Precision agriculture
Agricultural Control
The multi spectrum sensor installed on drones transmits various wavelengths of bands to identify the vegetation index and prevent damages from harmful insects and diseases on farmlands and forests. Drones can easily identify seasonal changes on vast farmlands and inaccessible forests. Drones help to convert the data into numeric values to analyze the anticipated harvest time of crops or problems to the growth of arbors.
Agricultural Disease Control
Accurate GPS survey systems and flight route settings can prevent redundant spraying of pesticides and drifting for efficient and economical disease control plans. Drones can replace people in various work environments, such as hills, terraced fields, etc. Also, the units are embedded with obstacle-avoiding feature to ensure safe flights each time.
Ongoing Crop Control
Crop monitoring from seeding to harvest can efficiently plan and execute fertilizer and pesticide sprays, disease prevention, and growth control. Systemized and ongoing crop control maximizes profitability and allows risk control. Convenient interfaces and simple manipulation can significantly save labor cost and time.
Precision agriculture Payload
Precision agriculture Payload
Multi Spectral
- Disease detection
- Prediction of harvest
Optical Camera
- Farm survey
Delivery kit
- Pesticides
Payload by UAV
Airframe Precision agriculture Payload
MILVUS
MILVUS
- Lidar: Economical plans through agricultural field survey
- Camera: Prevents damages to crops by monitoring harmful tidal activities 24/7
RUEPEL
RUEPEL
- Monitoring crops in real-time during day and night
- GCS: Suggest the best Mission Plan for Sprays fertilizers and pesticides
- Sprayer: Swift and safe spraying of pesticides for disease prevention
PANDION
PANDION
- Camera: Monitoring lands and crops in real-time to instantly respond to unpredicted accidents
- Controller/GCS: Obstacle-avoiding feature makes safe and effective job possible
- Sprayer: Sprays pesticides safely and economically
PRECISION AGRICULTURE
Agricultural Control
The multi-spectrum sensor installed on drones transmits various wavelengths of bands to identify the vegetation index and prevent damages from harmful insects and diseases on farmlands and forests. Drones can easily identify seasonal changes on vast farmlands and inaccessible forests. Drones help to convert the data into numeric values to analyze the anticipated harvest time of crops or problems to the growth of arbors.
Agricultural Disease Control
Accurate GPS survey systems and flight route settings can prevent redundant spraying of pesticides and drifting for efficient and economical disease control plans. Drones can replace people in various work environments, such as hills, terraced fields, etc. Also, the units are embedded with obstacle-avoiding feature to ensure safe flights each time.
Ongoing Crop Control
Crop monitoring from seeding to harvest can efficiently plan and execute fertilizer and pesticide sprays, disease prevention, and growth control. Systemized and ongoing crop control maximizes profitability and allows risk control. Convenient interfaces and simple manipulation can significantly save labor cost and time.
Precision Agriculture Payload
PRECISION AGRICULTURE PAYLOAD
Multi Spectral
- Disease detection
- Prediction of harvest
Optical Camera
- Farm survey
Delivery kit
- Pesticides
Payload By UAV
AIRFRAME PRECISION AGRICULTURE PAYLOAD
MILVUS
MILVUS
- Lidar: Economical plans through agricultural field survey
- Camera: Prevents damages to crops by monitoring harmful tidal activities 24/7
RUEPEL
RUEPEL
- Monitoring crops in real-time during day and night
- GCS: Suggest the best Mission Plan for Sprays fertilizers and pesticides
- Sprayer: Swift and safe spraying of pesticides for disease prevention
PANDION
PANDION
- Camera: Monitoring lands and crops in real-time to instantly respond to unpredicted accidents
- Controller/GCS: Obstacle-avoiding feature makes safe and effective job possible
- Sprayer: Sprays pesticides safely and economically