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False front pages quickly show users the visual appearance of the page \u2013 but because they have not yet loaded the code for interaction, they may cause problems when users try to click on items or manipulate the interface. To provide a better understanding of how users perceive and perform with false-front pages, we developed a framework that specifies potential architectures and designs for several types of false front pages. Our false-front mechanism shows a realistic-looking version of a web application and allows users to \u201cclick ahead\u201d before the full page has loaded (feedback shows users their click has been received, and clicks are queued for execution when the application becomes available). We provide details on how the different architectures can be implemented, and discuss two reference implementations that we have constructed. We carried out two crowdsourced studies that compared our false front pages to traditional representations of loading (an animated spinner and a skeleton screen), to see whether users were confused or frustrated by the false fronts, and to see how they perceived the pages\u2019 loading time and responsiveness. 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