Verified AliExpress match to the RunCam Wi-Fi Link 2 FPV Transmitter

The listing is sold under the official RunCam brand and uses the same OpenIPC firmware platform and 1080P 160-degree FOV camera spec as the unit demonstrated at RMRRF 2026. The key distinction is that the AliExpress SKU is the WiFiLink2-G variant, which bundles an FPV camera with the transmitter. If the review covered a transmitter-only unit, the bundled version is a functional superset, not a different product.

The WiFiLink2-G suffix indicates the unit ships with an integrated FPV camera attached, while the base WiFiLink2 is the transmitter module only. Both share the same OpenIPC digital HD platform and 1080P output. Buyers who already own a RunCam or compatible camera should confirm which SKU they are adding to cart, since the bundle adds cost for hardware they may not need.

The Wi-Fi Link 2 is powered directly from the drone's flight battery via a JST or solder-pad connection, not via USB-C charging. It is designed to run on typical 2S to 4S LiPo voltage found in FPV builds. USB-C PD is not part of the power input design; USB-C may be present only for firmware flashing or configuration.

OpenIPC streams video over Wi-Fi using standard RTSP or similar protocols, which means compatible viewer apps exist for both Android and iOS. The specific app compatibility depends on the firmware version loaded on the unit. Zack Freedman's RMRRF 2026 coverage showed ground-station viewing rather than smartphone streaming, so confirm your intended ground-station software supports the protocol before purchasing.

The Wi-Fi Link 2 operates on standard 2.4 GHz or 5 GHz Wi-Fi bands depending on configuration, which typically delivers usable range of 100 to 300 meters in open-field conditions with appropriate antennas. Latency on OpenIPC-based systems is generally reported in the 80 to 150 millisecond range, which is higher than analog FPV but competitive with other digital HD systems at this price point. Range is heavily affected by antenna placement and RF environment.

The 160-degree FOV is a fixed lens specification on the included camera module; it is not a software-adjustable digital zoom figure. Physical camera tilt angle can typically be adjusted by repositioning the mount on the drone frame, but the lens itself does not zoom or change FOV. Buyers who prefer a narrower FOV for cinematic footage should consider a separate camera with a swappable lens.