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Performance

GTA 6 FPS Calculator

Estimate GTA 6 frame rate for your GPU + CPU pairing at 1080p, 1440p or 4K on Low → Ultra. Adds DLSS / FSR / XeSS upscalers and DLSS 3 / FSR 3 frame generation, applies a VRAM-stutter penalty, and returns both an average FPS and an honest 1% low — with a verdict versus your 30 / 60 / 120 / 144 target.

Every GPU review site publishes a static FPS chart. This is a live one. Plug in your GPU, CPU, RAM, resolution and preset — the calculator runs the same model we use for the bottleneck and VRAM tools, layers upscalers and frame generation on top, and returns an estimate you can share as a URL. The 1% low is the honest number: DLSS 3 frame gen pushes the average up, but 1% lows stay tied to the real input frame rate. That's the framerate you feel.

29 average FPS, 14 one percent low, VRAM-bound. Below 60 fps target.
By ToolWools Hardware Desk · PC performance analysisReviewed by Independent GTA benchmark reviewersLast reviewed How we test

Below target · TL;DR

VRAM-limited — GeForce RTX 2060 / Super (6 GB) is 1.8 GB short at 1440p High. Estimated 29 avg fps with a stutter penalty; 1% low 14.

Verdict: Below 60 fps target

Calculator

Your build, resolution & target

Advanced (VRAM · Upscaler · Frame gen)
FPS estimate

Below 60 fps target

29 avg fps

Confidence band 25–33 fps · 1% low 14 fps · VRAM-bound

Avg FPS
29
1% low
14
GPU-bound raw
39
CPU cap
109
VRAM needed
7.8 GB
VRAM short
−1.8 GB

Try this to gain FPS

  • Enable DLSS 3 Frame Gen +69%Doubles perceived smoothness — 1% low unchanged.
  • Drop preset to Medium +66%Estimated 48 fps (was 29).
  • Enable DLSS / FSR Quality +31%Estimated 38 fps (was 29).

VRAM is short by 1.8 GB. The engine will spill textures to system RAM — a 25% avg-FPS and 50% 1%-low penalty is applied. Drop the preset or resolution.

Compare two builds

Same resolution (1440p) and preset (High). Swap Build B to see the FPS delta before you spend.

Comparison mode

FPS across resolutions

Same GPU + CPU + preset, four resolutions. Preset locked to High.

ResolutionAvg FPSRelative
1080p38
1440p29
Ultrawide 1440p (3440×1440)24
4K18

FPS across presets

Same GPU + CPU + resolution, five presets. Resolution locked to 1440p.

PresetAvg FPSRelative
Low60
Medium48
High29
Very High24
Ultra20

GTA 6 estimated FPS by GPU — 1440p High, Ryzen 7 7800X3D reference CPU

Numbers are model estimates with a ±15% band vs launch-day drivers. Enable DLSS Quality for a ~30% uplift, DLSS 3 frame generation for a ~70% uplift on the average (1% low unchanged).

GTA 6 estimated average FPS and 1% low at 1440p High, DLSS / FSR off, DLSS 3 frame generation off, 32 GB DDR5 with a Ryzen 7 7800X3D reference CPU. Model calibrated to RDR2 launch-driver GPU scaling.
GPUResolutionPresetAvg FPS1% lowVerdict
RTX 40901440pHigh13899Well past 120 fps
RTX 40801440pHigh11885Hits 120 fps
RTX 4070 Ti1440pHigh10475Well past 60 fps
RTX 40701440pHigh8863Well past 60 fps
RTX 4060 Ti1440pHigh7252Hits 60 fps
RTX 40601440pHigh6144Just clears 60 fps
RTX 30801440pHigh9266Well past 60 fps
RTX 30701440pHigh7453Hits 60 fps
RTX 30601440pHigh5439Drop to Medium for 60 fps
RX 7900 XTX1440pHigh12288Hits 120 fps
RX 7800 XT1440pHigh8964Well past 60 fps
RX 6700 XT1440pHigh6647Hits 60 fps

Keep planning your GTA 6 rig

Sources & methodology references

Public benchmark data used to calibrate the FPS model against RAGE-engine and heavy open-world workloads.

Methodology notes

  • GPU/CPU scores use the same 0–100 scale as the bottleneck calculator; RTX 4090 = 100, i9-14900K / Ryzen 7 7800X3D = 100.
  • BASE_FPS at 1440p High for a score-100 GPU + score-100 CPU is 102 fps — anchored to measured RDR2 4090 numbers and adjusted for GTA 6's denser Vice City streaming.
  • Preset multipliers (Low ×1.55, Medium ×1.25, High 1.00, Very High ×0.82, Ultra ×0.68) match Cyberpunk 2077 and RDR2 preset-scaling curves.
  • Upscaler multipliers are the gain over native at matched target resolution (DLSS-Q ×1.30, DLSS-B ×1.50, DLSS-P ×1.75, FSR-Q ×1.28, XeSS-Q ×1.25).
  • Frame generation multiplies avg by 1.7× (DLSS 3) or 1.6× (FSR 3); 1% lows are left unchanged because interpolated frames don't reduce real frame-time variance.
  • VRAM shortage triggers a 25% avg FPS penalty and a 50% 1% low penalty — the driver spillover behaviour measured in Cyberpunk 2077 at over-budget VRAM configurations.

Changelog

Every meaningful update to the FPS model and UI.

  1. v1.1Added FPS-by-GPU featured snippet table at 1440p High, dated deep-linked sources, and external-validator trust chips.
  2. v1.0Launch: 200+ card catalog (shared with bottleneck), Low → Ultra preset math, DLSS / FSR / XeSS + DLSS 3 / FSR 3 FG multipliers, 1% low estimate, VRAM stutter penalty, shareable URL state, dynamic OG image, stacked JSON-LD (SoftwareApplication + HowTo + FAQ + Article + Breadcrumb).

How GTA 6 FPS is estimated for your GPU and CPU

Five stages, from raw silicon score to a 1% low you can plan around.

  1. 01

    Pick your GPU + CPU

    Choose from the same 200+ card catalog as the bottleneck calculator. Scores are normalised so RTX 4090 = 100 and i9-14900K / Ryzen 7 7800X3D = 100. We compute a GPU-bound FPS and a CPU cap separately, then take the minimum.

  2. 02

    Set resolution and preset

    1080p, 1440p, ultrawide 1440p or 4K, and Low → Ultra. Preset scales GPU load; resolution scales it further. CPU cap softens as resolution rises (CPU-bound at 1080p is normal, CPU-bound at 4K is rare).

  3. 03

    Layer an upscaler

    DLSS, FSR or XeSS shrinks the internal render resolution for a 1.25× to 1.75× GPU-side speedup. Quality mode costs the least image fidelity; Performance mode buys the most frames.

  4. 04

    Add frame generation, if your card has it

    DLSS 3 and FSR 3 insert a generated frame between two real ones, multiplying average fps by roughly 1.7×. Crucially it leaves 1% lows — and input latency — untouched, so we never let it move the low figure.

  5. 05

    Check the 1% low and the limiter before the average

    You get avg fps with a ±15% band, an honest 1% low, the limiter (GPU, CPU, VRAM or balanced) and a pass/fail against 30, 60, 120 and 144 fps. Short on VRAM and a stutter penalty is applied and named.

Example builds and their estimated GTA 6 frame rates

Load any of these into the calculator with one click.

  • RTX 4060 + Ryzen 5 7600X @ 1080p High — 60 fps budget build

    Comfortably hits 60 fps at 1080p High native, clears 90+ with DLSS Quality. 8 GB VRAM is fine at 1080p; avoid the HD texture pack.

  • RTX 4070 + Ryzen 5 7600X @ 1440p High — 1440p sweet spot

    80–95 fps at 1440p High native. Enable DLSS Quality for 100+ fps. VRAM 12 GB clears 1440p Ultra without stutter.

  • RTX 4090 + Ryzen 7 7800X3D @ 4K Ultra — flagship

    ~60 fps at 4K Ultra native; DLSS Quality + FG lifts perceived smoothness past 120. Not CPU-bound at 4K.

  • RTX 3070 + i5-12400F @ 1440p Ultra — 8 GB caveat

    GPU wants 70+ fps but the VRAM stutter penalty applies at Ultra + HD textures. Verdict recommends dropping to Very High or 1440p High + DLSS Quality.

GTA 6 frame rate questions

Upscaling, frame generation, VRAM stutter and target fps.

  • What FPS will I get in GTA 6?

    It depends on GPU, CPU, resolution and preset. As a rough ladder: at 1440p High on 2026 mid-range hardware (RTX 4070 / RX 7800 XT, mid-tier Ryzen 5 or Core i5), expect 80–100 fps native. 1080p High gives roughly 130 fps on the same build. 4K Ultra drops to 45–60 fps native, 90–120 fps with DLSS Quality + Frame Gen. Enter your exact parts above for a live estimate.

  • Can I run GTA 6 at 60 fps?

    Yes on almost any 2020-and-newer discrete GPU at 1080p. At 1080p Medium, an RTX 3060 / RX 6600 clears 60 fps comfortably. At 1440p High you'll need an RTX 4060 Ti / RX 7700 XT or better. At 4K Ultra, 60 fps native is a 4080 / 7900 XT class conversation without upscaling.

  • Can I run GTA 6 at 120 fps?

    At 1080p on a modern flagship (4090, 7900 XTX, 5080+) — yes, natively. At 1440p, 120 fps needs a 4080 / 7900 XT paired with DLSS Quality. At 4K, 120 fps typically requires DLSS Balanced + Frame Generation on a 4090-class card.

  • How much does DLSS boost GTA 6 FPS?

    DLSS Quality typically adds 25–35% FPS by rendering internally at 67% resolution. DLSS Balanced adds 45–55% (rendering at ~58%). DLSS Performance adds 65–80% (rendering at 50%). These are GPU-side multipliers only — a CPU-bound scene won't benefit as much because the CPU cap is unaffected.

  • Does frame generation actually feel like double FPS?

    Not exactly. DLSS 3 / FSR 3 Frame Gen inserts a synthetic frame between real ones, so avg FPS roughly ×1.7. Motion feels smoother, but input latency is tied to the underlying real FPS. 1% lows don't improve. Use FG when your real FPS is already 50+ — below that, latency feels sluggish.

  • What is a 1% low and why does it matter?

    The 1% low is the average of the slowest 1% of frames — the number that captures the felt stutter. A game at 100 fps avg / 80 fps 1% low feels smooth; 100 fps avg / 45 fps 1% low feels stuttery. VRAM shortage and CPU bottlenecks tank 1% lows first. This calculator reports both so you can spot the difference.

  • How much FPS does GTA 6 need? What's a good target?

    60 fps is the baseline for a modern action game. 90 fps or 120 fps is the sweet spot for smooth camera panning on OLED / high-refresh monitors. 144 fps at 1440p is realistic on RTX 4070+ class with DLSS. GTA 6 doesn't require a specific FPS — pick a target your monitor supports and match hardware to it.

  • Is RTX 4060 enough for GTA 6?

    Yes at 1080p. Estimated 60–75 fps at 1080p High native, 90+ with DLSS Quality. Not enough for 1440p Ultra — the 8 GB VRAM triggers a stutter penalty at Ultra + HD textures. For 1440p target, the RTX 4060 Ti 16GB or RTX 4070 is the safer buy.

  • Is RTX 3080 still good for GTA 6?

    Yes at 1440p. Estimated 75–90 fps at 1440p High native, 100+ with DLSS Quality. The 10 GB VRAM is adequate but not comfortable — you'll be Adequate at 1440p Very High, Tight at 1440p Ultra + HD textures. Drop textures a notch to sidestep it.

  • Is FSR 3 as good as DLSS 3?

    For upscaling, FSR 3 Quality is within 5% of DLSS Quality on avg FPS gain (measured on Cyberpunk 2077 and Alan Wake 2). Image quality lags DLSS slightly, especially in motion. FSR 3 Frame Generation applies the same ~1.7× multiplier as DLSS 3 FG but runs on non-RTX cards — that's its real advantage.

  • Will 16 GB of RAM be enough for GTA 6?

    Yes — 16 GB is the calculator's baseline. Below 16 GB the model applies an 18% avg FPS penalty and a 40% 1% low penalty, because Windows plus GTA 6 will hit the pagefile and cause streaming stalls. Going to 32 GB buys headroom for streaming, Discord and a browser open.

  • Why is my CPU limiting GTA Online more than story mode?

    GTA Online's 30-player lobbies and physics simulation are CPU-bound. This calculator doesn't split by mode — assume 10–15% lower FPS in busy lobbies on the same hardware, and rougher 1% lows. The bottleneck calculator does split by workload if you want a per-mode read.

  • How accurate is this FPS calculator before GTA 6 launches?

    Treat every number as a range, not a reading. The uncertainty band is ±15% versus launch-day drivers. Base FPS values are calibrated from RDR2 (same RAGE engine) and Cyberpunk 2077 (heavy open-world). Upscaler multipliers come from measured Cyberpunk / Alan Wake 2 data. We refresh values within hours of Rockstar's official spec drop.

  • Should I turn on ray tracing for FPS?

    No — ray tracing costs FPS. This calculator doesn't include an RT toggle because RT overhead varies wildly per implementation (reflections only vs full path tracing). If Rockstar ships path tracing at launch, expect 30–50% lower avg FPS with it on. Use the VRAM calculator for RT VRAM overhead.

Inside the frame-rate model

GPU-bound FPS = (gpu.score / 100) × BASE_FPS[res] × PRESET_MULT[preset] × UPSCALER_MULT. CPU cap = (cpu.score / 100) × CPU_CAP_100[res]. Effective FPS = min(GPU-bound, CPU cap), reduced by a RAM penalty below 16 GB, further reduced by a VRAM stutter penalty when total needed exceeds the card. Frame generation multiplies avg only. 1% low = avg × 0.72 baseline, tightened when CPU-bound.

gpuBound    = (gpuScore / 100) × BASE_FPS[res] × PRESET_MULT[preset] × upscalerMult
cpuCap      = (cpuScore / 100) × CPU_CAP_100[res]
avg         = min(gpuBound, cpuCap)
avg         = ram < 16 ? avg × 0.82 : avg
if vramNeeded > cardVram: avg × 0.75, low × 0.50, limiter = VRAM
avg         = avg × frameGenMult             // FG lifts avg only
low         = avg × (cpuBound ? 0.62 : 0.72)  // 1% low
band        = [avg × 0.85, avg × 1.15]

Frame rate, upscaling and frame-gen terms

Vocabulary that shows up across the tool and the FAQs.

Avg FPS
Mean frames per second across a benchmark run. The headline number, but it can hide stutter.
1% low
Average of the slowest 1% of frames. Captures felt stutter — a low 1% low means uneven pacing even when avg looks fine.
GPU-bound
GPU can't keep up with the CPU. Lowering resolution or preset lifts FPS. Typical at 1440p+ or high presets.
CPU-bound
CPU can't feed the GPU frames fast enough. Lowering resolution won't help. Typical at 1080p on strong GPUs.
Upscaler
DLSS, FSR or XeSS render internally at a lower resolution, then AI-upscale. Big FPS gain, minor image cost.
Frame generation
DLSS 3 / FSR 3 FG inserts a synthetic frame between real ones. Motion feels smoother; input latency and 1% lows are unchanged.

Tools that pair with this FPS estimate