Kimpok Analog Video Receiver KP-R1300

Kimpok KP-R1300 - 1.3GHz Analog FPV Video Receiver

The Kimpok KP-R1300 is a lightweight analog FPV VRX receiver built for hobby FPV setups, drones, UAV platforms, and custom video transmission projects. Operating in the 1.3GHz band and supporting 32 channels across 1080-1420MHz, it gives you the flexibility to match your receiver to a compatible analog video transmitter and build a reliable low-latency video link.

This receiver is a great pick for builders who want something beyond the crowded 5.8GHz band, while still keeping the quick analog video response that FPV enthusiasts value. With its compact form factor and low weight, the KP-R1300 fits nicely into portable ground stations, test benches, and DIY long-range video systems.

Key Features of the Kimpok KP-R1300

• 1.3GHz analog FPV receiver - ideal for hobby FPV, UAV, and custom video projects.
• 32 receiving channels - more flexibility when matching your setup to the transmitter frequency.
• 1080-1420MHz frequency range - compatible with analog video transmitters operating in the same range.
• Low-latency analog video reception - a practical choice for real-time FPV viewing.
• Wide 7-36V DC input range - easy to integrate into different power setups.
• Compact and lightweight design - great for mobile receiving stations and DIY installations.

32 Channels and a Wide 1080-1420MHz Range

One of the biggest advantages of the Kimpok KP-R1300 is its support for 32 channels within the 1080-1420MHz range. This gives hobbyists and system builders more freedom to fine-tune their video link to match the transmitter, antenna setup, and local RF conditions. It is especially useful in advanced FPV builds where every part of the video system is selected individually.

• 32-channel support - more options for frequency selection and system matching.
• 1080-1420MHz operating range - designed for compatible analog 1.3GHz video systems.
• Alternative to 5.8GHz setups - a solid option for users building in the 1.3GHz band.
• Great for custom FPV systems - useful in DIY ground stations and long-range video projects.

Lightweight Design for Portable FPV Setups

At only around 12.5g, the KP-R1300 is easy to use in lightweight and portable installations. Its compact dimensions of 70 x 26 x 13mm make it simple to fit into a receiver case, ground station enclosure, test rig, or other project where saving space and weight matters.

• Weight: approx. 12.5g - minimal impact on the overall setup.
• Size: 70 x 26 x 13mm - easy to mount in compact builds.
• Modular form factor - convenient for DIY FPV receiver projects.
• Portable use - well suited for field receiving stations and mobile setups.
• Good fit for UAV projects - a practical part of an analog video reception chain.

7-36V DC Power Input and Easy Integration

The Kimpok KP-R1300 supports a wide 7-36V DC input range, making it easier to integrate into different power systems. This flexibility is especially handy in custom FPV builds where the receiver may need to work alongside a monitor, DVR, separate power source, or other ground station components.

• 7-36V DC input - flexible power compatibility for custom installations.
• Simple integration - works with a compatible analog transmitter and antenna.
• Analog video reception - suitable for classic FPV systems.
• Ground station ready - a smart choice for receiving live drone video.
• Frequency matching required - the receiver must be used with a transmitter in the same frequency range.

Technical Specifications

What’s Included and Typical Use Cases

The Kimpok KP-R1300 is a solid choice for users building an analog 1.3GHz FPV system and looking for a lightweight receiver with a broad channel selection. It works well in receiving stations, test projects, UAV platforms, and custom video systems where the user chooses the transmitter, antenna, and other signal chain components independently.

• Kimpok KP-R1300 analog video receiver - 1 pc

Note: This receiver should be used with a transmitter operating in the same frequency range and with a properly matched antenna. Before use, it is a good idea to verify frequency compatibility, power requirements, and the full video system configuration in accordance with local radio regulations.