Our Technology

Sensors

Emesent Hovermap LiDAR

This LiDAR unit is both flexible and capable, it can be flown on a number of our aircraft. It’s SLAM (Simultaneous Localization and Mapping) provides dense laser point maps, while also providing an incomparable safety margin in challenging environments. This system has been proven to be able to work in GPS denied environments, such as under bridges and even underground.

Portable – drone mounted, vehicle, or hand carried operations
+/- 30 millimeters pre-processed accuracy
Unmatched point density and reflectivity
Colourized option available
+/- 15mm survey grade accuracy with control

YellowScan Mapper LiDAR

The YellowScan Mapper LiDAR offers exceptional flexibility and capability, seamlessly integrating with a variety of UAV platforms. This LiDAR system provides unparalleled safety margins, particularly in challenging environments, and has demonstrated reliability in GPS-denied conditions, making it suitable for diverse applications.

Compatible Airframe: DJI M300 RTK
Sensor Type: LiDAR (Light Detection and Ranging)
Primary Use: Mapping and surveying, accurate 3D point clouds, terrain mapping, vegetation analysis, and topographic surveys.

Achieves +/- 30 millimeters pre-processed accuracy
Ensures precise and reliable data for mapping and surveying tasks
Unmatched Point Density and Reflectivity
Offers a colorized data option for enhanced visualization and analysis
Achieves +/- 15mm survey grade accuracy with control

Zenmuse Z30 - DJI

Compatible Airframe: Matrice 210-RTK
Sensor Type: High Zoom RGB
Primary Use: Inspection

30x Optical Zoom for Great Detail Retention from Great Distance
6x Digital Zoom
Smart Target Tracking and Tap-to-Zoom Functions
Rated for Operations between -10C to 45C
Pair with XT2 (see above) for Powerful Inspection Tandem

Zenmuse P1

Compatible Airframe: DJI Matrice 300 RTK
Sensor Type: High-resolution full-frame sensor
Primary Use: Engineered for professional mapping and surveying applications, providing accurate and detailed geospatial data.

45-megapixel full-frame sensor
Supporting interchangeable lenses
Equipped with a global mechanical shutter
Engineered for survey-grade accuracy
Incorporates TimeSync 2.0 technology, synchronizing the camera, GPS module, and flight controller for optimal data capture accuracy.
Supporting smart oblique capture
Combined with DJI's RTK technology, the Zenmuse P1 achieves centimeter-level positioning accuracy
Integration with Onboard D-RTK 2 GNSS Module

Zenmuse H20T - DJI

Compatible Airframe: Matrice 300 RTK
Sensor Types: Multi-Sensor Payload including Thermal Imaging, Zoom Camera, and Laser Rangefinder
Primary Use: Comprehensive Aerial Inspection and Mapping

High-Resolution Thermal Camera
20MP 23x Hybrid Optical Zoom Camera
Laser Range Finder for long-range distance measurement and precise distance data for accurate mapping
Achieves Survey Accuracies as low as 1cm
Flexible Ground Sampling Distance (GSD)
Efficiently Covers Large Areas for Mapping and Surveying Projects

Altum - Micasense

Compatible Airframe: Trinity
Sensor Type: 6x Narrow Band Multispectral
Primary Use: High Resolution Calibrated Reflectance Image Capture

Blue, Green, Red, Near Infrared, Red Edge and 2x Infrared Sensors
5.2cm per pixel GSD at 120m
One Capture per Second
Calibrated Reflectance Plate for Mean Reflectance Accuracy of 95%
Downwelling Light Sensor for Cloud Cover Adjustments
Exciting Reclamation, Forestry, and Agriculture Applications

Rededge M - Micasense

Compatible Airframe: Matrice 210-RTK & Wingtra One
Sensor Type: 5 Band Multispectral
Primary Use: Calibrated Reflectance Image Capture

Blue, Green, Red, Near Infrared and Red Edge Sensors
8cm per pixel GSD at 120m
One Capture per Second
Downwelling Light Sensor for Cloud Cover Adjustments
Calibrated Reflectance Panel for Accurate Values

RXIR II - Sony

Compatible Airframe: Trinity, M600
Sensor Type: Very High Resolution RGB
Primary Use: High Detail, Survey Grade Site Mapping

1.7cm per pixel GSD at 120m
GSD as low as 0.7cm per pixel for ultra-high-resolution applications
Survey Accuracies as low as 1cm
42MP full-frame Sensor
Up to 210 hectares coverage per flight at 120m (60% sidelap)

QX I - Sony

Compatible Airframe: Wingtra One
Sensor Type: High Resolution Variable Angle RGB
Primary Use: 3D Modeling and Site Mapping

3.1cm per pixel GSD at 120m
Wide Angle 15mm Lens for Enhanced 3D Digital Reconstruction
Survey Accuracies as low as 3cm
20MP APS-C Sensor
Up to 320 hectares coverage per flight at 120m (60% sidelap)

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