We Tested Every WoW Forever Graphics Setting

Key Findings and Recommended Settings

World of Warcraft: Forever’s updated lighting, fog, and water make it more demanding than the 2004 game. Testing on a high-end PC and an entry-level 2020 MacBook Pro showed that the most expensive settings aren’t always the ones with the biggest visual payoff.

• Shadows: Ultra-high shadows noticeably reduce performance. “Good” offers a useful balance, keeping shadows reasonably defined while avoiding the diminishing visual returns of higher settings. Lower settings can make shadows overly blurry.
• SSAO: This subtly darkens corners and other areas where light would be blocked. Its performance cost is relatively small, and “High” or “Good” preserves depth indoors. Lower settings save little and can make interiors look flat.
• Compute effects (fog): The performance impact varies by location. In the tested Darkshore Harbor scene, “Good” or higher kept the fog dense and natural. Higher settings looked better, but “Ultra” could cost dozens of frames per second, making this a good setting to lower when seeking more performance.
• Secondary lighting: This provides much of the atmosphere from light sources such as torches, but is very demanding. “Ultra” could cost up to 50 FPS compared with “High,” often for a difference that was hard to see. “Good” is a practical choice; avoid going below “Fair” if possible, as that significantly hurts the atmosphere.
• Water: Liquid detail had little noticeable effect on performance, while reflections and animations remained attractive even at lower settings. Leaving it on “High” is generally fine.
• Bloom: Bloom has little performance impact, but can be visually overwhelming—especially in bright areas such as Mulgore or the Barrens. Lower it if the glare is distracting.
• Spell density: This has little impact during ordinary play, but can matter in raids and battlegrounds. “Essential” keeps spell effects from overwhelming the screen; higher settings suit players who prefer a more intense visual display.
• Other settings: The highest setting is often disproportionately expensive. When unsure, try one step below maximum, and avoid dropping to the very bottom unless necessary.

Resolution and Console Tweaks

Render resolution was the biggest performance lever tested. Lowering it reduces the number of pixels the game has to render, which can especially help with its new lighting system. In some tests, going from 1440p to 1080p nearly doubled the frame rate.

Reduce resolution gradually: lower resolutions can look blurry, and the game’s available FSR upscaling was described as dated and sometimes distracting.

Ground clutter can be adjusted beyond the in-game slider using a console command:

• Enter /console groundEffectDensity 64 for a modest increase in ground clutter.
• Try 128 for denser vegetation; 256 was considered excessive.
• The in-game slider’s maximum corresponds to 48. Return to 48, or reset the slider, to restore the usual maximum.
• More clutter can reduce frame rate. The video advises leaving ground-effect fade and distance near their defaults, as changing them can cause odd results.

The testers found that high view distance remained useful and did not noticeably hurt performance, likely because fog limits what is visible. They recommend reducing render resolution before sacrificing view distance.

Results on the Test Devices

• High-end PC: With render resolution at 100%, lowering shadows, compute effects, and secondary lighting still produced at least 144 FPS in most areas. Reducing settings another step could push frame rates above 200 with a modest visual cost. At 75% render resolution, the game reached 300 FPS, but looked too blurry for the testers.
• 2020 MacBook Pro: The machine struggled, especially due to limited VRAM. Very low settings initially produced about 15 FPS; reducing render resolution to 50% raised this to roughly 22 FPS. Reaching 30 FPS required taking key settings to their lowest. In a later test, keeping textures, view distance, and ground clutter high—and liquid detail at “Good”—still achieved around 40 FPS after other adjustments.
• Handhelds: The video had not yet tested its own Steam Deck. Other users were reported to get roughly 40–75 FPS on several handhelds.

The video cautions against relying on the Hyperframe add-on, which automatically changes settings. The testers found that its default behavior narrowed the camera’s field of view and caused environment pop-in. They recommend adjusting settings manually so players understand the trade-offs.

Gamers and Sources Featured

• The Bellular Warcraft team, which conducted the tests.
• Test systems: a PC with a Ryzen 7 9800X3D and RTX 4070 Ti Super, and an entry-level 2020 MacBook Pro.
• Other handheld users, whose reported performance was cited; no individual players were named.
• Hyperframe, discussed as an automatic settings add-on.