Kimpok Analog Transmitter KP-T1280D

Kimpok KP-T1280D Analog Video Transmitter – 1.2 GHz 3W FPV VTX for Drones, RC Models and UAV Systems

Kimpok KP-T1280D is a 1.2 GHz analog FPV video transmitter designed for hobby projects, drones, RC aircraft, ground vehicles and UAV setups that need stable real-time video transmission from an analog camera. With 8 selectable channels and 3W output power, it is a practical choice for building an analog video link with more signal headroom than typical low-power VTX modules.

The Kimpok KP-T1280D analog transmitter stands out with its metal housing, straightforward installation and a useful accessory set that includes two antennas and an AV power/signal cable. It is a great option for users who want to build a complete 1.2 GHz FPV system with a compatible video receiver and analog camera.

1.2 GHz FPV transmission with 3W output power

The Kimpok KP-T1280D operates in the 1.2 GHz band, commonly used in analog FPV systems as an alternative to the more popular 5.8 GHz range. Its 3W transmission power provides greater signal reserve than low-power transmitters, which can be especially useful in setups focused on more stable image reception when paired with suitable antennas and a compatible receiver.

• 3W output power – extra signal headroom for demanding FPV configurations.
• 1.2 GHz operating band – a solid choice for analog long-range video systems.
• Real-time analog video – classic low-latency camera-to-receiver transmission.
• For drones and RC models – suitable for FPV, UAV and test bench applications.
• Requires a compatible receiver – the transmitter must be set to the same channel as the 1.2G receiver.

8 channels in the 1080–1360 MHz range

The KP-T1280D analog VTX supports 8 operating channels across the 1080–1360 MHz range. This makes it easier to match the frequency to a compatible VRX receiver and adapt the setup to working conditions. In an analog system, both transmitter and receiver must operate on the same frequency, so the channel table helps speed up configuration.

A practical kit for building an analog video link

Kimpok KP-T1280D is designed to transmit video from an analog camera to a 1.2 GHz receiver. The package includes two antennas and an AV power/signal cable, making it easier to prepare a basic analog video installation. This is especially convenient when building your own FPV setup or testing a video link on a workbench.

• Works with analog FPV cameras and compatible 1.2 GHz video receivers.
• Suitable for drones, RC planes, remote-controlled vehicles and UAV systems.
• Real-time video transmission without digital encoding.
• Great for builds where simple wiring and easy installation matter.
• A strong option when you need more power than standard low-power transmitters can offer.

Metal housing and proper cooling during operation

Higher-power VTX modules can generate significant heat, so the KP-T1280D is housed in a metal case with cooling fins to help dissipate heat. During installation, make sure the transmitter has proper airflow and is not mounted directly next to heat-sensitive components.

It is also very important to connect the antenna before powering on the transmitter. Turning the unit on without an antenna may damage the RF output stage. It is also worth checking the power polarity, AV wiring compatibility and whether the receiver is set to the same frequency.

Package contents and usage recommendations

The set includes the basic components needed to build an analog video link. For operation, you will also need a compatible 1.2 GHz video receiver, an analog camera and a suitable power source matched to your setup.

• Kimpok KP-T1280D 1.2 GHz 3W analog transmitter – 1 pc
• 1.2 GHz antenna – 2 pcs
• AV power/signal cable – 1 pc

Always connect the antenna before switching on the transmitter and make sure the receiver is set to the same frequency. Do not power up the module without an antenna, as this may cause permanent damage. Ensure proper cooling, correct power connection and use only frequencies and transmission power levels that comply with your local radio regulations.