Kimpok Analog Transmitter KP-T1280R

Kimpok KP-T1280R Analog Video Transmitter - 1.2 GHz, 8 W for FPV, UAV and RC Projects

Kimpok KP-T1280R is a high-power 1.2 GHz analog FPV video transmitter (VTX) designed for hobbyists building drones, RC models, UAV platforms, and custom video transmission setups. With 8 W output power, 8 selectable channels, and a wide 7-24 V input range, it is a solid choice for users looking for a stronger analog video link and easy integration into different power configurations.

This model is especially well suited for FPV enthusiasts who need more signal headroom, simple channel selection, and real-time analog video monitoring. If you are building a 1.2 GHz FPV system and need a more powerful VTX to pair with a compatible receiver, the Kimpok KP-T1280R is a practical and versatile option.

8 W Output Power for More Demanding FPV Setups

The Kimpok KP-T1280R delivers 8 W transmission power, offering a stronger signal reserve than lower-power analog transmitters. In real-world use, this can help provide a more robust video link when combined with properly matched antennas, correct installation, and a clear line of sight between transmitter and receiver.

• 8 W output power - ideal for more demanding FPV and long-range style setups.
• Analog video transmission - real-time video feed from a compatible camera and receiver.
• 1.2 GHz frequency band - an alternative to more common 5.8 GHz and 3.3 GHz systems.
• 8 selectable channels - easier frequency matching with a compatible receiver.
• Great for hobby FPV builds - a strong option for users who want a simple analog video link with more power behind it.

1.2 GHz Band with 8 Available Channels

The KP-T1280R analog transmitter operates in the 1.2 GHz band and supports 8 transmission channels. This makes it easier to match the transmitter with a compatible receiver and reduce the risk of interference in a specific operating environment. The 1.2 GHz range is often chosen in FPV systems where analog link stability and operation outside the most crowded frequency bands matter.

For best results, the transmitter and receiver should be set to the same channel. It is also recommended to use antennas tuned for 1.2 GHz, route wiring carefully, and maintain the cleanest possible signal path between both ends of the video link.

Built for FPV, UAV and RC Video Systems

Kimpok KP-T1280R is made for transmitting analog video in FPV systems, drones, RC models, and UAV platforms. It can work with analog cameras and 1.2 GHz compatible video receivers, making it suitable for both hobby builds and more advanced testing setups.

• For analog camera video transmission in FPV systems.
• For drones, RC cars, model aircraft, and UAV applications.
• For use with a compatible 1.2 GHz video receiver.
• For projects where a higher-power VTX is important.
• For simple and effective analog video link configurations.

7-24 V Power Input and Practical Module Design

The Kimpok KP-T1280R transmitter supports a 7-24 V power supply range, giving you flexibility when installing it in different FPV or RC builds. Before connecting the unit, make sure the input voltage is within the allowed range and that the wiring polarity is correct. This is especially important with high-power VTX modules, which require stable power delivery and proper cooling.

When operating at 8 W output, good ventilation is essential. Never power on the transmitter without an antenna connected. Running the module without an antenna, or with an improperly matched antenna, may cause overheating and damage to the RF stage. For reliable operation, avoid mounting the transmitter directly next to heat-sensitive components.

Package Contents and Usage Notes

The package includes the basic components needed to install the transmitter in an FPV system. Operation requires a compatible 1.2 GHz video receiver and an analog camera suitable for your setup.

• Kimpok KP-T1280R 1.2 GHz 8 W analog video transmitter - 1 pc
• 1.2 GHz antenna - 1 pc
• Power and signal cable - 1 pc

Always connect the antenna before powering on the transmitter. Do not switch on the module without an antenna, as this may damage the transmitting circuit. Set the transmitter and receiver to the same channel, provide adequate cooling, and use only frequencies and power levels that comply with your local radio regulations.