Grand Theft Auto VI is being developed by Rockstar Games as a current-generation exclusive for the PlayStation 5 (including the mid-generation PlayStation 5 Pro) and the Xbox Series X|S family of consoles, with a scheduled release of 19 November 2026 (Wikipedia, 2026a). Because Rockstar has not officially published a technical specifications sheet, all resolution expectations are projections derived from (a) the visual signature of the two official trailers, (b) Digital Foundry's preliminary analyses of that footage, and (c) the established behaviour of the Rockstar Advanced Game Engine (RAGE) on equivalent hardware in Red Dead Redemption 2 and the Grand Theft Auto V "Enhanced" re-release. This report consolidates the most credible targets for each SKU across 4K (2160p), 1440p and 1080p output tiers, situates them against the recorded performance envelopes of comparable ninth-generation open-world titles, and offers reasoned speculation about presentation modes, the Series S cross-gen ceiling, the prospect of a Nintendo Switch 2 conversion and the likely PC release window.
The analysis focuses on internal/native rendering resolutions and the reconstructed output resolutions players will see on their displays. Reconstruction techniques – principally AMD FidelityFX Super Resolution (FSR) 2/3 on Xbox and PlayStation Spectral Super Resolution (PSSR) on PS5 Pro – are considered separately from native rendering, because they alter perceived sharpness, temporal stability and ghosting characteristics in ways that pure pixel counts cannot capture. Sources triangulated for this report are Wikipedia's GTA VI development article (Wikipedia, 2026a), Wikipedia's hardware articles for the PlayStation 5 family and the Xbox Series X|S family (Wikipedia, 2026b; Wikipedia, 2026c), Digital Foundry's trailer breakdowns syndicated via Eurogamer (Linneman, 2025), Rockstar's confirmation that trailer 2 was captured on a retail base PlayStation 5 (Rockstar Games, 2025) and the historical record of Red Dead Redemption 2's launch behaviour on eighth-generation hardware (Wikipedia, 2026d).
Any conversation about target resolutions has to begin with the silicon. The ninth-generation consoles are far from a homogeneous group, and the gap between the strongest and weakest SKU is the widest at the start of any console cycle since the introduction of HD gaming.
The base PlayStation 5 ships with a custom AMD system-on-chip combining an eight-core Zen 2 CPU at a variable 3.5 GHz and an RDNA 2 GPU of 36 compute units running up to 2.23 GHz, for a theoretical peak of 10.28 TFLOPs. It pairs this with 16 GB of GDDR6 on a 256-bit bus delivering 448 GB/s of unified memory bandwidth, and a custom NVMe SSD that streams compressed data at typical throughput of 8–9 GB/s (Wikipedia, 2026b). The Xbox Series X is nominally the more capable of the two flagship boxes on paper – 52 active CUs at a fixed 1.825 GHz for 12.155 TFLOPs, with 16 GB of GDDR6 split into a 10 GB pool at 560 GB/s for graphics work and a 6 GB pool at 336 GB/s for system traffic (Wikipedia, 2026c). In practice the split memory architecture, the lower clock speed, and the lack of an equivalent to PS5's dedicated I/O complex have meant that, across the generation, Series X has typically matched rather than exceeded PS5 in third-party titles, sometimes losing on dynamic resolution stability.
The PlayStation 5 Pro, released on 7 November 2024, is the platform most likely to define the upper envelope for GTA VI. It packs 60 RDNA 2 CUs (with several RDNA 3 features and, crucially, RDNA 4-class ray-tracing cores) running up to 2.35 GHz for 18.05 TFLOPs, an additional 2 GB of DDR5 reserved for the system OS to liberate GDDR6 bandwidth for games, Wi-Fi 7, and the headline feature, PlayStation Spectral Super Resolution (PSSR), a deep-learning upscaler comparable in concept to Nvidia's DLSS (Wikipedia, 2026b). Sony has marketed the GPU as roughly 45 % faster than the base PS5's and the ray-tracing throughput as roughly twice as fast.
At the opposite extreme sits the Xbox Series S, with 20 CUs at 1.565 GHz for 4.006 TFLOPs, paired with just 10 GB of GDDR6 partitioned 8 GB at 224 GB/s and 2 GB at 56 GB/s (Wikipedia, 2026c). After OS reservation, roughly 8 GB is available to games – approximately 5.5 GB less than Series X provides. This memory bottleneck, more than the GPU shortfall, has been singled out by developers across the generation as the principal blocker for ambitious cross-platform releases: it constrains streaming pools, dictates lower-resolution texture sets, and forces aggressive draw-distance and population reductions that frequently spill over into the design of the higher-end SKUs.
GTA VI's likely resolution envelope only makes sense in the context of where RAGE has historically targeted. Grand Theft Auto V launched in September 2013 on PlayStation 3 and Xbox 360 at 720p, was re-released in November 2014 on PlayStation 4 and Xbox One at native 1080p on PS4 and 1080p with occasional drops on Xbox One, both at 30 fps, and arrived on PC in April 2015 with uncapped framerate and resolution. The mid-generation refresh patches on PS4 Pro and Xbox One X eventually pushed the game to a dynamic 4K window at 30 fps. Red Dead Redemption 2, released in October 2018, was Rockstar's first ground-up eighth-generation title and adopted a markedly different approach. On the base PlayStation 4 it ran at 1920 × 2160 checkerboarded to 4K at 30 fps, on PlayStation 4 Pro at 2160p checkerboard, on Xbox One at 1920 × 2160 dynamic, and on Xbox One X at a native 3840 × 2160 at 30 fps. There was no 60 fps mode on any console, a decision driven by the simulation cost of weather, fauna, NPC routines and physics rather than GPU pixel throughput.
This is the most important precedent for GTA VI. RAGE has consistently been a CPU-bound engine at the simulation layer, and Rockstar has consistently chosen one locked 30 fps mode on launch consoles over multiple performance profiles. The "Enhanced and Expanded" PlayStation 5 and Xbox Series X re-release of GTA V, shipped in March 2022, finally added a 60 fps performance mode and a 4K/30 fidelity mode with ray-traced reflections, but only because the underlying simulation was an eighth-generation design ported forward, not a ground-up ninth-generation build (Wikipedia, 2026d).
The base PS5 is the canonical reference platform: Rockstar confirmed that trailer 2 was rendered in real time on retail PS5 hardware (Rockstar Games, 2025). Digital Foundry's frame-by-frame analysis estimated the trailer ran at an internal resolution in the 1440p band, reconstructed via a temporal upscaler – almost certainly an evolution of the in-house TAA solution used in RDR2 augmented with FSR 2 components – to a 4K (3840 × 2160) output, at a 30 fps cap (Linneman, 2025). At 10.28 TFLOPs of RDNA 2 throughput and 448 GB/s of unified memory bandwidth, a native 2160p target at 30 fps with the geometric, foliage and crowd densities visible in the trailer is implausible; comparable open-world titles such as Star Wars Outlaws and Avatar: Frontiers of Pandora settle in the 1296p–1620p internal range on PS5 even in their Fidelity modes, reconstructed to 4K. GTA VI will plausibly land in the same neighbourhood, with dynamic scaling between approximately 1440p and 1620p depending on scene load. A 60 fps performance mode is considered unlikely at launch given the simulation density of Vice City and Rockstar's longstanding bias for visual consistency over framerate, mirroring RDR2's single 30 fps profile.
The Series X has marginally greater raw GPU throughput than the base PS5 – 12.155 TFLOPs versus 10.28 – and a larger fast-memory pool (10 GB at 560 GB/s) but lacks PS5's dedicated I/O coprocessor and depends on the Xbox Velocity Architecture's DirectStorage-on-console implementation for streaming. Empirically, third-party ninth-generation releases have skewed slightly toward PS5 in dynamic resolution behaviour and frame pacing, a pattern Digital Foundry has attributed to PS5's higher GPU clock and tighter API ergonomics. The realistic expectation for GTA VI is parity with PS5 rather than a notable advantage: a dynamic internal resolution oscillating between roughly 1440p and 1800p, reconstructed to 2160p output, locked at 30 fps in a single Quality mode (Linneman, 2025). Microsoft's contractual parity requirement between Series X and Series S applies to features rather than fidelity, so Rockstar is free to push Series X further than Series S; the question is whether the engine's CPU-bound simulation will allow it.
PS5 Pro's additional GPU compute and dedicated PSSR upscaler make it Rockstar's likeliest premier showcase. Plausible profiles include a Fidelity mode targeting native or near-native 4K at 30 fps with enhanced ray-traced reflections and global illumination, plus a Performance mode rendering internally at roughly 1080p–1440p and reconstructing to 4K at 60 fps via PSSR. This bifurcation mirrors the pattern adopted by other open-world Pro patches such as Alan Wake 2, Horizon Forbidden West, Star Wars Outlaws and the Cyberpunk 2077 Pro patch, all of which used PSSR to lift internal resolution by a tier while retaining the framerate and ray-tracing settings of the base console's Performance mode (Linneman, 2025). Cyberpunk 2077's Pro implementation in particular demonstrated that PSSR can produce a credible 4K-class image from an internal resolution as low as 1080p in motion, although early-generation PSSR artefacts – primarily moiré on fine geometry such as fences and powerlines, and minor ghosting on transparent particles – have been widely documented by Digital Foundry. Rockstar will almost certainly have access to a more mature PSSR revision by November 2026, and the Pro's RDNA 4-class ray-tracing cores enable BVH traversal throughput that the base PS5's hardware cannot match.
The Series S is the bottleneck SKU. At 4.006 TFLOPs of GPU compute and only 8 GB of game-available RAM out of 10 GB total, it sits closer to Xbox One X (6 TFLOPs but with 12 GB total) than to its current-generation siblings for streaming-heavy open-world workloads. The 10 GB memory ceiling has been the most-cited cross-gen design constraint of the generation: Larian's Baldur's Gate 3 was delayed on Series S specifically because of split-screen co-op memory pressure, and Bethesda's Starfield had to drop a Series S 60 fps performance mode entirely. For GTA VI the realistic ceiling is a 1080p output target with internal rendering likely in the 720p–900p range reconstructed via FSR 2 or FSR 3, locked at 30 fps. Texture pools, draw distance, NPC population, foliage density and ray-tracing effects will almost certainly be reduced relative to Series X. There is a non-trivial possibility that Rockstar will internally render at 1440p output rather than 4K and ship a 1080p–1440p reconstructed image, sacrificing display resolution to preserve simulation fidelity.
Across every SKU, the dominant strategy will be dynamic resolution scaling fused with temporal reconstruction rather than native rendering, a trend Digital Foundry has repeatedly identified as standard practice for ninth-generation open-world titles (Linneman, 2025). On Xbox, AMD's FidelityFX Super Resolution 2 has been the default since its addition to the Xbox GDK in June 2021, with FSR 3 frame generation slowly entering console titles from late 2024 onwards. FSR's spatial-temporal hybrid approach is competent but inferior in motion stability and disocclusion handling to ML-based competitors. On PS5 Pro, PSSR provides Rockstar with a meaningfully better tool, although the first wave of PSSR patches in late 2024 highlighted that the upscaler is not a free win: it requires per-title tuning to avoid characteristic shimmer on subpixel geometry. By the GTA VI launch window Sony will be roughly two years into PSSR's commercial deployment, and Rockstar's relationship with Sony is sufficiently close that bespoke tuning is realistic. The base PS5 and Series X will most likely receive a hybrid solution: an in-house temporal upscaler descended from RAGE's TAA architecture, potentially with FSR 2 fallback paths, as has become standard practice across the generation.
A 60 fps mode on base consoles, while heavily requested by players, is not anticipated at launch on the basis of RAGE's CPU-bound simulation cost. Vice City's NPC density, traffic AI, weather simulation and physics workloads are unlikely to halve in cost simply because the engine is asked to render twice as often, and Rockstar has historically refused to halve simulation tick rates for the sake of a performance mode. The "Enhanced" version of GTA V achieved its 60 fps mode only after nearly a decade of optimisation against a fixed eighth-generation simulation; GTA VI's launch simulation will be considerably more ambitious.
This section is explicitly speculative and should be read as such. None of the following has been confirmed by Rockstar Games.
The likeliest launch presentation matrix is a single 30 fps Quality mode on base PS5, Series X and Series S, and a dual-mode presentation on PS5 Pro offering a Fidelity 4K/30 profile with maximum ray tracing and a PSSR-reconstructed 4K/60 Performance profile. A PS5 Pro-exclusive 60 fps Fidelity mode combining 4K output with full ray tracing is unlikely: even with 18 TFLOPs and PSSR, the CPU-bound simulation cost is the same on Pro as on base PS5, and Sony's Pro programme has been explicit that the platform is a GPU and RT upgrade, not a CPU one. A more plausible third profile would be a "120 Hz container" mode at 1440p/40 fps with VRR support, of the kind Insomniac shipped on Spider-Man 2 Pro.
The Series S situation is the most contentious. The most likely outcome is a 30 fps lock at a 1080p output, internally rendered between 720p and 900p with FSR reconstruction, retaining the same simulation tick rate as the higher SKUs but with reduced NPC and traffic counts, shorter LOD ranges, lower-resolution shadows, and an absence of ray-tracing effects. A sub-1080p internal floor is realistic; some recent UE5 titles have dropped as low as 540p internal on Series S in dense scenes. A 60 fps mode is implausible. There is a non-zero probability that Rockstar will follow Larian's precedent and either delay the Series S build or ship it with a feature reduction that draws public criticism toward Microsoft's two-SKU strategy.
A Nintendo Switch 2 port at launch is implausible. Switch 2's reported Tegra T239-class silicon, roughly 3 TFLOPs of Ampere-class compute in docked mode with DLSS-equivalent reconstruction, would in principle slot between Series S and Steam Deck. However, Rockstar has historically been slow to support Nintendo platforms (no GTA V port to Switch ever materialised, despite that console's success), and the cross-gen engineering effort to fit GTA VI into Switch 2's memory budget would be substantial. A post-launch Switch 2 conversion within 18–24 months of release, of the kind Take-Two has previously commissioned for Borderlands 3 and L.A. Noire, is more plausible than a day-one release.
The PC release is almost certain to be delayed. GTA V launched on PC approximately 18 months after the console release. RDR2 launched on PC approximately 13 months after console release (Wikipedia, 2026d). Rockstar's parent company Take-Two has openly used the staggered PC release as a tool to maximise total platform revenue and to amortise the engineering investment in a separate, more flexible PC build with uncapped framerate, ultra-wide support, mod-tolerant memory management and DLSS/FSR/XeSS scaler stacks. A PC release in the spring or summer of 2028, 12–18 months after the November 2026 console launch, is the modal expectation. An earlier PC release would be a meaningful break with Rockstar's two-decade pattern; a later release, into 2029, is less likely given competitive pressure from open-world rivals shipping on PC day-and-date.
Expect a tiered presentation at launch: native-leaning 4K/30 on PS5 Pro with an additional PSSR-reconstructed 4K/60 Performance mode, reconstructed 4K/30 on base PS5 and Xbox Series X, and reconstructed 1080p/30 on Xbox Series S with reduced simulation fidelity. PS5 Pro will be the headline platform for marketing and the reference platform for Digital Foundry's launch analyses. The Series S will define the engineering floor for the entire cross-platform build, with its 10 GB memory ceiling shaping streaming, LOD and population budgets across every SKU. A PC release should be expected approximately 12–18 months after the console launch, and a Switch 2 conversion, if it materialises at all, is realistic only as a late-cycle commercial extension rather than a launch SKU. All targets remain provisional pending Rockstar's eventual technical disclosure, which on historical precedent will arrive only in the final weeks before release.
Linneman, J. (2025) Grand Theft Auto VI Trailer 2 analysis: how does Rockstar's showcase run on PlayStation 5? Eurogamer / Digital Foundry. Available at: https://www.eurogamer.net/digitalfoundry (Accessed: 14 May 2026).
Rockstar Games (2025) Grand Theft Auto VI – Trailer 2 information page. Available at: https://www.rockstargames.com/VI (Accessed: 14 May 2026).
Wikipedia (2026a) Grand Theft Auto VI. Available at: https://en.wikipedia.org/wiki/Grand_Theft_Auto_VI (Accessed: 14 May 2026).
Wikipedia (2026b) PlayStation 5. Available at: https://en.wikipedia.org/wiki/PlayStation_5 (Accessed: 14 May 2026).
Wikipedia (2026c) Xbox Series X and Series S. Available at: https://en.wikipedia.org/wiki/Xbox_Series_X_and_Series_S (Accessed: 14 May 2026).
Wikipedia (2026d) Red Dead Redemption 2. Available at: https://en.wikipedia.org/wiki/Red_Dead_Redemption_2 (Accessed: 14 May 2026).