Kimpok Analog Transmitter KP-T1250

Kimpok KP-T1250 Analog Video Transmitter 1.2 GHz 5 W

The Kimpok KP-T1250 is a powerful 1.2 GHz analog VTX designed for FPV drones, long-range video links, and hobby UAV builds that need a stronger, more stable signal. With up to 5 W output power, support for 9 channels in the 1080-1360 MHz range, and a wide DC 7-36 V input, this transmitter fits a broad range of 2S-8S setups.

Built for demanding analog video transmission, the KP-T1250 features an aluminum housing, integrated heatsink, and active cooling fan to help maintain stable performance at higher power levels. It is a great choice for hobbyists looking for a high-power 1.2 GHz FPV transmitter for custom drone projects, ground applications, or advanced UAV platforms.

• High-power 1.2 GHz analog video transmitter for FPV and UAV projects
• Maximum transmit power: 5 W
• Two power levels: 25 mW and 5000 mW
• 9 working channels: 1080-1360 MHz plus 1258 MHz
• Wide input voltage: DC 7-36 V
• Compatible with 2S-8S battery setups
• MCX antenna connector
• IRC Tramp / SmartAudio support
• Aluminum case with heatsink and cooling fan
• 30.5 x 30.5 mm mounting pattern
• Compact size: 38 x 38 x 20.7 mm

Up to 5 W Output for More Demanding FPV Setups

The standout feature of the KP-T1250 is its high 5000 mW output power, making it a solid pick for analog FPV systems where signal strength matters most. Whether you are building a long-range platform or experimenting with a custom video transmission setup, this VTX gives you the extra headroom needed for more challenging conditions.

For bench testing, setup, or reduced interference, the transmitter can also be switched to 25 mW mode. Power selection is handled via the button on the housing, while the green LED makes the current mode easy to identify at a glance.

Holding the button for around 3 seconds activates Pit Mode, which is especially useful when configuring your gear before flight without running full transmit power.

9 Channels in the 1.2 GHz Band and Easy Setup

The Kimpok KP-T1250 supports 9 channels in the 1.2 GHz band, giving hobby users more flexibility when matching the transmitter to their receiver and the local operating environment. Channel switching is done using the Band & Channel button, and the active channel is shown by the red LED.

The number of red LED flashes corresponds to the selected channel, so checking the current setting is quick and easy even without additional tools. The extra 1258 MHz channel adds even more flexibility for custom FPV and analog video builds.

Active Cooling and Temperature Protection

Running at 5 W requires effective heat management, and that is why the KP-T1250 uses an aluminum housing, heatsink, and built-in fan. This cooling design helps the transmitter stay more stable during operation and reduces the risk of overheating during longer or higher-power use.

The unit also includes temperature protection. If the internal temperature rises above 100°C, the transmitter automatically lowers the output power by one level. If the temperature remains too high, power is reduced to the lowest setting. Once the module cools down to around 95°C, it returns to the previously selected power level.

• Aluminum housing helps dissipate heat
• Heatsink increases cooling surface area
• Cooling fan improves stability at high output power
• Automatic thermal protection reduces power if overheating occurs
• For best results, install the module where airflow is not restricted

Kimpok KP-T1250 Technical Specification

What’s Included and Wiring Information

The product includes the Kimpok KP-T1250 transmitter with its cooling case, fan, and MCX antenna connector. It is intended for analog video transmission systems, so before powering it on, make sure the power input, video signal, ground, and antenna are all connected correctly.

• 1 x Kimpok KP-T1250 1.2 GHz 5 W analog VTX transmitter

Before switching on the transmitter, make sure the supply voltage is within the DC 7-36 V range, the polarity is correct, and the RF antenna is installed. Powering up the transmitter without an antenna may shorten its lifespan or damage the module. When using high output power, install the unit in a location with good airflow for proper cooling.