How to Make Steam-Powered Mars Rover in Infinite Craft
Steam-Powered Mars Rover sits in the middle of Infinite Craft's difficulty curve. The shortest route we have found runs 12 steps from the four base elements, finishing with Broken Mars Rover plus Steam.
The final combination
Broken Mars RoverSteamSteam-Powered Mars Rover
Long12 steps from the base elementscrafting depth 162 known recipes
Full crafting path from the base elements
Start with Water, Fire, Wind and Earth, then follow these 12 combinations in order.
- 1WaterWindWave
- 2EarthWaveSand
- 3FireSandGlass
- 4EarthWindDust
- 5DustWindSandstorm
- 6SandstormWindDust Storm
- 7DustEarthPlanet
- 8PlanetSandstormMars
- 9Dust StormMarsMars Rover
- 10GlassMars RoverBroken Mars Rover
- 11FireWaterSteam
- 12Broken Mars RoverSteamSteam-Powered Mars Rover
Other ways to make Steam-Powered Mars Rover
2 combinations are known to produce Steam-Powered Mars Rover. Here are 2 of them.
| First | Second | Result |
|---|---|---|
| Broken Mars Rover | Steam | Steam-Powered Mars Rover |
| Broken Mars Rover | STEAM | Steam-Powered Mars Rover |
What you can make with Steam-Powered Mars Rover
Steam-Powered Mars Rover at a glance
- Steps to craft
- 12
- Long
- Crafting depth
- 16
- longer than 58% of solved elements
- Known recipes
- 2
- ways to make it
- Used in
- 1
- other combinations
Other elements that take 12 steps
Similar effort to Steam-Powered Mars Rover, if you want something else to chase.
Frequently asked questions
How do you make Steam-Powered Mars Rover in Infinite Craft?
Combine Broken Mars Rover with Steam. The full path from the base elements takes 12 steps.
How many steps does it take to make Steam-Powered Mars Rover?
12 steps on the shortest known path from Water, Fire, Wind and Earth.
Is Steam-Powered Mars Rover hard to make in Infinite Craft?
It rates as long. At 12 steps it is longer than 58% of solved elements.
Is there more than one way to make Steam-Powered Mars Rover?
Yes. 2 combinations are known to produce Steam-Powered Mars Rover, and the shortest route is shown above.