Painpoints
It’s difficult to accurately locate the crop areas that need attention without geotagged data.
Manual samplings are lengthy and labor consuming, thus reducing the possible sampling frequency.
Traditional crop evaluation methods rely on observation with limited data analysis.
Limited visibility of the crop field overall health.
Advantages
Evaluate health and prevent diseases of each individual crop with georeferenced data collection.
Increase data sampling frequency with fast aerial data collection.
Access a variety of data including RGB images, multispectral, thermal, and LiDAR data.
Cover larger areas in a single flight.
Drone Platform
DJI Matrice 4E
Weight: 1219 g (with propellers)
Max Flight Time (without wind): 49 minutes
Environment Adaptability: Max takeoff altitude 6000 m, max wind speed resistance 12 m/s
Sensing System: Omnidirectional binocular vision system, supplemented with a 3D infrared sensor at the bottom of the aircraft
Mechanical Shutter Speed: 2–1/2000 s, minimum photo interval 0.5 s
Wide-Angle Camera: 4/3-inch CMOS, 20MP effective pixels
Medium Tele Camera: 1/1.3-inch CMOS, 48MP effective pixels
Telephoto Camera: 1/1.5-inch CMOS, 48MP effective pixels
Laser Rangefinding: 1800 m measurement range (1 Hz) @20% reflectivity target
Payload and Software
DJI Terra
Modeling and flight mission plan
DJI Pilot 2
Ground control.
Workflow
1 Data Collection:
Plan a 2D, Linear Flight, or Smart Oblique Mission based on the actual landscape situation for regular orthomosaic images or oblique image data collection. Enable Real-Time Terrain Follow feature.
2 Data Processing:
Import to DJI Terra to process for DOM, DSM, Point Cloud, and 3D models.
3 Data Analysis:
Import DJI Terra outputs to preferred third-party software for further analysis.
Drone Platform
DJI Mavic 3M
Net Weight (with propellers and RTK module): 951 g
Max Flight Time (without wind): 43 mins
RGB Camera: 4/3-inch CMOS, 20 MP effective pixels
Multispectral Camera: 1/2.8-inch CMOS, 5 MP effective pixels
Multispectral Bands:
• Green (G): 560 ± 16 nm
• Red (R): 650 ± 16 nm
• Red Edge (RE): 730 ± 16 nm
• Near Infrared (NIR): 860 ± 26 nm
Environment Adaptability:
• Max Take-off Altitude Above Sea Level: 6000 m
• Max Wind Speed Resistance: 12 m/s
Payload and Software
DJI Pilot 2
Ground control
DJI Terra
Modeling and flight mission plan
Workflow
1 Data Collection:
– Plan a 2D mission and activate the multispectral sensor to acquire an aerial map enriched with multispectral bands data, providing a comprehensive view for precise analysis.
2 Data Processing:
– Import to DJI Terra to process the captured images, and generate 2D models if needed.
3 Data Analysis:
– Analyze the collected vegetation indexes for in-depth analysis of crop health. Generate prescription maps for accurate crop spraying.
Drone Platform
DJI Matrice 400
Weight: 9740±40 g (with batteries)
Max Takeoff Weight: 15.8 kg
Max Payload: 6 kg
Max Flight Time: 59 minutes
Max Horizontal Speed: 25 m/s
Sensing System: Omnidirectional binocular vision system (surround view provided by full-color fisheye vision sensors), horizontal rotating LiDAR, upper LiDAR, downward 3D infrared range sensor, and six-direction mmWave radar
Environment Adaptability: IP55 rating, max takeoff altitude 7000 m, operating temperature -20° to 50° C (-4° to 122° F)
Payload Compatibility: Zenmuse H30 Series, Zenmuse L2, Zenmuse P1, Zenmuse V1, Zenmuse S1, and third-party payloads
Payload and Software
Zenmuse P1
Camera Sensor: 45 MP full-frame
Shutter: Global mechanical shutter, 1/2000 s
Gimbal: 3-axis stabilized gimbal with Smart Oblique Capture
DJI Pilot 2
Ground control
DJI Terra
Modeling and flight mission plan
Workflow
1 Data Collection:
– Plan a 2D mission with precise Ground Sample Distance (GSD) for capturing detailed images of leaf area and crop structures.
2 Data Processing:
– Import to DJI Terra to process the captured images and generate 2D models if needed.
3 Data Analysis:
– Utilize the captured high-resolution images to train specialized models for efficient disease detection, enhancing precision in agricultural monitoring.
Drone Platform
Matrice 350 RTK
Weight: Approx. 6.47 kg (with single downward gimbal and two TB65 batteries)
Max Flight Time: 55 minutes
Sensing System: Six-directional sensing and positioning
Environment Adaptability: IP55; max service ceiling above sea level 7,000 m (with 1676 propellers, without other payload); max wind resistance 12 m/s
Payload and Software
Zenmuse L2
Integrates frame LiDAR, a self-developed high-accuracy IMU system, and a 4/3 CMOS RGB mapping camera.
Coverage: 2.5 km² per flight
Detection Range: 250 m @ 10 % reflectivity, 100 klx
Effective Point Cloud Rate: 240 000 pts/s
Returns: Supports 5 Returns
Solution: Turnkey Solution
DJI Pilot 2
Ground control
DJI Terra
Modeling and flight mission plan
Workflow
Workflow
1 Data Collection:
– Plan a 2D mission to collect both Point Cloud and true color images, providing comprehensive data for accurate analysis of crop characteristics.
2 Data Processing:
– Import to DJI Terra to process for DOM, DSM, Point Cloud, orthomosaic images and 3D models.
3 Data Analysis:
– Import the acquired models into your preferred third-party software for further crop classification, volume estimation, and biomass classification.
Drone Platform
DJI Dock 3
Weight: 55 kg (without the drone)
Size: 1760×745×485 mm (L×W×H, dock cover opened)
Environment Adaptability: -30° to 50° C (-22° to 122° F) operating temperature, IP56 rating, maximum operating altitude 4500 m
Max Operating Radius: 10 km
Charging Time: 27 minutes
Security Camera (Internal) Resolution: 1920×1080
Payload and Software
DJI FlightHub 2
Drone and dock’s cloud management system.
Workflow
1 Data Collection:
– Plan a routine 2D map mission for regular orthomosaic data acquisition.
2 Data Processing:
– Import collected data into your preferred third-party software for in-depth crop analysis.
3 Data Analysis:
– Use the captured images to train specialized models for efficient disease detection.
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