When music becomes the rulebook and timing decides everything, Dashmetry Solar Storm turns every jump into a test of precision. This fast-paced rhythm platformer throws players into a relentless forward rush where obstacles, movement, and sound collide in perfect sync. With no room for hesitation and no second chances, success depends on learning the beat, trusting your instincts, and reacting at exactly the right moment.
Two Game Modes, Two Playstyles
Dashmetry Solar Storm features two distinct game modes, each catering to a different type of player
Endless Mode: Reflex and Endurance
In Endless Mode, the goal is simple: survive for as long as possible
- The level continues indefinitely
- Difficulty increases over time
Ideal for players chasing high scores and testing their reflexes
Classic Mode: Rhythm and Completion
- Classic Mode focuses on structured levels
- Reach the finish line to complete each stage
- Emphasizes rhythm mastery and memorization
- Perfect for players who enjoy progression and level completion
Whether you prefer competitive score-chasing or mastering handcrafted levels, Dashmetry Solar Storm offers a mode that fits your playstyle.
Rhythm-Based Gameplay Mechanics
Music is not just background sound in Dashmetry Solar Storm—it is a core gameplay mechanic.
- Music-synced levels: Obstacles are placed in sync with the beat
- Timing with rhythm: Jumping on beat helps you anticipate upcoming hazards
- Sound cues: Audio patterns signal changes in movement and difficulty
- Learning through rhythm: Memorizing the music makes challenging sections easier over time
Controls
- Jump/Action: Press Spacebar, Left Mouse Button, or Up Arrow
Solar Storm Theme and Visual Style
The Solar Storm theme gives the game a distinctive, high-energy look
- Cosmic energy atmosphere: Bright effects and dynamic backgrounds create a sense of speed and intensity
- Fast-motion visuals: Visual elements move in sync with gameplay pace
- Gameplay-focused design: Clean visuals ensure obstacles remain readable even at high speeds
Dashmetry Series