Red Dead Redemption 2 Best PC Graphics Settings

Red Dead Redemption 2 has one of the deepest settings menus in any PC game, and a few options quietly eat most of your frame rate. This guide names the heavy hitters and tells you what to prioritize for smooth 60 versus maximum fidelity.

First choice: DirectX 12 or Vulkan

Before touching graphics sliders, pick your API in the Graphics tab. RDR2 offers both DirectX 12 and Vulkan, and neither is universally faster. Benchmarks generally show Vulkan posting slightly higher average frame rates while DirectX 12 tends to deliver steadier 1% lows and frame times on many configurations, which often feels smoother in motion even when the raw average is a touch lower.

The honest answer is to test both on your own hardware. Load a busy scene like Saint Denis or a rainy camp, run each API for a few minutes with an on-screen frame-time graph, and keep whichever stutters less. Nvidia RTX cards frequently do well on Vulkan; many AMD and older Nvidia setups feel more consistent on DirectX 12. Switching the API requires a game restart, so decide this first.

Anti-aliasing: skip MSAA, tame TAA

MSAA is the single most expensive setting in the entire game. Even 2x MSAA carries a huge cost for a modest reduction in shimmering, and 4x or 8x will cripple almost any GPU. Leave MSAA off. The same goes for Reflection MSAA in the advanced menu, which multiplies that cost onto water and mirrors.

Use TAA instead. It resolves jagged edges and sub-pixel shimmer far more cheaply than MSAA, at the cost of some softness. If TAA looks blurry, do not turn it off, lower the separate TAA Sharpening slider in the Advanced Graphics tab to taste rather than cranking it, since over-sharpening introduces edge crawling. Better still, if your GPU supports it, enable DLSS (Nvidia) or AMD FSR 2 (any modern GPU). Both replace TAA with a superior upscaler that improves image stability and gives back frames at the same time.

The expensive settings menu options

Toggling Advanced Settings on unlocks the sliders that matter most. Water Physics Quality is the biggest individual GPU drain in the game; the top of the slider simulates far more dynamic fluid interaction than you will ever notice in normal play, so keep it in the lower half. Reflection Quality is the next worst offender, driving screen-space reflections on every wet surface, so Medium usually looks nearly identical to Ultra for a large saving.

Far Shadow Quality and Grass Shadows are both costly for what they add. Far shadows only affect distant terrain, and Grass Shadows hammer your minimum frame rate more than your average, so drop both a notch or two if you want steadier lows. Volumetrics are split into Near and Far Volumetric Resolution: Far costs almost nothing and can stay high, while Near Volumetric Resolution (the fog and mist around your character) is expensive, so Medium is the sweet spot. There is also an Unlocked Volumetric Raymarch Resolution toggle that sharpens god-rays with little penalty on modern cards.

Tessellation is another trap. Tree Tessellation adds real geometric detail to trunks and branches but costs several frames for a change you rarely see while riding, so turning it off is a near-free win. Fur Quality above Medium only shows in close-up cinematics and can be lowered safely. Texture Quality, by contrast, is cheap on frame rate but hungry for VRAM.

Avoiding VRAM overflow

RDR2 shows a VRAM meter at the bottom of the Graphics tab, and pushing past the green line causes stutter and texture pop-in as the game swaps assets in and out of memory. This is the most common cause of hitching on cards with 4GB or 6GB of VRAM, especially in dense cities.

If the meter runs red, drop Texture Quality one step first, since it is the biggest single VRAM consumer, then lower Reflection Quality and the resolution scale. Higher output resolutions and MSAA also inflate VRAM use dramatically, which is another reason to avoid MSAA. Keep the meter comfortably below the maximum rather than exactly at it, because gameplay spikes push usage higher than the menu preview suggests.

Prioritizing 60fps versus visuals

1. Set the API first (DirectX 12 or Vulkan), restart, and confirm which feels smoother in a busy town.
2. Turn MSAA and Reflection MSAA off, and set anti-aliasing to TAA, DLSS, or FSR 2.
3. For a locked 60, put Water Physics, Reflection Quality, Far Shadow Quality, and Near Volumetric Resolution around Medium, and turn Tree Tessellation off.
4. For maximum visuals, raise those back toward High or Ultra one at a time while watching your frame-time graph, stopping before you dip below your target.
5. Keep Texture Quality as high as your VRAM meter allows without going into the red.
6. Use the Resolution Scale slider or an upscaler to fine-tune the final frame rate instead of dropping big-ticket settings further.