Overpower
FPS performance data for different CPU and GPU combinations
A fast-paced medieval class-based shooter that blends MMO-style abilities with twitch-reflex arena combat.
Minimum Requirements
- CPU: Dual Core 2.0 GHz or equivalent
- GPU: NVIDIA GTX 600 Series / AMD Radeon HD 7000 Series
- RAM: 4 GB
- Storage: 4 GB available space
FPS Performance Dashboard
Compare FPS performance across different hardware configurations. Add systems to see how they perform at various resolutions and quality settings.
About Overpower
Overpower is a medieval class-based third-person shooter developed by Hydrant Games, designed to blend the strategic depth of MMO arenas with the fast pacing of an action shooter. Set in a fantasy world, the game allows players to choose from four distinct classes—Warrior, Ranger, Mage, and Assassin—each offering unique playstyles and ability sets. Rather than a narrative-driven campaign, Overpower focuses entirely on skill-based multiplayer combat, featuring classic game modes such as Team Deathmatch, Domination, and Capture the Flag.
The gameplay distinguishes itself by removing auto-targeting, forcing players to rely on manual aiming and movement mechanics to land attacks and dodge incoming fire. This design choice appeals to competitive gamers looking for a bridge between MOBA strategy and shooter reflexes. While the game serves a niche audience and operates with a smaller indie player base compared to AAA titans, it offers a distinct competitive experience that rewards cooldown management and team synergy.
Regarding hardware performance, Overpower is relatively lightweight and highly accessible for most PC setups. Built on the Unity engine with a stylized, cartoon-inspired aesthetic, it does not require top-tier hardware to run effectively. Most modern systems, including those with entry-level dedicated GPUs or strong integrated graphics, can handle the game at 1080p with high frame rates. To maintain the fluidity required for its twitch-based combat, users should prioritize high refresh rates over maximizing shadow or texture fidelity.