Which camera drone is right for you?
| Model | Image | Key Spec | Use Case |
| DJI MATRICE 4 SERIES |  | • Excels in
Low Light Environment • Clear and Stable Images 112X • Comprehensive Accessory Upgrades (Spot light, Speaker) • Laser Range Finder, Precise Measurement • NIR illumination hardware, enabling lighting distances of up to 100 meters • Infrared High-Res Mode, with image resolutions up to 1280 × 1024 • The Matrice 4E wide-angle camera supports rapid 0.5-second interval • achieve up to 25 kilometers in transmission range. | • Surveying and
mapping • Construction and mining • Intelligent aerial operations • Rescue Operations |
| DJI AGRAS T40 (Agriculture Drone) |  | • AGRAS T40
features a coaxial twin rotor design that increases the payload capacity
maximum payload of 50kg • Can cover 21.3 hectare per hour • Advanced Omnidirectional Obstacle Sensing for obstacle avoidance • AGRAS T40 combines mapping, spraying and spreading functions for smooth operations • 7.02inch touch LCD Fully enhanced remote controller for smoother, faster mapping AGRAS T40 with the Phantom 4 Multi-spectral, the platform allows you to perform variable spraying/spreading operations with precision based on the farmland’s prescription map. • Charging station produces 1500W AC output, sufficient to power the remote controller, water pump, re loader, lights, and other components | • Precision Crop Spraying &
Fertilization • Large-Scale Field Coverage & • High-Power Spraying • Variable Rate Chemical & Fertilizer Application • Crop Health Monitoring & NDVI Mapping • Sustainable Farming & Environmental Management • Post-Harvest Management & Yield Prediction |
| DJI MATRICE 350 RTK |  | • 15km Max
Transmission • 55 minute maximum flight time • Six directional sensing and positioning • IP55 water and dust protection • Upgraded OcuSync 3 Enterprise Transmission • New Dual Battery System with Hot Swapping • UAV Health Management System • Customize with SDKs • Built-in redundancy systems ensure mission completion • Anti-collision beacon • Full Backwards Compatibility with DJI Enterprise Payloads • Night- Vision FPV Camera • 7.02-inch LCD touchscreen Remote Controller • AI Spot-Check | • Aerial Surveying &
Mapping • Infrastructure & Utility Inspection • Search & Rescue & Public Safety • Agricultural & Environmental Monitoring • Security & Surveillance |
| ZENMUSE P1 THE NEW BENCHMARK FOR AERIAL OPERATIONS |  | • No GCPs:
Horizontal Accuracy 3cm / Vertical Accuracy 5 cm; • High Efficiency: 3km area coverage under single flight; • High Resolution: 45-megapixels full-frame CMOS; • 3- axis stabilized gimbals with Smart Oblique Capture; • Mechanical global shutter 1/2000s shutter speed; • TimeSync 2 millisecond-level system synchronization; • 0.7s time interval photos. • Smart Oblique Capture | • Aerial Photogrammetry &
Mapping • Topographic Surveying & 3D Modeling • Infrastructure & Construction Site Analysis |
| DJI ZENMUSE L2 LIDAR SOLUTION FOR AERIAL SURVEYING |  | • Exceptional Efficiency – 2.5km2 covered in a single
flight • High Precision Vertical Accuracy:4 cm; Horizontal Accuracy: 5 cm • Superior Penetration Smaller laser spots, denser point clouds • Effective Point Cloud Rate: 240,000 pts/s • Supports 5 Returns in densely vegetated areas can capture more ground points beneath the foliage • Detection Range Up to 450m • Integrates frame LIDAR, a self-developed high-accuracy IMU system, and a 4/3 CMOS RGB mapping camera • No IMU Warm-up, ready for use the moment it’s powered on • Real-time Point Cloud live view, able to display and measure point cloud in real-time • Supports DJI Terra Postprocessing Software and Terra Solid Lidar Processing Software • Application: Land Surveying and Mapping, Electricity management, Forestry management, Infrastructure management | • Aerial LiDAR Surveying &
Mapping • Infrastructure & Construction Site Analysis • Mining & Quarrying • Topographic & Land Surveying |
| DJI MAVIC 3 ENTERPRISE SERIES |  | • Combined
with the RTK module which provides centimeter-level accuracy • 0.7- second interval shooting, making it the ideal choice for mapping and surveying. • Max Flight Time: 45 Minutes, Surveying Area in a Single Flight: 2 Square Kilometers. • Omnidirectional Sensing for Safe Flying • Small, lightweight, and fordable • Has a 48 MP wide Camera, 12MP of telephoto supporting up to 56 × Max Hybrid Zoom and 640 × 512 resolution thermal lens (Mavic 3T) • Advanced RTH, Built – in Beacon • Accessories compatible with speaker, RTK Module | • Aerial Surveying & Mapping • Infrastructure & Utility Inspection • Search & Rescue & Public Safety • Precision Agriculture & Crop Health Monitoring • Security & Surveillance |
| MAVIC 3 MULTISPECTRAL |  | • 4-band (Red
Edge, NIR, Green, Red) 5 MP multi-spectral camera • 4/3” CMOS 20MP RGB camera • Safe and stable – Omnidirectional Obstacle Avoidance & 15km Transmission Distance • Efficient aerial surveying -Up to 200 hectares per flight • Precise positioning – Centimeter – level RTK positioning & Microsecond – level time synchronization • Spectral sunlight sensor to capture solar irradiance • Up to 43 Minutes of Flight Time • RGB and Real – time NDVI feeds | • Precision Agriculture & Crop
Health Monitoring • Forestry & Environmental Monitoring • Soil & Land Degradation Assessment • Disaster Management & Climate Studies |
| DJI TERRA (Software) |  | • Real-time 2D
Mapping • Agricultural application • KML file import • 2D Reconstruction (Field) • 2D Reconstruction (Urban) • 2D Multi-spectral Reconstruction • Output Coordinate System • ROI Reconstruction • Image POS import • Multi-GPU Reconstruction • 3D Reconstruction • 3D Mission planning | • Aerial Surveying & 3D
Mapping • Construction Site Monitoring & Volume Calculation • Precision Agriculture & Crop Analysis • Disaster Response & Damage Assessment • nfrastructure & Utility Inspection • Law Enforcement & Crime Scene Reconstruction |
| Terra Soild SOFTWARE FOR LIDAR PROCESSING (Software) |  | • Managing and
processing all types of point clouds • Automated tools for creating 3D vector data based on the laser points • Supports import and export formats, including the LAS and LAZ formats • Can produce 3D vector models of buildings, vectorize power lines, run corridor analysis • Lidar point cloud classification (DEM, DSM, Contour, 3D Model, etc.) | • LiDAR Surveying &
Mapping • Infrastructure & Utility Inspection • Forestry & Environmental Monitoring • Mining & Quarry Management • Disaster Management & Damage Assessment • Urban Planning & Civil Engineering |