SENSING
Precision data collection from air to archive.
We specialize in collecting high-resolution geospatial data using advanced drone platforms and sensor suites designed for precision, versatility, and performance.
Aerial Platforms
Our DJI Matrice 300 RTK core flight system is purpose-built for complex data collection in rugged, remote, and dynamic environments.
Key Benefits:
Extended Flight Time & Range
Up to 55 minutes of flight time and a transmission distance of up to 8km (CE), allowing for efficient coverage of large or hard-to-access areas
Advanced Flight Performance
Features a refined airframe and propulsion system for smooth, stable operation—even in challenging wind or temperature conditions.
Improved Transmission System
Utilizes OcuSync Enterprise for triple-channel 1080p video and real-time auto-switching between 2.4GHz and 5.8GHz bands to maintain strong connectivity.
Safety & Situational Awareness
Equipped with six-directional sensing, dual visual and ToF sensors, and an integrated primary flight display (PFD) for collision avoidance and pilot confidence.
Durability & Weather Resistance
IP45-rated for resistance to dust and water, making it suitable for use in harsh or unpredictable conditions.
Dual Control Functionality
Supports two operators simultaneously, enhancing safety, training flexibility, and mission adaptability in the field.
Payload Versatility
Compatible with DJI Enterprise payloads including LiDAR (Zenmuse L1), thermal (H20T/H30T), multispectral, and photogrammetry systems—enabling flexible, high-resolution data capture.
With extended flight time, enhanced safety features, and broad payload compatibility, we can deliver reliable results no matter the terrain or weather.
Sensor Suite
We deploy a flexible array of cutting-edge sensors to capture detailed spatial data tailored to your project's needs.
Core Sensor Technologies:
LiDAR (Zenmuse L1 & L2)
Generates high-density point clouds through canopy and rough terrain
Delivers precise 3D topographic data for mapping, volumetrics, and site modeling
Ideal for archaeology, forestry, and land-use planning
Thermal Imaging (Zenmuse H20T & H30T)
Detects heat signatures, anomalies, and environmental changes
Supports infrastructure inspections, wildlife monitoring, and moisture mapping
Combines thermal, visual, and laser range finding for detailed situational data
Multispectral Sensors
Captures light beyond the visible spectrum to evaluate vegetation health and soil conditions
Supports precision agriculture, land restoration, and habitat assessments
RGB Photogrammetry
Produces high-resolution 2D orthomosaics and 3D reconstructions
Enables detailed visual surveys, site documentation, and spatial analysis
Each sensor is calibrated for high accuracy and seamlessly integrated into our workflows, ensuring quality outputs across various natural and cultural applications.
Data Value
Turning raw data into actionable insight.
The true power of our sensing services lies in the clarity and utility of the data we deliver. By capturing high-resolution, georeferenced datasets, we help clients visualize, analyze, and respond confidently to real-world conditions.
Why High-Resolution Spatial Data Matters:
Informed Decision-Making
Accurate spatial data allows clients to assess terrain, identify patterns, and make proactive, data-driven choices.
Multi-Layered Analysis
Combining RGB, thermal, LiDAR, and multispectral data reveals detailed environmental insights not visible from ground level.
Site-Specific Solutions
Each dataset is tailored to the project goals, whether identifying subtle landscape changes, monitoring crop health, or mapping heritage sites.
Scalable & Archivable
Digital outputs integrate easily into GIS platforms and can be archived for future reference, long-term monitoring, and comparative studies.
With precision from air to archive, we deliver spatial intelligence that empowers action while respecting the complexity of natural and cultural landscapes.
