How to make a large goose float How to make a large goose levitate methods

Today, we bring you a guide on how to make the big goose float. The goose on the screen is at ease, seemingly clumsy but surprisingly agile. It won't fall into traps easily; instead, it uses clever physical mechanisms to hover under specific conditions, adding more uncertainty to the player's capturing journey. To successfully make the goose float, players need to master the operation skills precisely, utilizing the in-game physics feedback to make the goose's movement trajectory match expectations, thus creating the best timing for capture.

Control the angle of your phone to get the goose into a floating state. The game's physics engine determines the direction of force on objects, so ensuring the phone screen is facing upwards is the first step. The correct way to hold the phone can make the operation more stable, making subsequent movements more precise. If the angle is skewed, it might cause the object to tip over instead of achieving the desired floating effect.

The shaking method determines the floating height. Unlike ordinary left and right shaking, up and down shaking is key. This method allows the items on the screen to briefly detach from the surface, simulating a real buoyancy effect, allowing the goose to hover for a limited time. The amplitude and rhythm of the shake directly affect the height and duration of the float. Too light a shake may not lift the goose off the ground, while too strong a shake could lead to loss of control, making it difficult to adjust the position accurately. Therefore, finding the right strength to keep the goose steadily floating within the controllable range is the first step to success.

Rhythm control is crucial. Continuous shaking does not necessarily keep the goose floating; rhythmic intermittent shaking can extend the floating time. Properly adjusting the intervals, giving the goose an upward force just as it is about to land, can effectively prolong the floating state. This technique not only allows players to better observe the goose's path but also creates the best capturing angle at critical moments.

The game's physics feedback system ensures realism. Each shake instantly affects the visuals, making objects move according to established physical rules. Players' actions are no longer just simple clicks but interactions with the game environment. Different scene settings also influence the way objects float; some areas have stronger aerodynamics, suitable for long-term suspension, while others require more precise force control to prevent the target object from deviating excessively. After completing specific tasks, players can unlock special geese exclusive to certain scenes, enter the national rankings, and compete with other players.