Fight your way through swarms of mutants and zombies in this intense top-down shooter. Complete rescue missions, survive deadly waves, and break out of the quarantine zone before it's too late. Are you ready to face the outbreak?
Z Mission Breakout 在线人数与 Steam 图表
实时
在线人数024 小时 —
24 小时峰值玩家0今日最高样本
30 天峰值玩家0平均 —
历史峰值玩家0自开始追踪以来
30 天游玩时长—估算值
Steam 图表 · 30 天在线人数等待采样
正在收集每日样本目前只有一天的历史数据——曲线至少需要两个样本。
24 小时—7 天—趋势持平
评测0 篇评测
—No user reviews
0 篇好评0 篇差评
推荐数—
媒体
6 张图片
游戏详情
关于这款游戏
游戏
发行日期2025年5月26日已登陆 Steam 1 年
开发者Gaemster发行商Gaemster类型动作独立
—成就—DLC3684920
关于这款游戏
玩家数更新于 9月18日 17:55 UTC · 商店数据更新于 9月22日 12:18 UTC · 来源:SteamWebAPI
最低配置推荐配置系统Windows 7 64-bitWindows 10处理器Intel Core i3-540 or AMD Phenom II X4 965Intel Core i5 or AMD Ryzen 5显卡GeForce GTS 250 or Radeon HD 5770GeForce GTX 650 or AMD Radeon R7 250X内存2 MB RAM4 MB RAM存储空间1 GB available space相同
关于 Z Mission Breakout
Z Mission Breakout is a fast-paced top-down twin-stick shooter where you’re humanity’s last hope in a world overrun by the undead and ancient creatures of the night. As chaos reigns, you’re dropped into ground zero with one mission: rescue survivors, eliminate the threat, and break out of the quarantine zone—alive.
Fight through swarms of zombies, vampires, and other nightmarish creatures, using an arsenal of weapons and quick reflexes to survive. Battle your way through a series of tactical missions and action-packed levels where every bullet counts and every wave gets tougher.
Whether you’re here to blast monsters or beat your high score, Z Mission Breakout delivers relentless arcade-style action with survival elements in a gritty, post-apocalyptic setting.
- Twin-stick shooter gameplay with tight, responsive controls
- Zombie and mutant enemies with unique behaviors and abilities
- Intense wave-based combat that scales in difficulty
- Mission-based progression across multiple breakout zones
- Power-ups and weapons to upgrade your firepower mid-run
- Designed for replayability – sharpen your skills and climb the score ranks
- Retro pixel graphics and dark atmospheric environments