Watch the Drift
Shapes move slowly, but they never truly stop. Every object influences the others in subtle, constant motion.
A physics puzzle where space never sits still.
So basically everything's floating around and pulling on
each other.
Sounds easy enough, but trust me - it's trickier than you'd
think: tap to anchor shapes in place before the whole
scene slips out of balance.
I kept wondering - what if you could actually see gravity? Not like equations or whatever, but actual lines. In Gravity Lines, the shapes float around randomly - kinda hard to predict where they'll go. You don’t drag them around or smash them into place. You're basically trying to stabilize everything. Drop an anchor here, another one there, and slowly you turn this mess into something that actually makes sense. It’s not about speed. It’s about awareness.
Watch the Drift
Shapes move slowly, but they never truly stop. Every object influences the others in subtle, constant motion.
Tap to Anchor
Place anchors to lock key shapes in position. Each anchor changes the physics of the entire system.
Solve the Balance
Use limited anchors wisely. Stability isn’t about stopping everything — it’s about creating equilibrium.
Floating geometric shapes governed by soft physics Limited anchors per level — every tap matters Momentum and gravitational pull that evolve as you play Collision zones and instability fields Clean scoring based on efficiency and precision Instant restarts for fast experimentation One small placement can reshape the entire system. That’s where the tension lives.
The world is minimal on purpose. Deep black space surrounds thin neon edges and subtle glowing gravity lines. Shapes rotate slowly, as if suspended in a controlled vacuum. Sound design stays restrained — soft pulses, precise clicks, low ambient hums. You hear your decisions as much as you see them. We figured all that flashy stuff would just get in the way, you know?
Level Run
A curated sequence of puzzles that gradually expands the system’s complexity.
Drift Trials
Short challenges where efficiency matters. Fewer anchors mean higher precision scores.
Zen Sandbox
No scoring. No pressure. Just balance, motion, and experimentation in an endless drifting field.