A3-AG/N3-AG AGRICULTURE KIT 2.0
User Manual
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2019 DJI All Rights Reserved.
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When the RTH altitude is set to more than 15 m and the aircraft is ascending
between 15 m and the preset RTH altitude, the aircraft will stop ascending and
immediately return to the Home Point if you push the throttle stick.
Attitude Control When One Motor Output Fails
For 6-rotor and 8-rotor, the flight control system can control the aircraft’s attitude when one motor
fails:
1. During flight, the aircraft with this flight control system is attitude controllable when one motor
output fails.
2. The motor will not start before take-off. (DJI Intelligent ESCs are required for communication.)
Propulsion System Protection
Low voltage and overweight aircraft warnings are provided.
Radar Module (Altitude Stabilization / Prediction)
Profile
The radar module uses microwave technology. In an optimal operating environment, the aircraft
can fly at a constant distance to ensure even spraying. If three radar modules are mount to the
forward, rear, and downward positions of the aircraft, the forward and rear radar modules can
predict the distance between the aircraft and the vegetation or other surface to achieve terrain
follow function.
The radar functions can be enable or disabled in the app. When enabled, the aircraft will fly above
the vegetation at a constant spraying distance. In Manual operation mode, the radar module can
also measure the spraying distance above the vegetation or other surface, but the aircraft will not
be able to fly at a constant spraying distance.
Usage
1. Ensure that you have enabled the radar functions in the app.
2. Enter the desired operation mode, and then configure the desired spraying distance in the app.
3. If the operating environment is ideal, the aircraft will fly above the vegetation at the preset
height.
The radar module enables the aircraft to maintain a fixed distance from vegetation only
within its working range.
Observe the aircraft’s distance from the vegetation at all times.
Operate with extra caution when flying over inclined surfaces (depending on aircraft
speed). Recommended maximum inclination at different speeds: 15° at 1 m/s, 6° at 3
m/s and 3° at 5 m/s.
Obey local radio transmission laws and regulations.