1.2.4.5.7.8.9.10 different scenarios require different operating parameters, and the efficiency values are greatly influenced by the parameters.
- overall efficiency data for spraying:
19 ha/h is for normal large-volume spraying (such as wheat pest control), its p100 pro operating parameters are 30 l/ha dosage, 9 m flight route spacing, 13.8 m/s flight speed, 50 kg full load.
28 ha/h is for paddy weed control, its p100 pro operating parameters are 12 l/ha dosage, 10 m flight route spacing, 13.8 m/s flight speed, 50 l full load.
2 ha/h is for medium-volume spraying in orchard (such as citrus), its p100 pro operating parameters are 150 l/ha, 3.5 m flight route spacing, 2.5 m/s flight speed, 50 kg full load.
1.8 ha/h is for large-volume spraying in orchard (such as mango), its p100 pro operating parameters are 300 l/ha,3.5 m of flight route spacing, 3.5 m/s flight speed, 50 l full load.
- overall efficiency data for spreading:
1300 kg/h is for urea spreading in rice field,its p100 pro operating parameters are 375 kg/ha dosage, 7 m flight route spacing, 9.5 m/s flight speed, 50 kg full load.
30 ha/h is for crawfish feeding, its p100 pro operating parameters are 30 kg/ha dosage, 12 m flight route spacing, 13.8m/s flight speed, 50 kg full load.
* efficiency data above are actual measurements, which include buffer time for loading, takeoff and landing, entering and exiting routes, and transferring to operation fields. the data are affected by the actual operating environment and parameters, for reference only.
3.6.11.12.13.14. the data of practical operations depends on actual situations. all parameters and data related to this product are results of standard laboratory tests. the specific performance may vary depending on the working environment, temperature, user habits, etc. please use the product in strict accordance with the official user manual and product guidelines. spreading test particulate matter are all urea.
15. this data is measured in plain mode, flying at 8.5 m/s, and in a textured scene. the exact time it takes to produce a picture depends on the actual situation. it is possible that a subsequent firmware update may result in a difference in the time taken.
16. swarm control is not supported under xag rcn mode.
17. the effectiveness of the obstacle sensing & avoidance system depends on obstacles' material, position, shape, size, etc.
18. 19. laboratory research shows that, under general operating conditions, the gc4000 auto supercharge station can fully charge a b13960s battery within 11 minutes from 30% to 95%. the specific performance may vary depending on the working environment, temperature, user habits, etc. please use strictly in accordance with the official product guidelines.