Geometry Neon Dash Rainbow is a fast-paced and vibrant web game that is sure to provide hours of entertainment. Players take control of a colourful character and make their way through an obstacle course made up of 3D shapes, while avoiding traps and collecting power-ups. The game features beautiful graphics and an exciting soundtrack, making it a must-try for any gaming enthusiast.
The objective of Geometry Neon Dash Rainbow is to help your character complete the course without dying. The game is divided into levels of increasing difficulty. You start off in a 3D environment with obstacles in the form of shapes such as cubes, spheres and cones. You can move left and right using the arrow keys and jump using the spacebar.
As you make your way through the levels, you can collect points by passing through check points, completing bonus stages and finding hidden gems. Points are also awarded for obtaining power-ups such as shields or speed boosts. The points you collect can be used to unlock new characters, levels and other game features.
In order to make it to the end of each level, you must avoid obstacles such as spikes, crumbling walls and electric fields. You can also collect coins that appear randomly throughout the course. If you successfully make it to the end of the level, you will be rewarded with bonus points.
Geometry Neon Dash Rainbow was developed by the game studio RacingBall. This studio has developed several other web games and mobile apps over the years.
Geometry Neon Dash Rainbow was released on April 1, 2021.
Some other games that are similar to Geometry Neon Dash Rainbow are Square Dash, The Maze Dash and Polygon Dash.
You can move your character left and right using the arrow keys, and jump using the spacebar.
The objective of Geometry Neon Dash Rainbow is to help your character complete the course without dying. You can collect points by passing through checkpoints and completing bonus stages, and these points can be used to unlock new characters and levels. You must also avoid obstacles such as spikes and electric fields.