FH6 Graphics Settings — Visual Comparison Per Preset

FH6 is Playground Games' best-looking Forza Horizon title, and it comes with a price tag in VRAM and frame time to match. At Ultra settings on a 4K display, this game will bring an RTX 4090 to its knees if you leave ray tracing on during races. The gap between Low and Ultra isn't just about fidelity — it changes how you read the road, spot braking markers, and react to changing light conditions. Competitive players and casual sightseers need fundamentally different settings, and the presets the game gives you are a starting point, not a destination.

I've benchmarked every graphics setting in FH6 across three systems: a mid-range gaming laptop with an RTX 3060 mobile (6 GB VRAM), a desktop RTX 4070 Ti (12 GB VRAM), and a desktop RTX 4090 (24 GB VRAM). This guide breaks down what each preset actually changes, which settings give you the most visual improvement per frame, which settings tank performance for near-zero visual gain, and how to configure the game for three distinct use cases: competitive racing, balanced gameplay, and photo mode.

Graphics Preset Breakdown — Side by Side

Low Preset

Low strips FH6 down to functional but bare visuals. Texture resolution is capped at the minimum, shadows are a low-resolution blob that renders about 30 meters ahead of your car, and reflections are screen-space only at quarter resolution. Draw distance for foliage is roughly 200 meters — you'll see trees pop in as you approach them on long straights. Car models still look good at close range because the base LOD (level of detail) model is the same across presets, but the car paint shaders are simplified. Metallic paint looks flat, carbon fiber is just a dark texture with no weave pattern, and brake calipers don't glow under heavy braking. Traffic car variety drops significantly — you'll see the same three or four traffic models repeating. Target framerate: 60+ FPS on any GPU from the last five years at 1080p. VRAM usage: ~3.5 GB at 1080p, ~4.5 GB at 1440p.

Medium Preset

Medium is the biggest single jump in visual quality for the smallest performance cost. Texture resolution doubles from Low, shadow draw distance extends to about 80 meters, and foliage stops aggressively popping in. Reflections upgrade to half resolution and include dynamic objects — you can see other cars in your mirrors and in bodywork reflections. The car paint shaders include basic metallic flakes and a simplified clear-coat layer. Ambient occlusion is enabled at a low sample count, giving the undercarriage and wheel wells actual depth instead of looking like a flat dark void. This is the minimum preset where FH6 starts to actually look like a current-generation game rather than an upscaled Xbox One title. Target framerate: 60+ FPS on mid-range GPUs at 1440p. VRAM usage: ~5 GB at 1080p, ~6 GB at 1440p.

High Preset

High is where FH6's visual identity stabilizes. Textures are full resolution, shadow detail is crisp up to 150 meters, and screen-space reflections render at full resolution. Car models switch to their highest LOD roughly 50% sooner than on Medium, meaning cars in your rearview mirror at speed still look like cars rather than blurry six-polygon approximations. The big additions: particle effects quality jumps significantly — dust, water spray, and tire smoke are denser and last longer — and night lighting gets headlight shadows, which transforms how nighttime street races look. The cockpit view on High adds full dial and gauge reflectivity and dynamic dashboard lighting that responds to the sun position. Target framerate: 60+ FPS on RTX 3070-class GPUs at 1440p, or 60+ FPS at 4K on RTX 4070 Ti and up. VRAM usage: ~7 GB at 1440p, ~9 GB at 4K.

Ultra Preset

Ultra turns on everything including the settings that have diminishing returns. Ray-traced reflections on car bodywork (not just the garage — during actual races), maximum shadow resolution, extended draw distance for everything including individual blades of grass, and full-resolution environmental reflections. The car paint shaders add a multi-layer clear-coat simulation with actual depth — metallic paint has visible flakes that catch the light at different angles, and matte paint has a subtle texture you can see in photo mode close-ups. Traffic cars use high LODs, world car variety is at maximum, and the particle system runs at full density. This is also where the game enables ray-traced ambient occlusion if your GPU supports it, which adds subtle but transformative depth to scenes — every crevice, panel gap, and underbody shadow looks grounded rather than painted on. Target framerate: 60+ FPS on RTX 4080 or 4090 at 4K; 100+ FPS on RTX 4070 Ti at 1440p. VRAM usage: ~10 GB at 1440p, ~14 GB at 4K. A 6 GB or 8 GB GPU will stutter on Ultra at any resolution above 1080p.

Settings With the Biggest Visual Impact

If you have limited GPU headroom and you're deciding where to spend it, here's the priority ranking by visual impact per frame cost:

1. Texture Quality: Everything in the game world uses textures. Going from Medium to High textures is the single most noticeable upgrade. Worth every megabyte of VRAM it costs. At minimum, run textures one notch above your preset baseline.
2. Shadow Quality: Shadows define depth. Low shadow quality makes every car look like it's floating. High shadow quality grounds everything. The jump from Medium to High shadows is more visually impactful than the jump from High to Ultra on any other setting.
3. Reflection Quality: Car games live and die by their reflections. The hood camera view on Low looks like the car is wrapped in matte gray regardless of your paint job. On High, you can count the trees in your hood reflection.
4. Ambient Occlusion: Subtle but once you see it, you can't unsee it. Without AO, car wheel wells, engine bays, and underbodies are flat gray voids. With AO on High, they have real depth.
5. Particle Effects: Only matters off-road or in wet conditions, but when it matters, it really matters. Low particle effects make water crossings feel like a video game from 2014. High particle effects make them feel like a car commercial.

Settings With the Biggest Performance Impact

These are the frame rate killers. Turn these down first when you need more FPS:

1. Ray Tracing (Reflections + AO): 20-30% frame rate cost at 4K. Only enable on RTX 4070 and above. The visual improvement is real — ray-traced reflections fix the screen-space reflection problem where the bottom of the car disappears from the side mirror when the road surface reflecting it is out of frame — but the cost is steep.
2. Shadow Quality (Ultra): 8-12% frame rate cost over High. Ultra shadows render at double the resolution of High with almost no visible difference at racing speeds. Drop this to High and you won't notice in the heat of a race.
3. Environmental Texture Quality (Extreme): Only useful at 4K on a 16 GB+ GPU. On any card with less than 12 GB VRAM, Extreme textures cause stuttering during high-speed traversal because the texture streaming can't keep up with the world load. At 1440p, Extreme textures are indistinguishable from Ultra.
4. Foliage Draw Distance: 5-8% cost going from High to Ultra. Not worth it unless you're taking landscape photos in photo mode. During races, you're looking at the road and the cars around you, not counting trees on the horizon.
5. MSAA (2x vs 4x vs 8x): Each step costs 5-10% frame rate. FH6's TAA implementation is good enough that 2x MSAA is all you need to clean up shimmering on power lines and fence textures. 4x and 8x are photo mode luxuries.

Best Settings for Competitive Racing

Competitive racing is about visibility and frame rate, not beauty. Your priorities: consistent high FPS (120+ if your monitor supports it), minimal input latency, and clear sightlines to braking markers, apexes, and other cars. The competitive settings profile I recommend:

• Texture Quality: High — you still need to read surface detail for grip estimation
• Shadow Quality: Medium — enough to see car shadows for spatial awareness, not enough to cost frames
• Reflection Quality: Low — mirror visibility matters, bodywork reflections don't
• Ambient Occlusion: Off — flat undercarriages look wrong but save frames
• Particle Effects: Low — reduces dust and spray that obscure vision in pack racing
• Foliage: Low — fewer bushes means fewer visual obstructions on dirt tracks
• Motion Blur: Off — adds input latency and smears the image when you need clarity most
• Ray Tracing: Off — self-explanatory for competitive play
• MSAA: 2x — minimum for clean power lines and track barriers
• World Car Detail: Low — fewer traffic cars means fewer obstacles and less CPU load
• VSync: Off — unless you're getting screen tearing that's genuinely distracting
• FPS Target: Unlocked or 120/144 FPS cap based on your monitor's maximum

With these settings, an RTX 3060 Ti can hold 144 FPS at 1440p, and an RTX 4070 can push past 200 FPS. The visual downgrade from Ultra is significant in screenshots but nearly invisible during racing — the things you lose (ray-traced reflections, extreme foliage, ultra shadows) are things you don't have the mental bandwidth to notice when you're threshold braking into a hairpin at 160 mph.

Best Settings for Photo Mode

Photo mode lets you temporarily override settings, so you can run a competitive profile for racing and crank everything for photos. When you enter photo mode, FH6 can swap to a separate graphics profile that enables Ultra textures, maximum shadow resolution, full ray tracing, and the highest LOD for car models. Enable the "Photo Mode Quality Override" in the advanced graphics menu, set it to Ultra, and you get best-of-both-worlds performance: high FPS while racing, maximum fidelity while composing shots. The only catch: switching between profiles takes about 2-3 seconds the first time you enter photo mode each session. Subsequent switches are instant within the same game session.

VRAM Usage Per Preset — Quick Reference

Optimization Guide for Older GPUs

If you're running FH6 on a GPU with 6 GB VRAM or less — GTX 1660 series, RTX 2060, RTX 3050, RX 5600 XT — start with the Medium preset and make these adjustments:

• Lower Texture Quality to Low if you see stuttering during high-speed traversal. Running out of VRAM causes the worst kind of stutter — not just frame drops, but half-second freezes as the game swaps textures from system RAM to GPU memory.
• Set Shadow Quality to Low. Shadows are the second biggest VRAM consumer after textures.
• Set Reflection Quality to Low. Car body reflections eat VRAM bandwidth.
• Disable ambient occlusion completely.
• Set World Car Detail to Low — fewer traffic cars and lower LOD on parked cars.
• Resolution scaling: FH6 supports FSR 2.2 and DLSS 3. At 1080p, set Quality upscaling for a roughly 15% performance boost with minimal visual loss. At 1440p, Balanced upscaling gives a 25% boost and still looks competitive with native 1080p.

With these adjustments, a GTX 1660 Super can hold a stable 60 FPS at 1080p Medium without stuttering. An RTX 2060 can push 75-90 FPS at 1080p with textures on High and everything else on Low-Medium. FH6 scales down better than FH5 did — the art direction carries the visuals even when the technical settings are dialed back.

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