
AeroWave 2.4Ghz High Gain Directional Antenna for Video RC Helicopter 10.5dB Yagi 2.35 2.55GHZ
About this item
Brand:T angxi | Color:black | Manufacturer:T angxi | Product Dimensions:3.9"H | Antenna:WiFi
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Product Description
Elevate your video RC helicopter experience with the AeroWave 2.4Ghz High Gain Directional Antenna, designed to deliver unparalleled signal strength and clarity. Whether you're capturing breathtaking aerial footage or engaging in high-speed flights, this antenna ensures your video transmission is crystal clear and uninterrupted. With a robust gain of 10.5dB, it's the perfect companion for enthusiasts and professionals alike, pushing the boundaries of what's possible with your video RC helicopter.
Technical Specifications:
- Frequency Range: 2.35-2.55GHZ
- Gain: 10.5dB
- Power: 10W
- Type: Directional Yagi Antenna
- Weight: Lightweight for easy installation and portability
- Build: Professional manufacturing for stable performance and high reliability
The AeroWave antenna is not just about technical prowess; it's about enhancing your flying experience. Its directional design ensures that your video RC helicopter maintains a strong and stable connection, even in environments with potential signal interference. The lightweight and practical build means you can take it anywhere, setting up in minutes without any hassle. Whether you're in a crowded urban area or exploring the vast outdoors, this antenna guarantees your video feed remains sharp and steady.
Designed with the video RC helicopter enthusiast in mind, the AeroWave antenna stands out for its ease of use and professional-grade performance. Its high gain and directional capabilities make it ideal for long-range flights, ensuring that every moment captured is transmitted back to you with precision. The antenna's stable performance and high reliability mean you can focus on flying, knowing your video feed is in good hands. Upgrade your video RC helicopter setup with the AeroWave antenna and experience the difference in quality and performance.