Crazy Machines 3

Crazy Machines 3

game

2016, Puzzle, Simulator

WISE
87%

WISE Score

70%

IGDB

Build absurd Rube Goldberg machines with lasers, explosions, and floating cheese—it's engineering class meets cartoon physics lab.

Where to Play

Screenwise Verdict

Crazy Machines 3 is a legitimately good physics puzzle game that sneaks STEM learning into genuinely fun gameplay. The premise—build ridiculous contraptions using lasers, bombs, floating objects, and cartoon physics—hits that sweet spot between silly and smart.

The creative freedom is the real star here. Kids aren't just solving pre-made puzzles; they're designing their own machines, experimenting with materials, and sharing creations. That's the kind of open-ended play that actually develops engineering thinking.

The 2016 release date shows a bit in the graphics and UI, but the core mechanics hold up well. Reviews consistently praise the physics system and level design. No monetization garbage, no chat toxicity, just pure puzzle-solving.

If your kid is the type who takes apart electronics or builds elaborate domino runs, this is their jam. It's not flashy or trendy, but it's solid, safe, and genuinely enriching.

Age Fit

Best for ages 8-16, though younger kids with strong spatial reasoning could start at 7 with guidance. The physics concepts and puzzle complexity make this more engaging for tweens and teens who enjoy engineering challenges. Adults who love puzzle games will also find it satisfying.

WISE Breakdown
Wholesome
88

Physics puzzle game with a light, humorous tone and no problematic content. Clean presentation focused on problem-solving through mechanical contraptions. The 'explosions' and 'bombs' mentioned are clearly cartoonish Rube Goldberg elements, not violence. Positive, constructive gameplay loop.

Imaginative
92

Exceptional creative sandbox where players design their own machines using physics systems (electricity, lasers, wind), customize materials across 15 types and millions of colors, and share creations via Steam Workshop. The 'leaping-laser-mouse-bomb' descriptor captures the absurd, inventive spirit. Open-ended building with real physics constraints sparks genuine engineering thinking.

Safe
94

No in-game purchases, no loot boxes, no online chat. Users can share creations via Steam Workshop (moderated by Steam), but interaction is content-based, not social. Physics puzzles are inherently non-toxic. Only minor concern is user-generated content from Workshop, but Steam's moderation handles this reasonably well for a PC game.

Enriching
86

Teaches genuine physics principles (gravity, momentum, electricity, leverage) through hands-on experimentation. Develops spatial reasoning, problem-solving, and iterative design thinking. The trial-and-error nature builds persistence. However, it's primarily entertainment-focused puzzle solving rather than explicit STEM education, and 2016 graphics/interface may feel dated.

Parent Info

Why It Might Be Great

  • Genuine physics sandbox that teaches real principles (electricity, momentum, leverage) through hilarious trial-and-error
  • Unlimited creative freedom: customize materials, colors, and object properties, then share your contraptions with the world
  • Steam Workshop integration means endless community-created puzzles beyond the base game
  • No monetization nonsense—just pure puzzle-solving and building
  • Perfect for kids who love to tinker, experiment, and figure out how things work

What to Watch For

  • 2016 graphics and interface feel a bit dated compared to newer puzzle games, though functional
  • Difficulty ramps up—younger kids may need help with more complex physics concepts
  • Steam Workshop content is user-generated, so occasional low-quality or inappropriate machines possible (though rare and easily skipped)
  • PC-only, requires Steam account and decent computer

Conversation Starters

  • "What was the craziest machine you built today? Walk me through how it works."
  • "If you could add one new physics element to the game (like magnetism or water), what would you pick?"
  • "Which real-world machines or inventions use the same physics you're playing with here?"
  • "Show me a machine someone else made on the Workshop—what makes their design clever?"

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