Kimpok Analog Transmitter KP-T2245

Kimpok KP-T2245 - 2.2GHz 4.5W Analog FPV Video Transmitter
The Kimpok KP-T2245 is a high-power analog FPV video transmitter designed for drones, UAV platforms, and custom builds where stable video transmission, low latency, and strong output power really matter. Operating in the 2.2GHz band, it offers 8 channels across the 2000-2280MHz range and up to 4500mW of transmit power, making it a great choice for hobbyists building something beyond the usual 5.8GHz setup.
This VTX is especially well suited for more advanced analog FPV systems, long-range projects, and experimental UAV configurations where you want more control over your video link. With IRC Tramp support, a wide 7-36V DC input range, and a compact form factor, the KP-T2245 is easy to integrate into a variety of drone and airborne platforms.
Up to 4500mW Output Power for Demanding FPV Builds
The Kimpok KP-T2245 features three selectable power levels: 25mW, 800mW, and 4500mW. Lower power is useful for bench testing, setup, and short-range use, while higher settings provide a stronger analog video signal for more demanding flight conditions and specialized long-range applications.
- Up to 4500mW transmit power - strong signal output for advanced FPV and UAV builds.
- Three power levels - 25mW, 800mW, and 4500mW for flexible tuning.
- Analog video transmission - low latency for real-time flying.
- 2.2GHz operating band - a solid alternative to common 5.8GHz systems.
- Great for long-range projects - ideal where video link stability is a top priority.
8 Channels in the 2000-2280MHz Range
The KP-T2245 analog transmitter operates across 2000-2280MHz and supports 8 channels, giving you more flexibility when matching the transmitter with a compatible receiver, antenna, and local RF conditions. This is especially useful in custom FPV builds where every part of the analog video chain is selected individually.
- Frequency range: 2000-2280MHz - easier matching with compatible receiving equipment.
- 8 working channels - more convenient frequency selection for analog FPV systems.
- 2.2GHz operation - suitable for more specialized FPV configurations.
- Compatible with analog FPV setups - designed for transmitting video from an analog camera.
- Requires a suitable antenna - antenna choice has a direct impact on signal quality and stability.
IRC Tramp Control and Wide 7-36V DC Input
With IRC Tramp support, the Kimpok KP-T2245 allows for more convenient transmitter control in compatible FPV systems. The wide 7-36V DC input range makes installation easier across different battery setups and drone power systems, which is especially important in DIY UAV platforms and custom airborne electronics layouts.
- IRC Tramp support - easy control of VTX settings in compatible FPV builds.
- 7-36V DC input - broad voltage compatibility for different power setups.
- Supports 2S-8S battery systems - easier integration into various drone configurations.
- Weight of approx. 21.5g - strong power-to-weight ratio for hobby builds.
- Compact design - easier placement inside a frame or transmission module.
Technical Specifications of the Kimpok KP-T2245
| Model | Kimpok KP-T2245 |
|---|---|
| Product Type | Analog FPV Video Transmitter (VTX) |
| Operating Band | 2.2GHz |
| Frequency Range | 2000-2280MHz |
| Channel Count | 8CH |
| Transmit Power | 25mW / 800mW / 4500mW |
| Maximum Output Power | 4.5W |
| Control Protocol | IRC Tramp |
| Input Voltage | 7-36V DC |
| Dimensions | 37 x 46 x 17.5mm |
| Mounting Pattern | 30.5 x 30.5mm, M3 holes |
| Weight | Approx. 21.5g |
| Applications | FPV drones, long-range builds, UAV platforms, analog video transmission |
What’s Included and Recommended Use
The Kimpok KP-T2245 is made for users building an analog FPV system in the 2.2GHz band who need high output power, low weight, and flexible power input. It’s a strong fit for long-range drones, test platforms, UAV projects, and custom builds where the video link is selected and tuned to the application.
- Kimpok KP-T2245 analog transmitter - 1 pc
Important: Before powering on the transmitter, connect a compatible antenna, verify the input voltage, and ensure proper cooling for the module. You should also confirm that your selected frequency and transmit power comply with local radio regulations.



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