The Inspire 2 Intelligent Flight Battery has a capacity 97.5Wh. Most airlines allow carrying
batteries below 100 Wh in carry-on luggage. However, as regulations may vary across airlines and regions,
please contact your airline or the regulatory body of your destination.
The new dual-band Lightbridge HD video transmission system has a maximum transmission distance of 7 km*.
The video feed from the FPV camera and main camera (1080p or 720p) can be viewed simultaneously through the
Picture in View feature. The dual-band system consists of 2.4GHz ISM and 5.8GHz ISM**, giving the Inspire 2 stronger
resistance against interference.
*Unobscured, free of interference, FCC compliant.
**In accordance with local law and regulations, 5.8GHz is not available in some countries.
The remote controller is equipped with a 6,000mAh LiPo 2S battery. Fully charging the Inspire 2 remote controller takes approximately 3 hours.
It can be used for approximately 4 hours after being fully charged.
You will get a 180W Battery Charger and a Battery Charging Hub in the box with your Inspire 2.
When connecting the standard Battery Charger to the Battery Charging Hub, it takes about 90 minutes
to charge 2 batteries and 180 minutes to charge 4 batteries.
The Inspire 2 can take off if the power discrepancy of the two batteries is within 13%. If it is unable to take off,
the DJI GO 4 app will inform you that “the power discrepancy in the two batteries is too large”.
You will hear the Exit button click to confirm successful mounting of each battery.
Other signs is that the button will have less give when you tap it, and that the batteries will not detach when pulled.
The DJI GO 4 app also will not inform you of errors and show a full status for each battery when properly mounted.
Yes. Many key parts of the Inspire 2 are designed with redundancy, including IMU sensors and barometers.
The Inspire 2 flight controller monitors and analyses the redundancy data in real time, to ensure that flight data is correct.
Yes. During RTH, the Inspire 2 is able to collect information about the environment and automatically plan the best path back home.
Being able to detect obstacles 200m away, it also restores communication faster with the remote controller during RTH after losing signal,
so as to make RTH safe and successful.