Kimpok Analog Transmitter KP-T1280B

Kimpok KP-T1280B Analog Video Transmitter 1.2 GHz 5W

Kimpok KP-T1280B is a 1.2 GHz analog FPV video transmitter designed for hobbyists building FPV, RC, drone, and UAV setups that need a stronger and more stable video link. With 5W output power, 8 selectable channels, and an operating range of 1080-1360 MHz, this VTX is a solid choice for users who want more signal headroom than typical low-power modules can offer.

It works with compatible analog FPV cameras and 1.2 GHz video receivers, making it suitable for classic real-time analog video transmission without digital encoding. The metal housing, SMA antenna connector, included 1.2 GHz antenna, and power/signal cable make installation easier and help you get your setup ready faster.

Key Benefits

• 5W transmission power for a stronger analog FPV video link
• 1.2 GHz band commonly used in long-range-oriented analog video setups
• 8 channels for easier matching with your compatible receiver
• Analog video transmission for low-latency live image feed
• SMA antenna connector for easy antenna installation
• Metal enclosure to support heat dissipation during operation
• Suitable for FPV, UAV, drones, and RC models

Built for Stronger Analog FPV Performance

The Kimpok KP-T1280B delivers 5W output power, giving your analog FPV system a stronger signal reserve compared to standard low-power transmitters. This makes it a practical option for hobby builds where video stability matters and where the right antenna and properly matched receiver can make a big difference.

Whether you are upgrading a drone, RC airplane, ground vehicle, or a DIY UAV platform, this transmitter is aimed at users who want a more capable analog VTX for real-time video monitoring.

1.2 GHz Band with 8 Selectable Channels

This analog transmitter operates in the 1.2 GHz band and supports 8 channels across the 1080 MHz to 1360 MHz range. That gives you flexibility when matching the transmitter to a compatible 1.2 GHz receiver and choosing the best channel for your FPV setup.

As with any analog video system, the transmitter and receiver must be set to the same frequency. Before use, it is a good idea to verify the selected channel, antenna connection, and power supply quality for the most reliable image transmission.

Easy Integration with Analog FPV Systems

The KP-T1280B is designed to transmit analog video from an FPV camera to a compatible 1.2 GHz VRX receiver. The included power and signal cable helps simplify standard installation, while the SMA connector allows quick mounting of a matching 1.2 GHz antenna.

• Compatible with analog FPV cameras and 1.2 GHz receivers
• Suitable for drones, RC planes, RC vehicles, and UAV projects
• Designed for real-time analog video transmission
• Good choice for builds that need simple setup and quick channel selection
• Useful where a more powerful VTX is preferred over typical short-range modules

Metal Housing and Cooling Considerations

A 5W video transmitter generates heat during operation, so proper airflow around the unit is important. The metal housing helps with heat dissipation, but it does not replace correct mounting and ventilation, especially during longer sessions.

Always connect the antenna before powering on the transmitter. Turning on a VTX without an antenna may damage the RF stage. It is also worth checking power polarity, signal wiring, and receiver frequency compatibility before use.

Technical Specifications

What’s Included

The package includes the core items shown with the product: the transmitter, one antenna, and a power/signal cable. To complete your setup, you will also need a compatible 1.2 GHz video receiver, an analog camera, and a suitable power source matched to your build.

• Kimpok KP-T1280B 1.2 GHz 5W analog video transmitter - 1 pc
• 1.2 GHz antenna - 1 pc
• Power and signal cable - 1 pc

Usage Notes

Before powering on, always connect the antenna and make sure your receiver is set to the same frequency. Do not operate the module without an antenna, as this may cause permanent damage. For best results, ensure proper cooling, stable power input, and use only frequencies and transmission power levels permitted by your local radio regulations.