Movementboosting

Movementboosting refers to a set of techniques used in video games, particularly in first-person shooters and platformers, that allow players to achieve higher speeds or greater distances than normally possible through standard movement mechanics. These techniques often involve exploiting specific game engine physics, character animations, or environmental interactions.

Common forms of movementboosting include strafe jumping, bunny hopping, and rocket jumping. Strafe jumping involves combining directional input with mouse movement to gain momentum. Bunny hopping, or "b-hopping," is a technique where players repeatedly jump after landing to maintain or increase speed, often by timing jumps with movement input. Rocket jumping, popularized in games like Quake, utilizes the explosive force of a rocket launcher fired at the player's feet to propel them through the air, sacrificing health for significant vertical or horizontal displacement.

The effectiveness and feasibility of movementboosting vary greatly between games, depending on how their physics engines are designed. Some games are built with these advanced movement options in mind, while in others, they may be unintended glitches or exploits. Mastering movementboosting can provide players with significant advantages in terms of map traversal, combat positioning, and overall gameplay efficiency. It has become a core element of competitive play in many titles, with dedicated communities often developing and refining these techniques over time.