Professional 3.3GHz 5W FPV VTX with Adjustable Output Power and Wide 3060–3500MHz Range
3.3GHz FPV VTX with adjustable power
,5W video transmitter with wide frequency range
,FPV VTX with 3060–3500MHz range
High-stability wireless video transmission module featuring stable transmission and 3060MHz-3500MHz frequency coverage for professional drone applications.
This advanced 3.3GHz FPV Video Transmitter with adjustable power output operates from 3060MHz to 3500MHz, designed for reliable, low-latency, long-range drone video transmission in professional and industrial UAV applications.
The 3.3G 64-channel VTX is a high-performance wireless video transmission module specifically engineered for drone applications, providing stable and reliable video signal transmission with flexible parameter customization. Supporting 7-26V wide voltage input, it adapts to various drone power supply systems and features a dedicated LED display for intuitive real-time monitoring of working parameters.
Compared to standard single-channel or fixed-parameter VTX modules, this product offers 8 selectable bands and 8 channels per band, totaling 64 channels, which significantly enhances anti-interference capability and avoids signal conflicts in complex flight environments.
| Brand Name | Kimghz technology |
|---|---|
| Model Number | KH-ALV3305AC |
| Frequency | 3060MHz~3500MHz |
| Power Output | 5 Watt |
| Output Voltage | 5V |
| Power Supply | 7-26V |
| Antenna Connector | SMA connector |
| Extra Feature | IRC |
3.3G frequency band with 8 selectable bands (A-H) and 8 channels per band, totaling 64 channels for strong anti-interference and flexible signal transmission
Supports 2 high-power levels (2000mW and 7000mW) and 0dBm P-mode, with convenient power switching via button operation (4-second press to enter, short press to adjust)
7-26V input voltage range, compatible with various drone power supply systems for strong versatility
Designed with dedicated heat sink for optimal thermal management, ensuring stable operation under long-term high-load transmission conditions
Supports pit mode for safe ground debugging with flexible entry/exit methods via Betaflight or button operation
