G-Switch 4 is a high-speed gravity-switching platform game. Players need to adjust their speed quickly to avoid obstacles and continue the race.
The most distinctive feature of G-Switch 4 (as well as its predecessors) is the "gravity-switching" mechanism. The player controls a character who is running nonstop through levels filled with obstacles. To overcome deep holes, spikes, or other obstacles, the player must press a button (or touch the screen) to change gravity, causing the character to run on ceilings or walls. Accurate timing is the key to survival and achieving high scores.
Tap the buttons accurately to be able to complete the gravity toggles well. You need to toggle gravity to avoid obstacles such as spikes, walls, or holes on the way. To jump over large gaps, you may need to toggle gravity to the ceiling, cross the gap, and then switch back to the floor. As you progress through the difficulty levels, the game speed increases steadily, requiring players to increase their speed even more.
Each obstacle will require different gravity transition times. Start your journey on challenging roads to feel the rhythm in this game. Your task is to navigate him through the obstacles by changing gravity.
Jump up or down a short, agile distance to control the obstacle avoidance. Look far away to observe the obstacles ahead instead of just focusing on the obstacle in front of you. Try to look a little further ahead to anticipate upcoming obstacles and prepare for the next gravity shift.
In story mode or community-created levels, there are often repeating obstacle patterns. Once you've played through a few times, try to memorize and react to those patterns. G-Switch 4 is a speed game. There is no room for hesitation. When you see an obstacle, react immediately.
In some situations, switching gravity and then quickly switching back (double-clicking) can help you jump over a small distance or adjust your position precisely. Although the character runs automatically, adjusting the timing of your gravity switch can indirectly affect the "trajectory" and give you better control in difficult sections.
