Kimpok Analog Transmitter KP-T1240

Kimpok KP-T1240 Analog VTX Transmitter 1.2 GHz up to 4 W

Kimpok KP-T1240 is a powerful 1.2 GHz analog video transmitter designed for FPV setups, drone video transmission, and hobby projects that need a stronger and more reliable video signal. With selectable output power levels of 25 mW, 2000 mW, and 4000 mW, it can be easily adjusted for short test flights, everyday flying, or more demanding long-range field use.

This model stands out with its durable aluminum housing, built-in heatsink, active cooling fan, and a wide DC 7-36 V input range. If you are looking for a high-power 1.2 GHz analog VTX with practical channel switching and adjustable transmission power, the KP-T1240 is a solid choice for hobby FPV applications.

• 1.2 GHz analog video transmitter for FPV and hobby use
• Up to 4 W maximum transmission power
• Selectable power levels: 25 mW, 2000 mW, 4000 mW
• 9 operating channels in the 1080-1360 MHz range plus 1258 MHz
• DC 7-36 V input, compatible with 2S-8S batteries
• Female SMA antenna connector
• IRC Tramp SmartAudio support
• Aluminum case with heatsink and cooling fan
• 20 × 20 mm mounting hole spacing

Adjustable Power up to 4 W for Flexible Range Setup

The KP-T1240 lets you match transmission power to your flying conditions. The 25 mW mode is great for bench testing, short-range flights, or reducing interference in tighter environments. The 2000 mW and 4000 mW modes are better suited for situations where a stronger analog video signal is needed, such as outdoor FPV flying or longer-distance video transmission.

Power settings are changed using the button on the housing, while a green LED indicates the current operating mode. The transmitter also supports Pit Mode, making setup and service work safer by limiting signal output during configuration.

9 Channels in the 1.2 GHz Band and Easy Button Control

The Kimpok KP-T1240 analog transmitter supports 9 operating channels. Channel switching is handled with the Band & Channel button, while the current channel is shown by a red LED. Each short press moves to the next channel, making it easy to match the transmitter to your receiver and current operating conditions.

This simple control method is especially convenient when setting up an FPV system, as it does not require a complicated menu or extra tools. You can quickly check settings, select the right channel, and get ready to fly.

Aluminum Housing, Heatsink, and Cooling Fan for Stable Operation

Because of its high output power, the KP-T1240 is equipped with an aluminum housing, heatsink, and cooling fan to help manage heat effectively. This design supports stable performance and helps protect the electronics during more intensive use.

The unit also includes thermal protection. If the transmitter temperature exceeds 100°C, transmission power is automatically reduced by one level. If the temperature remains too high, the power can continue to drop step by step down to 25 mW. Once the temperature falls back to around 95°C, the transmitter returns to the previously selected power level.

• Aluminum housing improves durability and heat dissipation
• Heatsink increases cooling surface area
• Cooling fan supports operation at higher power levels
• Thermal protection helps reduce the risk of overheating
• Leave enough space around the unit for proper airflow during installation

Kimpok KP-T1240 Technical Specifications

Package Contents and Wiring

The product photo shows the Kimpok KP-T1240 transmitter with its cooling housing and female SMA antenna connector. For this model, proper wiring and antenna installation are essential before powering it on. Operating the transmitter without an antenna may shorten the module’s lifespan or cause permanent damage.

• 1 × Kimpok KP-T1240 1.2 GHz 4 W analog VTX transmitter

Before turning on the transmitter, always verify the voltage range, wire polarity, and proper antenna installation. For the best performance, mount the module in a location with good airflow so the fan and heatsink can dissipate heat effectively during high-power operation.