The Flywoo 1.2GHz VRX Notch Filter is ingeniously designed to address the interference issues prevalent in most 1.2-1.3GHz video receivers. These receivers often struggle with poor filtering at the video antenna input, resulting in difficulty separating video transmission from 868MHz/915MHz transmission signals. The Flywoo Notch Filter steps in to eliminate this problem, ensuring a clearer and more stable video transmission.

Note: (Insert any product notes here in Red BOLD Italic. Example: "First Shipment expected January 2022" or "Electronics are Not Included".)

VIDEO: (Insert Video Title here in Bold)

• Compact and lightweight design, ensuring it doesn't add unnecessary bulk to your setup.
• Features a universal SMA connector for broad compatibility and easy installation.
• Specifically tailored for 1.2-1.3GHz video transmission, it blocks out 868MHz/915MHz signals effectively.
• Enhances video transmission and image quality by preventing interference from remote control transmission signals.
• To install, simply connect the notch filter between the video receiver and the antenna using the SMA connector.
• Weighs in at a mere 5.2g.

USE BULLETED FEATURE HERE IN BOLD CAPS.

Add additional feature descriptions here to describe the above.

USE BULLETED FEATURE HERE IN BOLD CAPS.

Add additional feature descriptions here to describe the above.

• Components: Made with high-quality, imported materials for durability;
• Connector: SMA
• Frequency Tailoring: Specifically blocks 868MHz/915MHz signals
• Installation: Connects easily between the video receiver and antenna using the SMA connector
• Weight: Ultra-light at 5.2g

IMPORTANT NOTES

• Insert important warnings or notes here. Example: "Do not overheat." or "Always use the included charger for best performance."

•  (Insert recommended products here. Example: "Battery: Lumenier 10000mAh 6s 25c Lipo Battery")

•   (Insert links such as manuals, firmware, etc)

• 1x Flywoo 1.2GHz VRX Notch Filter

ADD VIDEO TITLE HERE IN BOLD CAPS

ADD VIDEO TITLE HERE IN BOLD CAPS