Dual to Single Fakra FM Antenna Adapter Cable for Volkswagen, Skoda & Audi
Upgrade your factory car audio system without losing radio reception. The Dual to Single Fakra FM Antenna Adapter Cable is specially engineered for Volkswagen, Skoda, and Audi vehicles that feature a factory dual-antenna (diversity) setup, allowing seamless connection to modern head units equipped with a single Fakra antenna port.
When retrofitting popular OEM stereos such as the RCD330, RCD330 Plus, RCD340, RCD340G, RCD360, RCD360 Pro, MIB, Composition Media, or aftermarket Android head units, your vehicle’s factory twin antenna leads cannot plug directly into the single antenna socket on the new radio. This adapter bridges the connection cleanly and securely, restoring clear FM/AM signal transmission across local and highway frequencies.
Key Benefits & Features
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Dual to Single Conversion: Connects factory dual antenna leads into a single Fakra input, eliminating mismatched plugs during stereo upgrades.
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OEM-Grade Secure Locking Connectors: Features a factory-matched turquoise (water blue) twin Fakra connector on one end and a beige/cream single Fakra connector on the other, complete with positive retention clips to resist cabin vibrations.
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High-Shielding RG174 Coaxial Cable: Premium copper core with robust outer shielding blocks electromagnetic interference (EMI) and RF noise from alternators, dashboards, and engine electronics.
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100% Plug-and-Play Installation: No wire cutting, splicing, or vehicle harness modification required. Preserves factory wiring completely intact.
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Universal VAG Stereo Fitment: Tailored for RCD330, RCD330 Plus, RCD340, RCD360, MIB 2, and Discovery Media units in PQ25, PQ35, and MQB platforms.
When Do You Need This Adapter?
If your Volkswagen (Polo, Vento, Ameo, Jetta, Passat), Skoda (Rapid, Octavia, Laura, Superb), or Audi has two antenna wires plugged into the old factory radio, but your replacement head unit only has one antenna port, this adapter is required to complete the installation and maintain proper radio signal reception.