Can Radeon RX 7900 XTX run Ace Combat: Assault Horizon?
GreatThe Radeon RX 7900 XTX handles Ace Combat: Assault Horizon well at 1080p, delivering approximately 1419 FPS at High settings — above the 60 FPS target for smooth gameplay. It can also achieve smooth 1440p at around 1064 FPS.
Ace Combat: Assault Horizon – Radeon RX 7900 XTX FPS Data
| Quality | 1080p | 1440p | 4K |
|---|---|---|---|
| Low | 999+ fps | 999+ fps | 887 fps |
| Medium | 999+ fps | 999+ fps | 710 fps |
| High | 999+ fps | 999+ fps | 568 fps |
| Ultra | 999+ fps | 865 fps | 461 fps |
Estimated FPS · actual performance may vary based on drivers and settings
Minimum System Requirements
About
Ace Combat: Assault Horizon, released in 2011, is the 14th installment in the beloved Ace Combat series, blending flight simulation with arcade-style combat. Set in an alternate timeline, players assume the role of members of Task Force 108, particularly William Bishop, as they combat rebel forces led by Andrei Markov. The game is notable for its intense dogfights and cinematic approach to aerial combat, offering a unique narrative experience amidst the chaos of war.
For PC performance, Ace Combat: Assault Horizon is relatively accessible, requiring only an entry-level GPU with a benchmark score of around 403 to meet its minimum requirements. With 2GB of RAM, the game runs well on mid-tier hardware, and players can expect a solid frame rate when using more capable graphics cards like the Nvidia GeForce GTX 660 or AMD Radeon HD 7870. Generally, players can achieve a satisfactory FPS while maintaining decent graphics settings, providing an enjoyable experience without the need for high-end components.
Despite its mixed review score of 69/100, Ace Combat: Assault Horizon offers a compelling mix of fast-paced action and engaging storytelling that may appeal to fans of the genre. If you're interested in aerial combat games and appreciate a narrative-driven campaign, it's worth giving this title a try, especially if you're equipped with the recommended hardware for optimal performance.