GEPRC BNF Mark5 HD 4S 5 Deadcat Quad w/ DJI O3 Air Unit

Are you searching for the GEPRC MARK5 O3 Version quadcopter with DJI O3 Air Unit in Australia? The HD VTX has been upgraded, and the new DJI O3 Air Unit takes the digital system to a new height. The GEPRC team has optimized the MARK5's overall performance and equipped it with the DJI O3 Air Unit to create the new MARK5 O3 version. The DC structure is ideal for O3 internal recording with no propellers visible during flight, while the X structure suits freestyle flying, though propellers are slightly visible in O3 internal recording. Features include an upgraded lens aluminum alloy side plate for durability and visual impact, built - in Bluetooth for wireless parameter tuning via mobile phone, a squashed X arm design for freestyle, and the HD version using DJI's new O3 VTX for clear images, stable signals, low latency, long - distance, and up to 4K/60fps recording. It also has a SPAN G50A BLHeli_32 4in1 50A ESC with a GEPRC 2107.5 motor for strong power and smooth flight. The unique frame shock absorption design ensures a stable electronic system, and an independent capacitor and buzzer cabin make the drone extremely stable. There are two 3D printing camera mounts for various cameras, and the O3 version comes in coral orange and emerald green. MARK5 O3 is optimized for freestyle, offering a smoother flight experience.

Using your GEPRC MARK5 O3 Version quadcopter is easy. First, choose the right battery as recommended (LiPo 4S 1300mAh - 1800mAh for the 4S version or LiPo 6S 1050mAh - 1550mAh for the 6S version). Connect the battery securely using the provided battery straps. Then, turn on the quadcopter and connect it to your mobile phone via Bluetooth for parameter tuning. When flying, if you want a clean recording without propellers in the shot, select the DC structure. For more dynamic freestyle flying, go for the X structure. After flying, make sure to turn off the quadcopter and remove the battery. Store the quadcopter in a cool, dry place. To maintain it, regularly check the propellers for any signs of damage and replace them if necessary. Keep the electronic components clean and free from dust. If you use the 3D printed camera mounts, check their tightness before each flight to ensure stable shooting.