
FPS estimates
Alice: Madness Returns FPS
- 2011
- 74/100 · 332 ratings
- Action
- Adventure
Alice: Madness Returns was released in 2011. No published benchmark of Alice: Madness Returns is in our dataset yet, so every FPS figure on this page is an estimate.
Frame rate cap: none on record. We have no record of an engine frame limit for Alice: Madness Returns, so our estimates assume it runs uncapped. V-Sync, an in-game limiter or your monitor's refresh rate can still hold it lower.
Our estimate on 10 reference GPUs
Estimate ±30%Model figures, not measurements: dashed bars with their ±30% band. How they are made.
- RTX 4090360model max
- RTX 5070 Ti360model max
- Radeon RX 9070 XT360model max
- RTX 4070360model max
- Radeon RX 7800 XT360model max
- RTX 4060 Ti360model max
- RTX 4060360model max
- RTX 3060324227–421
- Radeon RX 6600281197–365
- GTX 1650167117–217
Cards that run Alice: Madness Returns at 60+ FPS
1080p High · cheapest firstCurrent cards, by launch price. Solid chips are measured results; dashed ones are our estimate (±30%).
- Intel Arc B580launch price $249≈293 FPSAmazon
- Radeon RX 7600launch price $269≈311 FPSAmazon
- RTX 5060launch price $299≈360 FPSAmazon
Amazon affiliate links: we may earn a commission, at no cost to you. Prices change; check the store.
Player reports
0 reportsNo player reports for Alice: Madness Returns yet.
Screenshots
SteamSystem requirements
SteamMinimum
- CPU
- Intel Core2 Duo (or equivalent) running at 1.60GHz or greater; AMD Athlon X2 (or equivalent) running at 1.60GHz or greater
- RAM
- 2 GB
Alice: Madness Returns FPS questions
- What graphics card do I need for 60 FPS in Alice: Madness Returns at 1080p?
- By our estimate (±30%), the GTX 1650 is the least powerful of our 10 reference cards to reach 60 FPS at 1080p High, at about 167 FPS. No published benchmark of Alice: Madness Returns at that setting is in our data to confirm it.
- Can a GTX 1650 run Alice: Madness Returns?
- By our estimate it gets about 261 FPS at 1080p Low (smooth) and 167 FPS at 1080p High (smooth), each ±30%.












