Potensic ATOM 2 - Page 43

•To ensure the safety of the return ight, please set the appropriate return altitude in the app
according to the ight environment.
•During the return course, users can still adjust the ight altitude by toggling the throttle control stick.
•When the drone is within 20 m of the HOME point and RTH is initiated, a pop-up window will appear
in the App for the user to select between landing and return. If return is selected, the return altitude
is 5 m. The drone will land automatically if no action is taken after a countdown of 10 seconds. Please
pay attention to ight safety.
•Tall buildings or obstacles can block the transmission signal and cause signal loss. Do not y behind
buildings beyond the return altitude, otherwise the drone will collide with obstacles and crash during
the return. If the drone enters ATTI mode due to GNSS failure or GNSS signal inteerence, it will not
be able to return. During the return process, strong headwinds may be encountered. Lowering the
ight altitude Appropriately can help reduce power consumption. If the power is insucient, the
drone will peorm a forced landing in place. Please pay attention to the prompts in Potensic Eve App.
Do not initiate the return when there are obstacles overhead, such as tall trees, otherwise the drone
may crash during the climb.
•Please pay attention to return safety, because ATOM 2 does not suppo obstacle avoidance and may
crash when colliding with obstacles during the return course.
• If the drone loses connection during the RTH process and the GNSS signal is disrupted due to
inteerence or other environmental factors, the drone will terminate the return task and automatical-
ly enter attitude mode (ATTI). At this point, issues such as loss of positioning or drift may occur. The
ight status "ATTI" will be displayed in the top left corner of the ight inteace, along with a warning
prompt. Please take manual control immediately. When the video transmission signal is lost, the
drone will continuously search for the remote controller and GNSS signals.
1. Once the GNSS signal is restored, the drone will reposition and automatically return to the HOME
point.
2. If the remote controller and GNSS signals cannot be restored and the batte is too low, the drone
will automatically trigger the low batte emergency landing function.
• If the drone is set to returnon signal loss, and the remote controller signal is lost during the ight, the
drone will automatically enter RTH mode. When the video transmission signal is disconnected, the
drone and remote controller will continuously attempt to reconnect. Once the remote controller and
video transmission are restored, you can regain the control of the drone.
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