We address a fundamental practical challenge in superluminal warp drive operation: themanagement of Unruh radiation generated at the bubble horizon. For the sake of simplicity wewill call this radiation source a ”photon”, although it is considered virtual particle. For the purpose of the solution it was percieved as such. Imagining it as demoralized photonthat can’t find the exit of local warped spacetime, confined not only in the local spacetime of thewarp metric but also the spacetime of the universe. Previous analyses have shown that this radiation builds up exponentially within the bubble interior, threatening both structural integrityand crew safety. We propose a novel solution based on symmetry breaking: a low-intensity optical beacon positioned at the rear of the bubble. This beacon creates a photon density gradientthat provides a local reference frame for trapped Unruh "photons", allowing them to differentiatebetween forward and backward directions. The beacon does not force the radiation outward;rather, it guides it along a path of least resistance, effectively converting a fatal instability intoa manageable exhaust phenomenon. We present numerical simulations demonstrating that asimple Gaussian light source increases rearward Unruh flux by approximately 50%, confirmingthe viability of this approach. A readily available FTL solution at hand helped with identifying the culprit of the problem.