DIY RX5808 5.8G 40CH diversity FPV receiver with OLED display for FPV racer Quad

Two-Tone Diversity The DIY RX5808 5.8G 40CH diversity FPV receiver with OLED display for FPV Racer Quad has two built-in receivers, which will provide an extra layer of security and enable the user to combine omnidirectional and directional antennas, which can be used to suit the specific application and provide excellent signal reception whether you’re flying close to home or need a directional antenna to get farther.

The user does not need to make any additional adjustments for the two modules to function together; they merely do so naturally.

Finally, the goal of this package is to provide the user with a reasonably priced substitute for a clear view of their FPV stream. You’ll have the necessary sight when you’re in the air with this kit, which is compact enough to travel with and roomy enough for good antenna separation.
For your Fat Shark Dominator goggles, the Openpilot RX5808 Pro Diversity receiver is a convenient method to build the ideal ground station.
This amazing, potent hardware is completely open source, so you may modify it to function as you choose and have the installed OLED screen display the information you require.

There is a single antenna limit on all of the conventional Fat Shark modules. For optimal FPV range, diversity is necessary to provide the clearest possible vision, particularly in 25 mw race conditions. With the help of these modules, you may greatly increase your potential range by adding variety to your current configuration.

The OLED screen is pre-installed on this Pro version of the Openpilot RX5808 Pro Diversity receiver.

Characteristics

• Control frequency: Integrated PLL frequency
• AV Output: Analogue audio and video signals output directly
• Automatic Search Signal Automatically swap signals between two receivers seamlessly
• Appropriate for Fast-Riding Quads
• Fit for High Definition Aerial Photography
• For both long and short distances, recommend utilising a panel connector and a clover antenna.