Kimpok Analog Video Receiver FOX-R02

Kimpok FOX-R02 Analog FPV Video Receiver – 2.4 GHz, 12 Channels, AV Output

Kimpok FOX-R02 is a compact 2.4 GHz analog video receiver designed for receiving FPV video transmissions from compatible transmitters. With 12 selectable channels, a digital channel display, convenient CONTROL buttons, and VIDEO OUT / AUDIO OUT ports, it is a practical choice for hobby FPV setups, ground stations, RC models, UAV projects, and bench testing.

If you want to build a simple analog video monitoring system without complicated setup or digital latency, the FOX-R02 is a great fit. The set shown in the product package includes the receiver, 2.4 GHz antenna, and AV cable, so you can quickly connect it to a monitor, DVR, goggles with AV input, or another compatible analog display device.

Reliable 2.4 GHz Analog Video Reception

The Kimpok FOX-R02 operates in the 2.4 GHz band and is built to receive analog video and audio from compatible FPV transmitters. It is a solid solution for hobby users looking for a straightforward AV link for drones, RC vehicles, and custom FPV builds.

• 2.4 GHz operating band – works with compatible analog FPV video transmitters.
• 12 receiving channels – easy frequency matching with your transmitter.
• Analog AV signal – convenient connection to monitors, DVRs, or goggles with AV input.
• Video and audio output – separate VIDEO OUT and AUDIO OUT ports.
• Perfect for FPV and UAV use – suitable for drones, RC models, unmanned vehicles, and ground stations.

12 Channels and Digital Display for Easy Tuning

The FOX-R02 offers 12 working channels, making it easier to match your 2.4G video transmitter. The digital display lets you quickly check the current channel, while the CONTROL buttons make channel switching simple and tool-free.

In an analog FPV system, both the transmitter and receiver must be set to the same channel for proper operation. Before use, it is worth checking signal stability, image quality, and correct antenna installation. Depending on the device configuration, pressing and holding the button may also turn off the display to help reduce power consumption.

VIDEO OUT and AUDIO OUT for FPV Ground Stations

The Kimpok FOX-R02 is equipped with VIDEO OUT and AUDIO OUT ports, allowing the received signal to be sent to an external monitor, AV goggles, DVR recorder, or another compatible device. This makes it especially useful when building a portable or fixed FPV ground station for field work and testing.

• VIDEO OUT – connect video to a monitor, goggles, or recorder.
• AUDIO OUT – output audio in compatible setups.
• AV cable included – easier connection to your display device.
• 1 Vp-p signal level – standard analog video and audio output level.
• PAL/NTSC compatibility – supports common analog video formats.

12 V Power Input and Durable Metal Housing

The Kimpok FOX-R02 runs on DC 12 V power. Its metal enclosure helps improve durability in everyday hobby use and makes installation easier in an FPV case, next to a monitor, or on a workshop test bench. The side mounting tabs allow the receiver to be fixed securely in place.

Thanks to its compact size, this receiver is easy to transport and works well in both mobile FPV kits and permanent receiver installations. Before connecting the device, make sure your power source provides the correct voltage and that the antenna is properly installed.

What’s Included and How to Use It

The package includes the items shown with the product: Kimpok FOX-R02 analog receiver, 2.4 GHz antenna, and AV cable. To build a working system, you will also need a compatible 2.4 GHz video transmitter, an analog camera on the transmitter side, and a 12 V DC power source.

• Kimpok FOX-R02 2.4 GHz analog video receiver – 1 pc
• 2.4 GHz antenna – 1 pc
• AV cable – 1 pc

Before powering on, connect the antenna, 12 V power supply, and AV cable to your display device. Then set the receiver to the same channel as the transmitter. Always choose operating frequencies in accordance with local radio regulations and use only compatible transmitters and antennas designed for the 2.4 GHz band.