Summary
A deception pattern that tricks the player into believing the game has concluded or that their character has died, only to reveal further gameplay or a narrative twist.
Pattern Description
Faux Finale operates by deliberately misleading players about the conclusion of a specific phase or the entirety of the gameplay. It commonly utilizes narrative scripting and environmental cues to create a palpable sense of climax. Just as the player anticipates closure or accepts an end to the narrative, the pattern unfurls the revelation that a new chapter or challenge beckons.
Sub Patterns
False Credits
Displaying a rolling credit sequence prematurely to simulate a completed game.
Simulated Game Over
Mimicking death or failure screens to lower the player's guard.
The "Second Boss" Reveal
Introducing a new primary antagonist immediately after the initially supposed final boss is defeated.
Usage
To employ the Faux Finale pattern, designers strategically incorporate elements that simulate the end of a game segment. This can involve creating a climactic scenario, introducing a dramatic event, or utilizing narrative techniques that give the impression of finality. Additionally, audio, and visual cues can be employed to enhance the illusion of conclusion.
In certain websites this pattern is employed as a "false bottom" scrolling or "success" screen that leads to unexpected upsells or additional tasks for users to complete.
Examples
Hitman: Blood Money (2006)
In the "Requiem" mission, Agent 47 is given a lethal injection and a funeral scene plays with rolling credits. Players must manually interact to increase his heart rate and "resurrect" him to complete the true ending.
Kid Icarus: Uprising (2012)
After defeating Medusa, credits roll, only to be ripped apart by the true antagonist, Hades, revealing that the player has only completed a "prequel" chapter.
Further Reading
Malaquias, Rita, and Pedro Cardoso. 2025. “Deception in Video Games: Nine Game Design Patterns.” In Advances in Design and Digital Communication V, edited by Nuno Martins and Daniel Brandão, 106–20. Cham: Springer Nature Switzerland. https://doi.org/10.1007/978-3-031-77566-6_8.