Kimpok Analog Transmitter ALV7000AC

Kimpok ALV7000AC - 6.1-7.2GHz 7W Analog FPV Video Transmitter
The Kimpok ALV7000AC is a high-power analog FPV video transmitter designed for advanced drone builds, UAV platforms, and custom video transmission systems that need serious output power and a wide frequency range. Operating in the 6.1-7.2GHz band, this model supports 64 channels and offers adjustable output power up to 7000mW, making it a strong choice for hobbyists building long-range FPV setups, test platforms, or specialized analog video links beyond the standard 5.8GHz band.
Built for demanding use, the ALV7000AC features active cooling, a heatsink-style housing for improved heat dissipation, and IRC Tramp support for convenient control in compatible FPV systems. If you are putting together a powerful analog FPV rig and want more flexibility in frequency selection and output levels, this transmitter is ready for the job.
Key features
- Up to 7000mW output power - ideal for high-power FPV, UAV, and experimental video transmission setups.
- 4 selectable power levels - 25mW, 2500mW, 5000mW, and 7000mW for testing, tuning, or full-performance operation.
- 6.1-7.2GHz operating band - a great option for custom analog systems outside the common 5.8GHz range.
- 64 channels - more flexibility when matching your transmitter to a compatible receiver and antenna.
- Low-latency analog video transmission - especially useful for real-time FPV viewing.
- IRC Tramp support - easy transmitter parameter control in supported configurations.
- Active fan cooling - helps maintain stable operation at high power levels.
- 18-36V DC input - suitable for a wide range of drone and UAV power systems.
- Supports 2S-8S setups - more installation flexibility for hobby builds and custom projects.
- SMA antenna connector - easy integration with compatible antenna solutions.
Built for high-power FPV and custom UAV projects
The Kimpok ALV7000AC is a great fit for users who need more than a standard analog VTX. With its maximum 7W output, it can be used for low-power bench testing as well as more demanding long-range or specialty applications where stronger signal performance is required. The selectable power levels let you tune the setup to your specific environment, helping balance performance, heat, and power consumption.
Its expanded 6100-7200MHz frequency range gives hobbyists and advanced builders more room to configure a custom analog video system around the right receiver, antenna, and installation layout. This makes it especially useful in experimental builds, non-standard FPV projects, and UAV platforms where component choice matters.
Active cooling and reliable operation
High output power requires proper thermal management, and this transmitter is equipped for it. The ALV7000AC uses an active cooling fan together with a heatsink enclosure to help dissipate heat during operation. This is particularly important when running at higher power settings for extended periods.
For users building a serious analog FPV system, features like IRC Tramp control, wide input voltage support, and a compact mounting format make installation and integration much easier in a variety of drone and UAV frames.
Technical specifications
| Model | Kimpok ALV7000AC |
|---|---|
| Part number | T6707 |
| Product type | Analog FPV video transmitter (VTX) |
| Operating band | 6.1-7.2GHz |
| Frequency range | 6100-7200MHz |
| Channels | 64CH |
| Output power | 25mW / 2500mW / 5000mW / 7000mW |
| Maximum power | 7W |
| Control protocol | IRC Tramp |
| Input voltage | 18-36V DC |
| Supported battery setups | 2S-8S |
| Antenna connector | SMA |
| Cooling | Heatsink and active fan |
| Dimensions | 65.8 x 37.3 x 19.3mm |
| Mounting pattern | 20 x 20mm, hole diameter approx. 2mm |
| Weight | Approx. 48.15g |
| Applications | FPV drones, UAV platforms, long-range builds, analog video transmission, test systems |
What’s included
- Kimpok ALV7000AC analog transmitter - 1 pc
- Antenna - 1 pc
- Connection cable - 1 pc
Important notes
Before powering on the transmitter, always connect a compatible antenna, verify the correct input voltage, and ensure proper airflow around the module. The user should also confirm that the selected operating frequency and transmit power comply with local radio regulations before use.










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