Build an automated factory on a true-scale Mars streamed from real NASA terrain. Mine, smelt and belt resources, run trains between outposts, master chemistry, and grow from a lone lander into a planet-spanning industry while the real Martian weather does its worst.
DESCRIPTION SUPPLIED BY THE DEVELOPER THROUGH STEAM
Check the official page for current availability, supported devices and any in-game purchases.
ANSWERS FOR YOUR FIRST SESSION
MORS gameplay guide and player questions
Steam edition · Researched Nov 12, 2026 · Guide updated Nov 12, 2026.
Source facts
How does the game handle the planet's scale?
The game features the entire planet at a 1:1 scale, streamed live from real NASA MOLA and HRSC elevation data. You are not playing in a limited level or skybox, but rather exploring the actual Martian surface.
You begin by turning regolith into iron, which is then processed into machines. These machines form an industry that expands across the horizon, using drills to feed belts, which then supply smelters and assemblers to create your factory.
How do solar power and batteries function in the factory?
Power behaves realistically, with solar output following the actual sun's position. You must wire your grid to batteries to store energy for the night, or you risk brownouts that can disrupt your entire production line.
What transportation options exist for moving goods between outposts?
When belts are insufficient, you can lay rail networks. You can set up stations, schedules, and wait conditions for battery-electric trains to haul ore, goods, and fluids between your various outposts while you focus on building elsewhere.
How does the Martian day-night cycle affect gameplay?
A full Martian sol lasts 24 hours and 39 minutes. The sun's position is computed based on your real longitude and season, directly impacting your solar power generation and requiring careful management of your energy storage systems.
What fluid management systems are available for industrial chemistry?
You can manage fluid networks through water drilling, electrolysis, and methane synthesis using the Sabatier reaction. These processes are essential for advanced industrial chemistry as you progress through the tech tree and expand your base.
You climb a tech tree by crafting science packs to grow your lab. Progression takes you from basic hand-mining to advanced tools like laser drills, railways, rovers, jetpack upgrades, and complex industrial chemistry systems.
The game simulates weather, including dust storms that can swallow your base, morning frost, and seasonal changes. These environmental factors require you to plan your base layout and resource management carefully to survive the harsh Martian conditions.
Does the game world persist after I leave an area?
Yes, everything persists. Your factory maintains its operational state, and even your footprints remain exactly where you left them in the dust, ensuring that your impact on the Martian landscape is permanent and visible.
What should I consider before traveling away from my base?
Every trip away from your base is a calculation. You must ensure your automated systems are stable, as every machine you automate reduces your worries, but leaving your base requires careful planning regarding resources and power.
AI-assisted research with automated evidence and consistency checks. Good Game Daily organizes publisher information into practical answers. Guidance is an editorial interpretation of those sources. These notes are based on source research rather than a firsthand playtest; editions and later updates may differ.
YOUR NEXT STEP
Try a sample before deciding on the full game
For MORS · Steam edition.
Open the separate demo listing and check its own requirements. The full game lists Windows; the demo can differ.
Use the demo to check whether the controls, readability and pace suit you. Save transfer to the full game is not verified here.
The full game is marked coming soon. A full-game price is not verified here; check the store before deciding.
Minimum: Requires a 64-bit processor and operating system OS: Windows 10/11 64 bit Processor: Any 6-core CPU Memory: 8 GB RAM Graphics: Any GPU with 4GB of VRAM Storage: 5 GB available space Additional Notes: Streams a 1:1 Mars from real NASA elevation data - SSD strongly recommended.
Linux minimum requirements
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macOS minimum requirements
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