RoBros System Requirements

RoBros System Requirements - full specs, system checker and the gaming PC setup you need.

RoBros minimum requirements

  • Memory: 2 GB
  • Graphics Card: Intel Media Accelerator 500
  • CPU: Intel Pentium 4 1.80GHz
  • File Size: 700 MB
  • OS: Windows 7 or later

RoBros recommended specs

Unknown recommended system requirements

Can you run it? Test your computer against RoBros system requirements.

Can I Run RoBros?

RoBros system requirements state that you will need at least 2 GB of RAM. Provided that you have at least an Intel Media Accelerator 500 graphics card you can play the game. In terms of game file size, you will need at least 700 MB of free disk space available. An Intel Pentium 4 1.80GHz CPU is required at a minimum to run RoBros.

RoBros will run on PC system with Windows 7 or later and upwards.

Looking for an upgrade? Try our easy to use RoBros set up guides to find the best cards. Filter for RoBros graphics card comparison and CPU compare. We'll help you find the best deal for the right gear to run the game.

RoBros FPS - what frame rate can you expect?

How many FPS will I get on RoBros? An FPS Monitor is the first step in understanding how the parts in your gaming PC are actually performing in real-world conditions. It's the perfect way to track RoBros FPS drops and stutters.

Download our free FPS Monitor via Overwolf to count your frame rates as you play, and test how tweaks to your settings can boost FPS and increase RoBros performance. Our app is compatible with hundreds of the best PC games and available now.

RoBros Details

RoBros PC Specs
   Download Via Steam
   Developer Team B.R.O.S.
   Publisher Team B.R.O.S.
   Categories Action Strategy Indie
   RoBros Release Date 14th of June 2017
What is RoBros?

Robros is a robot-themed, action-strategy escort shooter where you control two robots to get them to fight their way out of a factory filled with rogue robots. The gameplay is split in two phases: planning and action. The first phase is planning your escape by plotting a vector path on a 2D map.