Cutscenes — those non-interactive sequences that punctuate gameplay to convey narrative, set mood, or reward the player — have evolved through several discrete technological generations since their invention as comical intermissions in Space Invaders Part II (1979) and Pac-Man (1980) (Wikipedia, 2025a). For an open-world cinematic epic such as Grand Theft Auto VI (Rockstar Games, 2026), the choice of cutscene technology is not merely an aesthetic preference; it is a fundamental architectural decision that ripples through asset budgets, disc footprint, character customisation, lighting consistency and the very feel of transitioning between play and story. This report examines the historical opposition between pre-rendered and real-time cinematics, the contemporary AAA industry shift toward engine-rendered cutscenes, and Rockstar's distinctive all-real-time philosophy as a strong indicator of GTA VI's cinematic approach.
A pre-rendered cutscene is animated and rendered offline by the developer, typically using high-end CGI tools, then exported as a full-motion video (FMV) file that is streamed from disc during playback (Wikipedia, 2025a). Because frames are baked once and replayed, pre-rendered sequences are unbounded by the runtime engine's polygon, lighting or shading budgets, and can therefore feature dramatically higher visual fidelity than gameplay. The costs, however, are substantial: enormous disc storage, fixed camera and outfit choices, a visual discontinuity between cinematic and gameplay graphics, and an inability to reflect player-driven state.
A real-time cutscene, by contrast, is rendered on-the-fly by the same engine that drives gameplay, using the live game world as its stage (Wikipedia, 2025a). The technique is closely related to machinima — film production within game engines. Historically real-time cutscenes have been "of much lower detail and visual quality than pre-rendered cutscenes, but can adapt to the state of the game" (Wikipedia, 2025a). Examples include Super Mario Odyssey and The Legend of Zelda: Breath of the Wild dressing the protagonist in the player-selected outfit, and Grand Theft Auto: San Andreas reflecting CJ's haircut, tattoos, weight and clothing choices in story scenes (Wikipedia, 2025a).
Through the 1990s and early 2000s the pre-rendered FMV cutscene was the prestige format, exemplified by Final Fantasy VII (1997) and the live-action Wing Commander IV (Wikipedia, 2025a). Two converging forces have since flipped the equation. First, GPU horsepower and physically-based rendering pipelines have closed — and in some cases erased — the visible quality gap between offline and real-time imagery, making the storage and consistency penalties of pre-rendered video harder to justify. Second, designers and directors have grown increasingly hostile to the cinematic/gameplay disconnect. Steven Spielberg, Guillermo del Toro and game designer Ken Levine have all publicly criticised the use of intrusive cutscenes, with Spielberg arguing that "making the story flow naturally into the gameplay is a challenge for future game developers" (Wikipedia, 2025a). Hollywood writer Danny Bilson went further, calling cinematics "the last resort of game storytelling" (Wikipedia, 2025a). Raph Koster's critique — that "many of the memorable peak emotional moments in video games are actually not given by the game itself at all" but by cutscenes — has pushed AAA studios toward seamless, engine-rendered, sometimes interactive cinematics that preserve player agency and visual continuity (Wikipedia, 2025a).
Industry practice now reflects this shift. Metal Gear Solid 2: Sons of Liberty, Halo: Reach and Kane & Lynch: Dead Men allow camera control during cutscenes; quick-time-event-driven interactive cinematics have descended from Dragon's Lair through Shenmue, Heavy Rain and modern Naughty Dog titles (Wikipedia, 2025a). The contemporary expectation, particularly after The Last of Us Part II and God of War Ragnarok, is that the cutscene runs in the engine and inherits all the player's choices.
Yet, paradoxically, the rise of real-time cinematics has not eliminated pre-rendered video — and a recent industry deep-dive notes that video codecs remain "a nightmare for game developers, but there's no solution in sight" (Argüello, 2026). FMV is still occasionally used for opening logos, transitions and prestige cinematics where authored fidelity must exceed engine output.
Rockstar Games occupies a distinctive position in this debate: since Grand Theft Auto: San Andreas (2004) — explicitly cited in the Wikipedia survey as an exemplar of state-aware real-time cinematics (Wikipedia, 2025a) — every Rockstar cutscene has been rendered in the RAGE (Rockstar Advanced Game Engine) runtime. This commitment was reinforced in Grand Theft Auto V and taken to its current peak in Red Dead Redemption 2, which on release was praised for its "story, characters, open world, graphics, music, and level of detail" — qualities inseparable from cutscenes that share the gameplay world, lighting, weather and time of day (Wikipedia, 2025b). When Arthur Morgan enters a story scene, the rain that began during the player's ride continues to fall, the horse he rode in on stands tethered nearby, and the outfit he chose remains on his back. Pre-rendered video could not deliver this.
For Grand Theft Auto VI, set in the fictional state of Leonida and starring dual protagonists Jason and Lucia (Wikipedia, 2025c), there is no published evidence that Rockstar will depart from this all-real-time tradition; on the contrary, the studio's marketing trailers themselves are widely understood to be in-engine captures, signalling confidence that the runtime can carry the cinematic load. Several technical factors make this feasible. PS5 and Xbox Series X/S provide the GPU throughput for film-quality global illumination, hair, cloth and skin shading. NVMe storage and DirectStorage-class IO allow the engine to stream the much denser asset variants required for close-up cinematic shots (faces, eyes, clothing micro-detail) without the disc-footprint cost of pre-rendered FMV. And the abandonment of cross-generation support frees Rockstar to author cutscenes to a single, high baseline rather than producing two visual tiers.
The likely consequences for Grand Theft Auto VI are several. First, visual continuity: gameplay-to-cutscene transitions should be seamless, with no FMV "drop" and no jarring lighting shift. Second, state preservation: vehicles, weapons, damage, weather and protagonist clothing will carry into scenes, as they did in RDR2. Third, dynamic framing: directors at Rockstar can author camera, lens and timing data while permitting some player-driven variation — protagonist swapping between Jason and Lucia, for example, is trivially supported by a real-time pipeline. Fourth, modding and machinima: a fully real-time cinematic system effectively gifts the community the same tools Rockstar uses, extending the longevity of the title. Finally, a small residual pre-rendered footprint is still likely for opening logos, mission-replay thumbnails and possibly some non-canonical in-world media (television broadcasts, advertisements), consistent with the "mixed media" pattern long catalogued in the literature (Wikipedia, 2025a).
The pre-rendered vs real-time dichotomy is, for AAA in 2026, essentially resolved in favour of real-time cinematics, driven by improved engines, harsher critical attitudes toward the cinematic/gameplay disconnect, and player expectation of state-aware storytelling (Wikipedia, 2025a; Argüello, 2026). Rockstar Games, having pioneered state-aware real-time cutscenes two console generations ago and refined them through RDR2, is the studio least likely to retreat to FMV (Wikipedia, 2025b). For Grand Theft Auto VI, the practical expectation is therefore an all-real-time cinematic system rendered in the next iteration of RAGE, preserving the player's outfit, vehicle, weather, time of day and emotional investment across every transition between play and story (Wikipedia, 2025c).
Argüello, D. (2026) 'Video codecs are a nightmare for game developers, but there's no solution in sight', Game Developer, 12 May. Available at: https://www.gamedeveloper.com/programming/video-codecs-are-a-nightmare-for-game-developers-but-there-s-no-solution-in-sight (Accessed: 14 May 2026).
Wikipedia (2025a) Cutscene. Available at: https://en.wikipedia.org/wiki/Cutscene (Accessed: 14 May 2026).
Wikipedia (2025b) Red Dead Redemption 2. Available at: https://en.wikipedia.org/wiki/Red_Dead_Redemption_2 (Accessed: 14 May 2026).
Wikipedia (2025c) Grand Theft Auto VI. Available at: https://en.wikipedia.org/wiki/Grand_Theft_Auto_VI (Accessed: 14 May 2026).
Klevjer, R. (2002) In Defense of Cutscenes. University of Bergen. Available at: http://folk.uib.no/smkrk/docs/klevjerpaper.htm (Accessed: 14 May 2026).