RCDrone 5.8G 5W 48CH VTX

The RCDrone 5.8G 5W 48CH VTX is a versatile and powerful FPV video transmitter built for long-range flights and drone racing. With a 5000mW maximum power output and 48 selectable channels, this VTX provides high-quality video transmission with stable performance, thanks to its integrated dual cooling fans and heat sink.

Key Features:

• 5W Power Output: Adjustable transmission power settings (200mW, 500mW, 1.2W, and 5W) to adapt to various flying conditions, from short-range racing to long-distance flights.
• Dual Cooling System: Equipped with dual heat sinks and dual fans, ensuring stable performance even during intense and prolonged flights by preventing overheating.
• 48 Channels: With 48 available channels, the VTX allows flexible frequency selection, minimizing interference and ensuring clear video transmission.
• SMA Antenna Interface: Comes with a standard SMA inner pin interface and a 2dBi antenna for solid signal transmission and reception.
• Built-in Microphone: Provides real-time audio feedback during FPV flights, enhancing your flying experience.
• User-Friendly Interface: Single-button operation with red and blue light indicators for easy configuration of power levels and channel selection.
• Wiring Setup: Features a 6-wire JST and 1.25*3pin external camera connection for hassle-free installation.

Product Specifications:

Channel Table:

The RCDrone 5.8G 5W 48CH VTX operates on 48 channels across multiple bands, offering flexible frequency selection to avoid interference. The channel table is as follows:

Package Contents:

• 1x 5W 5.8G VTX 5000mW 48CH FPV Video Transmitter kit

Notes:

• Appearance Variation: Product appearance, color, and printed text may vary depending on the batch, but this does not affect performance.
• Color: Random (specific color requests cannot be accommodated).
• Display Differences: Due to lighting and display variations, the color of the item may differ slightly from the image.
• Measurement Tolerance: There may be slight differences in measurements with an allowed error of +/- 1-3cm.

The RCDrone 5.8G 5W 48CH VTX is the perfect choice for FPV racing and long-range flights. Its powerful output, adjustable channels, and efficient cooling system provide a stable and interference-free video transmission, making it a must-have for serious drone pilots.

Radio Control Drone 5.8 GHz 48 Channel VTX, featuring a 5W transmitter, adjustable microphone, and wide voltage range (2S-6S). It also includes multiple heat dissipation features, including twin fans and double cooling fins, with dimensions of 23mm x 25mm.

After powering on, press the button to adjust the channel frequency, Channel Group, and power. Long press the switch (red light) to step through the options: Step 1: Long press the button to adjust the frequency (CH1-CH48) when the red light flashes. Press the button again when the blue light flashes to select the desired frequency. Step 2: Long press the button to adjust the channel group (A-R) when the red light flashes twice. Press the button short at this time when the blue light flashes to indicate the selected channel group. Step 3: Long press the button for power adjustment when the red light flashes three times. Press the button again when the blue light flashes to select the desired power level (20OmW, 30OmW, etc.). Finally, long press the button to save the parameters and keep the red and blue lights on. Pit mode can be quickly enabled by pressing the button twice. The red and blue lights will flash simultaneously to indicate image transmission emission is on or off. When PitMode is enabled, the working distance is limited to 1-2 meters.

The 5.8G 5W 48CH VTX features quadruple heat dissipation with double cooling fins and twin fans, as well as built-in audio and high sensitivity silicon Wheat

The RCDrone 5.8G 5W 48CH VTX has an interface description featuring red for power input, black for negative power, yellow for video signal, white for image transmission and S/A parameter adjustment, blue for negative power output, and orange for SV power output.