Tilt-rotor Unmanned
Aircraft with Vertical
Take-off and Landing Capability
Your Farmland Doctor
Professional VTOL Unmanned
Aerial Vehicle.
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SPECIFICATION
Span: 2.96 m | Length: 1.66 m | Wind Resistance: 10 m/s | Take-off and Landing Mode: VTOL | Maximum Take-off Weight: 12 kg | Endurance: 90 - 120 min | Cruise Speed: 60 - 120 km/h | Coverage: 2000ha @ GSD 0.1 m
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PAYLOAD
Three-in-one Gimbal Camera
Resolution: 1080P
Zoom Magnitude: x30
Night Vision: 0.0001lx Starlight
Thermal Camera: 640x480
Pitch Axis: -110°~+20°
Yaw Axis: -150°~+150°
Multi-camera
Resolution: 36,400,000
Sensor Size: 36x24mm
Pixel Size: 4.8μ
Front Layout: 35mm Lens
Inclined Layout: 4 of 50mm Lens
Inclining Angle: 38°～40°
Hyper-spectral
Shooting Mode: Fast Shot
Spectrum Range: 600-1000nm
Spectrum Bands: up to 32
Spectrum Resolution: <10nm
Spatial Pixels: 256x256
Standard Lens: 12 mm F1.4 (16° FOV)
Lidar
Measuring Range: up to 100m
Horizontal Scanning Angels: 360°
Vertical Scanning Angels: ±15°
Scanning Frequency: 300,000 points per second
Precision: ±2cm
Three-in-one Gimbal Camera
Resolution: 1080P
Zoom Magnitude: x30
Night Vision: 0.0001lx Starlight
Thermal Camera: 640x480
Pitch Axis: -110°~+20°
Yaw Axis: -150°~+150°
Multi-camera
Resolution: 36,400,000
Sensor Size: 36x24mm
Pixel Size: 4.8μ
Front Layout: 35mm Lens
Inclined Layout: 4 of 50mm Lens
Inclining Angle: 38°～40°
Hyper-spectral
Shooting Mode: Fast Shot
Spectrum Range: 600-1000nm
Spectrum Bands: up to 32
Spectrum Resolution: <10nm
Spatial Pixels: 256x256
Standard Lens: 12 mm F1.4 (16° FOV)
Lidar
Measuring Range: up to 100m
Horizontal Scanning Angels: 360°
Vertical Scanning Angels: ±15°
Scanning Frequency: 300,000 points per second
Precision: ±2cm
SOLUTION
Industrial Area 3D Visualization
3D models can be built using the multi-camera photos and its geographic information.
Lidar Precise Height Mapping
Lidar mapping can show field contours with centimeter precision.
NDVI Crop Health Indicator
NDVI can display crop status, saturation of the soil, plant disease, insect pests, and more, providing comprehensive information for precision farming.
Land Surface Temperature Retrieval by Thermal Data
Infrared is able to effectively detect thermal differences on the ground (e.g. leaves, soil in light, soil in shadow), which can be used to analyse the spatial thermal heterogeneity.
APPLICATION
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