Kimpok Analog Video Receiver KP-R1700

Kimpok KP-R1700 Analog FPV Video Receiver – 1.7GHz VRX for Custom FPV and UAV Systems

The Kimpok KP-R1700 is a compact analog FPV video receiver (VRX) designed for hobbyists building custom video links for FPV drones, UAV platforms, ground stations, and long-range test setups. Operating in the 1.7GHz band, it supports 8 channels across 1680-1960MHz, making it a practical choice for users who want to build an analog FPV system outside the common 5.8GHz range.

Thanks to its lightweight design, compact size, and wide 7-36V DC input range, the KP-R1700 is easy to integrate into portable receiving stations, field cases, and custom hobby-grade video transmission projects. If you are putting together your own analog FPV setup and need a receiver matched to a compatible 1.7GHz analog video transmitter, this model is a solid and flexible option.

Why choose the Kimpok KP-R1700?

• Analog FPV VRX receiver for receiving video from a compatible transmitter
• 1.7GHz operating band – a great alternative to standard 5.8GHz systems
• 1680-1960MHz frequency range for use with compatible analog video transmitters
• 8 reception channels for easier frequency matching and system setup
• Low-latency analog video transmission for real-time FPV viewing
• Wide input voltage: 7-36V DC for versatile power options
• Supports 2S-8S power setups for easier integration into drone and field systems
• Compact and lightweight – ideal for portable ground stations and custom builds

Built for 1.7GHz analog FPV video systems

The biggest advantage of the Kimpok KP-R1700 is its operation in the 1.7GHz band. It is a smart choice for users building a custom analog FPV link and looking for a receiver compatible with transmitters operating in the 1680-1960MHz range. This makes it especially useful in projects where the user wants more control over the frequency plan, antenna choice, and overall video system configuration.

• Made for custom analog FPV systems
• Compatible with matching 1.7GHz analog transmitters
• Suitable for drones, UAVs, and hobby test platforms
• Useful in long-range and experimental video link projects
• Best performance when paired with a properly matched antenna and tuned setup

8 channels for more flexible video link configuration

With 8 available channels, the KP-R1700 gives you more freedom when matching the receiver to your transmitter and building a stable analog video link. This is especially helpful in hobby FPV and UAV projects where each part of the setup—receiver, transmitter, antenna, and power source—is selected individually.

• 8-channel reception for more convenient tuning
• Designed for use with analog 1.7GHz transmitters
• Great for custom receiving stations
• Stable video reception with proper antenna selection and setup
• A practical option for long-range projects where standard solutions may not fit the build

Compact VRX module with wide 7-36V power input

Measuring just 50 x 27 x 28mm and weighing approximately 19.5g, the Kimpok KP-R1700 is easy to mount in a portable FPV station, receiver case, or ground control setup. Its 7-36V DC input allows flexible powering from different sources, including 2S-8S battery packs, which is a big plus for DIY and field-ready systems.

• Approx. 19.5g weight – lightweight and easy to integrate
• 50 x 27 x 28mm dimensions – compact format for tight spaces
• 7-36V DC input voltage – broad compatibility with various power systems
• Supports 2S-8S battery setups – ideal for drone and portable station builds
• Designed for DIY integration in custom analog FPV systems

Technical specifications

What’s included and typical applications

The Kimpok KP-R1700 is a great fit for hobby users building a 1.7GHz analog FPV video link and looking for a lightweight receiver to pair with a compatible transmitter. It works well in long-range projects, UAV platforms, test benches, and portable receiving stations.

• Kimpok KP-R1700 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, make sure the frequency, power input, and overall video link configuration are compatible with your setup and local radio regulations.