Planet Match: Drop & Merge

Embark on a mesmerizing journey across the cosmos with Planet Match!

Immerse yourself in a relaxing yet challenging physics-based merge puzzle game. Aim, drop, and collide celestial bodies to merge them into giant planets and dazzling stars. Master gravity, trigger cosmic chain reactions, and discover the secrets of the universe!

🌌 HOW TO PLAY:
• Aim & Drop: Carefully choose where to release planets into the cosmic arena.
• Merge & Evolve: Collide two identical celestial bodies (from tiny Pluto to Mercury, Earth, and beyond) to create bigger, more powerful planets.
• Reach the Sun: Keep merging to form colossal gas giants and ignite the ultimate star!
• Don't Overflow: Plan your moves wisely before the cosmic container reaches its limit.

✨ KEY FEATURES:

🪐 Realistic Physics Simulation
Enjoy smooth, tactile gravity mechanics where celestial bodies roll, bounce, and collide naturally in zero-g space.

⚡ Powerful Cosmic Skills & Upgrades
Unlike traditional merge games, unlock unique planetary abilities! Unleash gravitational waves, trigger explosive shockwaves with "War Cry," and shatter stubborn space clusters.

🌀 Singularity & Black Holes
Harness cosmic phenomena to manipulate the board and escape tight situations when space runs out.

🎵 Hypnotic Audiovisual Experience
Lose yourself in stunning planetary visuals, deep space atmospheres, and satisfying celestial sound effects designed to relieve stress.

🏆 Compete for High Scores
Strategize your merges, build epic combos, and climb the leaderboard to prove you are the ultimate cosmic architect.

🎮 Play Anywhere, Anytime
Enjoy the full experience offline without needing a constant internet connection.

Ready to conquer the galaxy? Download Planet Match today and start your cosmic merge journey!

Recent changes:
- Fixed occasional white screen on game start, skin selection, and ability menu
- Redesigned sports balls skin background with abstract kinetic motion motifs
- Added new royalty-free Rugby Match Ball sprite for Neptune tier
- General performance optimizations and stability improvements