4.9G/5.8G 5W FPV Video Transmitter and Receiver System Long Range Stable Wireless Drone VTX VRX

Product Overview

The TX-5W FPV Video Transmitter & Receiver System is designed for long-range, stable, and interference-resistant video transmission. Supporting both 4.9GHz and 5.8GHz frequency bands, it provides flexible operation with up to 5W transmit power. With wideband FM modulation and dual video/audio outputs, this system is ideal for drones, UAV monitoring, and professional aerial applications.

Key Features

• Dual Frequency Support – Operates at 4.9GHz and 5.8GHz, offering clear and reliable transmission.

• High Power Output – 5W transmit power ensures long-range coverage and strong signal penetration.

• Flexible Channel Options – Up to 56 channels for transmitter and 16 channels for receiver to avoid interference.

• Wide Voltage Range – Operates on 7–36V DC, adaptable for various UAV and field power setups.

• Compact & Lightweight – Designed for easy integration into drones and mobile systems.

• User-Friendly Operation – Quick frequency and channel selection via FR/CH buttons with digital display.

Advantages

• Extended Transmission Range – Reliable performance even in complex environments.

• Stable & Clear Video – Wideband FM modulation with NTSC/PAL format support for sharp images.

• Strong Anti-Interference – Ensures uninterrupted video even in crowded frequency environments.

• Professional-Grade Build – Durable design with efficient cooling system to prevent overheating.

• Versatile Applications – Supports FPV flying, aerial filming, and industrial UAV projects.

Applications

• FPV drone racing and long-distance flying

• Professional aerial cinematography and live broadcasting

• UAV industrial inspection and monitoring

• Security, rescue, and training simulations

Technical Specifications

Transmitter (TX-5W)

Receiver

Package Includes

• 1 × TX-5W 5.8GHz Video Transmitter

• 1 × Video Receiver

• 1 × Power Cable

• 1 × AV Output Cable
  (Antenna not included — select antenna according to frequency and application.)