Iron Vector: Impact Grid

So it's this physics puzzle thing where every shot actually matters, you know? Like, the balls have real weight to them, and there's always this split second where you're like 'okay, did I mess this up or...?'
You fire steel spheres into a force-driven grid. Each tile carries a vector — a directional push that bends trajectories, steals momentum, or slingshots the ball into something you didn’t expect. Rotate the vectors, read the magnetic pull, and set up multi-step chain reactions that feel like engineering.
You can't just rush through it. It's all about making the right call and hearing that perfect clack when everything lines up.

The Grid

Look, this isn't your typical phone puzzle game. The board actually feels like you're working with real equipment or something.

It looks simple at first: a grid of steel plates, a few glowing arrows, a target you’re supposed to hit. Then you notice the field lines. The bounce angles. The way a magnet tile doesn’t just pull — it changes the entire rhythm of the board.

Each level's basically its own little machine. First you gotta figure out what the heck everything does, then work out the best way through it.
Steel spheres behave with weight and momentum
Vector tiles apply directional force when the sphere passes through
Magnets tug trajectories off the “obvious” route Walls and bumpers turn clean lines into ricochets

Iron Vector

How It Works

  • Rotate the vectors

    Each arrow tile can be rotated to change the direction of force. The power stays the same — only the intention changes.

  • Launch with limits

    You get a fixed number of launches per level. That means you’re not experimenting forever. You’re planning.

  • Use bounce logic

    Surfaces matter. Angles matter. The sphere keeps its story across impacts.

  • Let magnets do the dirty work

    Magnetic tiles pull the sphere in a curve, not a straight line. They’re perfect for bending a route around corners, or creating controlled chaos.

  • Trigger chain reactions

    Certain objects react to impact: switches, gates, detonators, splitters. One good launch can solve half the level if the grid is prepared correctly.

Iron Vector

Magnetic Rules

Magnets aren’t just obstacles in Impact Grid — they’re tools with consequences.
A magnet can “steal” a perfect straight shot and turn it into a curve
Two magnets can create a corridor you didn’t place, but can exploit
If you rotate vectors without thinking about magnetic pull, the board will punish you gently, then repeatedly
The cleanest solutions usually use magnets to do work you can’t afford with launches
There’s a moment in most levels where you stop trying to fight the field and start shaping it. That’s where the game becomes addictive.

Iron Vector

Chain Reactions

This is where tactical planning turns into a small spectacle — not a loud one, just a satisfying sequence.
Examples of reaction patterns you’ll learn to set up:

  • Switch → Gate → Bounce → Target
  • Magnet bend → Splitter → Dual impacts
  • Vector corridor → Ricochet loop → Relayed trigger
  • One launch → Three events → Final lock-in

The best levels feel like setting up dominoes made of steel.

Iron Vector

Difficulty Curve

Impact Grid is designed to feel fair, even when it’s hard.

  • Early levels teach:

    • reading arrows quickly
    • understanding bounce angles
    • seeing magnets as predictable curves

  • Mid levels introduce:

    • launch economy
    • multi-object sequences
    • double-magnet traps that look impossible until they don’t

  • Late levels become:

    • precision engineering
    • “one launch, everything happens” setup
    • solutions that feel obvious only after you’ve found them

If you fail, it’s usually because you didn’t read one force properly — not because the game hid information.

Iron Vector