iFlight CineLR 7 O4 Pro - 6S PNP with GPS

iFlight CineLR 7 is a top-tier 7.5" FPV drone equipped with DJI O4 Pro digital video transmission. Thanks to its size and longer flight time, the drone is suitable for long flights over the countryside or in the mountains. It can easily handle a classic HD camera such as GoPro or DJI Action. Thanks to its geometry, where the camera is mounted in front of the arms, the DJI O4 Pro camera image does not show distracting propeller edges, allowing you to capture 4K footage directly from the DJI O4 Pro unit. The O4 Pro video transmitter is unusually located in the front part of the drone. This keeps it well cooled and provides an easily accessible SD card slot. The drone also stands out with side plates that protect the sensitive electronics from dirt. The side plates are easily removable , making any servicing simple. The drone also includes a GPS module that enables automatic return-to-home. The GPS module is hidden under a 3D-printed part, so it is well protected. You will also appreciate the securely mounted XT60 connector and antispark filter, which prevents sparks when connecting the battery and extends connector life.

The drone uses Xing2 2809 1250Kv motors in combination with Blitz E55 ESCs running BlHeli_32 firmware. The Blitz F7 flight controller uses an F7 processor and an ICM42688 gyro. It is also equipped with a DPS310 barometer for altitude measurement and 32MB of Blackbox memory. Video transmission is handled by the mentioned DJI O4 unit. For good range, long LHCP-polarized antennas are placed at the rear of the drone.

Recommended batteries are 6S with a capacity of around 3300mAh for agile freestyle flying or 4000mAh and more for calmer long-range flights.

The drone is supplied in PNP version - without a receiver. Choose the receiver according to your RC transmitter. The drone can be paired with DJI Controller 3.

Important notice: The DJI O4 camera uses a new generation of gyroscopes that are more sensitive to vibration. This may affect the proper functionality of RockSteady and Gyroflow stabilization.