ground surfaces even beneath vegetation, making it valuable for engineering, development, forestry, and large-scale land analysis. While highly accurate, LiDAR data is not intended to replace a licensed land survey.

LiDar

Aerial view of solar panels in a field with one panel highlighted in yellow and green.

Thermal Mapping

Thermal drones detect heat differences across surfaces to identify issues that may not be visible to the eye. This technology is commonly used to locate equipment failures, monitor solar arrays, inspect infrastructure, and identify thermal anomalies across large areas.