GEPRC MOZ7 V2 O4 Pro - 6S ELRS 868MHz/2.4G

Geprc MOZ7 V2 is a high-end 7.5" long-range drone with digital video transmission via DJI O4 Pro. Thanks to its size and extended flight time, it is ideal for long-distance flights across landscapes or mountainous areas. It supports classic HD cameras such as GoPro or DJI Action. The camera is placed in front of the arms, so the propeller edges are not visible in the DJI O4 camera feed. This allows for high-quality 4K recording directly from the DJI O4 Pro unit. The camera is mounted in protective aluminum side plates, with an additional aluminum guard above the camera. The drone includes a GemX Dual-band ELRS receiver for 2.4GHz and 868MHz frequencies, improving range and RC reliability. ELRS antennas are strategically placed – one below the camera and the other on the tail.

The drone is also equipped with a GPS module for automatic return-to-home. The goggles can display distance, direction, and speed relative to the takeoff point. The GPS holder allows angle adjustment to maintain optimal satellite reception. The drone's body is protected by plastic side covers that shield sensitive electronics from dirt and debris. The rear side features cutouts for the aluminum heat sink of the DJI O4 Pro unit. A firmly mounted XT60 connector reduces the risk of battery cables getting into the propellers. The battery can also be mounted underneath. The drone includes an antispark module to prevent sparking on battery connection, extending connector life.

It is powered by 2809 1450Kv motors combined with 6S batteries and 7.5" propellers, delivering ample thrust. The flight controller is the Taker H743 BT with integrated Bluetooth for wireless configuration. It features a powerful STM32H743 processor and dual gyros – MPU6000 and ICM42688-P. It also includes 512MB of blackbox memory and a barometer for altitude sensing.

Recommended batteries include 6S LiPo packs around 3300mAh for agile freestyle or 4000mAh+ for smoother long-range flying. For maximum endurance, 6S2P Li-ion packs are ideal.