Geometry Vibes X-Arrow is a fast-paced rhythm game featuring precise arrow control, multiple modes, competitive multiplayer and intense obstacle courses.
Geometry Vibes X-Arrow marks a sharp evolution of the Geometry Vibes series, delivering tighter movement, faster pacing, and heightened rhythmic intensity. A glowing arrow becomes the center of attention as geometric paths close in with relentless precision. Every level focuses on control, timing, and composure, where even the smallest mistake ends the run instantly.
GEOMETRY VIBES X-ARROW: PRECISION AT FULL SPEED
In Geometry Vibes X-Arrow, you have to make a vertical movement that responds directly to input, while gravity pulls the arrow downward the moment control is released. Obstacles appear in complex formations, demanding careful adjustments rather than wild movement.
Multi Modes
Classic Mode emphasizes structured progression, while Endless Mode focuses on survival and high scores. Spam Mode compresses space and tests endurance under pressure. Challenge Mode introduces unusual scenarios, and Multiplayer Mode adds competitive tension as multiple players race through the same hazards.
Designed for Competition and Custom Play
Multiplayer functionality transforms Geometry Vibes X-Arrow into a test of skill between friends. Separate key inputs allow multiple players to compete simultaneously, turning precision flying into a fast-paced showdown. Customization options add a personal touch without affecting gameplay balance, keeping competition fair and skill-based.
Cross-platform support ensures smooth performance across computers, tablets, and phones, maintaining responsive controls regardless of device.
Gameplay Control
- Left Mouse Button / Spacebar controls upward acceleration.
- Release allows the arrow to descend.
- Multiplayer controls use the H, L, or Up Arrow keys.
Why Geometry Vibes X-Arrow Stands Out
- High-speed, rhythm-based arrow gameplay.
- Five diverse modes with unique difficulty styles.
- Competitive multiplayer for local challenges.
- Clean visuals with increasingly complex patterns.































