Speedrunning: 5 Best Tricks for Breaking Gaming Records

Contents:

• Efficient Movement Methods in Games
• The Mechanics of Taking Damage in Video Games
• Glitches and Bugs in Speedrunning
• Going Beyond the Map: Popular Techniques
• Duplicating Items: Speedrunner Tricks
• Tools for Speedrunners: How TAS Changes the Approach to Games

Efficient Movement Techniques in Games

Speedrunners who have dedicated years of training perfect their skills down to the smallest detail, including precise keystrokes to achieve perfect timing. It's important to understand that many games use buffering, which allows players to perform sequential actions. A character cannot perform multiple commands simultaneously; if a player presses the next action button while the previous one is in progress, that press is saved in the buffer and will only be executed in the next frame. Thus, speedrunners' skill lies not only in speed, but also in precision and understanding of game mechanics. Proper use of buffering can significantly improve playtimes and achieve new records. Speedrunners constantly analyze their actions, optimizing every keystroke and studying the behavior of game systems for maximum efficiency. Speedrun records are based on the number of frames required to perform in-game actions. Some games, such as Super Mario Bros., have a Frame Rule that limits how often a level's completion is recorded. In this game, a level is recorded no more than once every 21 frames. Every action, such as jumping over a flag, can cost a speedrunner precious seconds. Understanding frame mechanics is key to achieving high speedrunning results, as even the slightest error can significantly impact the final time. src="//cdn.embedly.com/widgets/media.html?src=https%3A%2F%2Fwww.youtube.com%2Fembed%2FaukKeS8LdDI%3Ffeature%3Doembed&display_name=YouTube&url=https%3A%2F%2Fwww.youtube.com% 2Fwatch%3Fv%3DaukKeS8LdDI&image=https%3A%2F%2Fi.ytimg.com%2Fvi%2FaukKeS8LdDI%2Fhqdefau lt.jpg&key=8d3909c69dfb4ee29c710191d8dd756a&type=text%2Fhtml&schema=youtube" width="854" height="480" scrolling="no" frameborder="0" allow="autoplay; fullscreen; encrypted-media; picture-in-picture;" allowfullscreen="true">

Super Mario Bros. continues to be one of the most popular games for speedrunning, even almost 40 years after its release in 1985. To date, the record in this discipline belongs to speedrunner Niftski, who set a time of 4 minutes, 54 seconds, and 881 milliseconds, beating his closest competitor by only 33 milliseconds. The game not only captured the attention of players, but also became an important part of video game culture, inspiring a new generation of speedrunners and fans.

Players discovered that Mario can speed up if he jumps backwards. This is due to the fact that turning around gives the character an additional boost. This technique has become a standard strategy among speedrunners, allowing them to complete levels faster and more efficiently. Therefore, knowledge of the mechanics of jumping and turning significantly increases the chances of successfully completing the game in minimal time.

Achieving a perfect jump run requires high precision, known as pixel perfect. Successfully performing such jumps requires a deep understanding of enemy hitboxes, which are often smaller than their visible models. Speedrunners use this information to jump over enemies without touching them. This allows them to avoid damage and significantly improve their level completion time. Proper use of hitboxes can be a decisive factor in increasing the efficiency of speedruns and achieving high scores.

Pixel perfect jumping is an effective way to traverse locations in games. In 2D games, speedrunners often exploit various glitches and bugs that allow them to pass through walls. This technique, known as zip, relies on glitches in collision detection algorithms, allowing players to significantly speed up their progress. Using these tricks requires not only skill but also a deep understanding of the game's mechanics, making speedrunners true masters of their craft.

To successfully perform the Zip trick, you need to get stuck in a texture and hold down a button opposite the direction you're moving. This creates a physical effect that pushes the character in the opposite direction. This technique is actively used by speedrunners in Castlevania: Symphony of the Night, allowing them to significantly speed up their progress toward the final boss. Effective use of the Zip trick requires precision and practice, making it an essential tool in the arsenal of experienced players.

3D games employ various mechanics and techniques, including bunny hopping, which has gained popularity since the release of the first Quake game. Players have noticed that performing continuous jumps can significantly increase a character's movement speed. This technique requires some practice and coordination to use effectively in gameplay. Bunny hopping not only speeds up movement but also helps avoid enemy attacks, making it an important element in many players' strategies.

Damage Mechanics in Video Games

Speedrunners, aiming to minimize the time it takes to complete games, actively study the mechanisms of damage. One of the most famous and classic tricks in this direction is the rocket jump. This technique first appeared in the cult game Doom and has since gained popularity in various multiplayer shooters. The rocket jump allows players to reach previously inaccessible places and significantly speed up the gameplay, which makes it an indispensable tool for speedrunners looking to improve their results. Learning and mastering mechanics like the rocket jump is a vital part of speedrunning culture, highlighting players' pursuit of excellence and innovation in gameplay.

Rocket jumping is a technique in video games that allows a player to simultaneously jump and shoot at the ground. The resulting shockwave launches the player into the air, providing a significant boost of acceleration. This trick is widely used to quickly navigate game maps and significantly improves the speed of level completion. Mastering the rocket jump can give a player a strategic advantage, allowing them to reach objectives faster and avoid opponents.

Speedrunners, in addition to rocket jumping, actively use a technique known as Invincibility Frames. In most video games, after taking damage, characters temporarily become invulnerable, allowing them to move unhindered through enemies and various obstacles. In the Castlevania series, experienced runners use this method to easily climb over walls and skip entire levels, significantly reducing their completion time. This technique requires precise timing and knowledge of game mechanics, making it an essential tool in any speedrunner's arsenal.

One of the fascinating techniques used by speedrunners is the Death Warp. This method involves intentionally destroying a character in order to respawn closer to the goal. For example, in the game Crash Bandicoot, this trick is actively used to optimize the time of completion. In the Legend of Zelda series, speedrunners also use this approach, killing a character after completing a dungeon, which allows them to return to the beginning of the level faster. With Death Warp, players can significantly reduce their time and improve the efficiency of their speedruns.

Glitches and Bugs in Speedrunning

Speedrunning is the art of quickly completing video games, which includes a variety of unique techniques based on in-game errors and glitches. These techniques allow players not only to significantly speed up the completion of levels, but also to go beyond maps, cheat the game's physics, and duplicate items. For example, in Serious Sam 4, it is possible to complete the game in just 30 seconds thanks to the fact that the first and last levels are virtually identical. It is important to note that not all speedruns exploit glitches; in Glitchless categories, the use of any game bugs is strictly prohibited. Speedrunning requires high skill, a deep understanding of game mechanics, and strategic thinking, making it an exciting and competitive form of entertainment.

One of the most common speedrunning techniques is Zoop. This trick allows players to increase their speed by interacting with textures. The technique involves jumping around problematic environmental sprites where textures overlap. This causes the game engine's physics to push the character forward, providing additional acceleration. Using Zoop requires precision and practice, but when executed correctly, it can significantly reduce level completion times, making it an essential tool for experienced players.

The Zoop trick is a popular method among runners in the Fallout series, allowing them to skip entire levels. This is especially noticeable in the 3D portions of the game, where players can move between towns with minimal time spent. Using this trick significantly speeds up progress and opens up new possibilities for exploring the game world. The Zoop trick demonstrates how a deep understanding of game mechanics can lead to impressive results in the speedrunning community.

Going Out of Bounds: Popular Techniques

Going out of bounds, known as Out of Bounds, is a popular technique in speedruns, particularly in Portal. This method is also widely used in Serious Sam, where players use flying monsters to reach inaccessible areas beyond the level's boundaries. In Dark Souls, it's possible to escape the map, for example, by jumping into a chasm and restarting the game at the last moment, avoiding death. Such techniques not only speed up gameplay but also open up new ways to interact with the game world.

Item Duplication: Speedrunner Tricks

Speedrunners actively exploit bugs not only to manipulate game locations but also to interact with in-game items. One popular technique is item duplication, or duping, which exploits how the game tracks the number and presence of items on a player's person. In the first Diablo, if you fill your inventory and attempt to pick up additional items, the game may incorrectly process the data and multiply the amount of gold in your inventory while leaving the original items on the ground. This method allows players to significantly speed up the process of acquiring resources and improve their chances of successfully completing the game. Exploiting such bugs has become an integral part of speedrunning, adding an element of strategy and a deep understanding of the game's mechanics.

Spelunky fans discovered a similar bug that allows duplicate gems in the game. They conducted a thorough investigation and prepared a detailed ten-page guide based on their findings. This guide may be useful for players looking to maximize their resources and improve their gameplay.

Speedrunners discovered that a bug in the game's code causes objects to be deleted. When a character interacts with an item, they gain a resource, and the code marks the item for deletion. However, this process occurs in subsequent frames, giving players the opportunity to manipulate the items. This creates situations in which the game cannot correctly delete objects, opening up new opportunities for speedrunners. This vulnerability in the code allows for optimized gameplay and significantly reduces the time required to achieve the goal.

Tools for Speedrunners: How TAS is Changing the Approach to Gaming

Modern speedrunners widely use a technology known as TAS (Tool Assisted Speedrun). This method allows for the creation of perfect runs using emulators and specialized tools that ensure frame-by-frame keystroke accuracy. Using TAS, players can optimize their actions, minimizing the time spent on completing games. This makes speedruns more efficient and engaging for spectators, as they represent the best possible run, based on precise manipulation and strategic thinking. Thanks to TAS, speedrunners can achieve records that are impossible to repeat under normal conditions.

TAS offers unique capabilities for analyzing existing runs and helps players discover new horizons. This program can help identify gameplay techniques and strategies that may go unnoticed by casual players. Using TAS allows for a deeper understanding of game mechanics and optimized gameplay, making it an indispensable tool for true enthusiasts.

The creators of TAS (Tool-Assisted Speedrun) offer visualization of key data important for successful completion of games. Such data includes enemy hitboxes and jump trajectories, which allows players to optimize their actions. The main feature of TAS is the Frame Advance function, which provides the ability to fine-tune button presses on a frame-by-frame basis. This ensures a high degree of precision in character control. Among the additional features of TAS are automatic button repeat, as well as a frame counter, which helps compare different routes. Modified controllers are also used, which show which buttons the player is pressing. A program that allows for a better understanding of game mechanics and increases the effectiveness of speedrunning.

Speedrunners devote significant time to researching games, as many glitches can be discovered by accident. For example, streamer Boba recently discovered a bug in the 1998 classic Metal Gear Solid that shaved two minutes off the game's playtime. This is a significant achievement for speedrunners, and the glitch has been named the Boba Skip in her honor. Discovering such exploits significantly impacts speedrunners' strategy and can change their approach to playing games, making game research an integral part of their activities.

The annual Awesome Games Done Quick speedrun marathon vividly illustrates the growing popularity of this phenomenon. In 2021, the event raised over $3.4 million for charity. Speedrunners meticulously research games, identify vulnerabilities, and amaze both viewers and developers, all while supporting cancer charities. Participation in such events not only demonstrates the skill of the players, but also creates an opportunity to raise funds for important social initiatives.

Additional materials on the topic provide useful resources and information that can deepen your understanding of the issue. These resources may include articles, research, video tutorials, and practical tips to help you gain a better understanding of the subject. Using additional resources promotes a more complete understanding of the topic and helps you apply acquired knowledge in practice. We recommend reviewing such materials to broaden your horizons and improve your skills.

Input lag is the delay between the moment a user sends a command (for example, pressing a button on a gamepad or keyboard) and the moment that action is reflected on the screen. This delay can significantly impact gameplay, especially in fast-paced games where player reaction is crucial. It is important to understand that input lag can be caused by a variety of factors, including screen characteristics, hardware, and game settings.

For gamers looking to optimize their gaming experience, minimizing input lag is critical. This can be accomplished by choosing monitors with low response times, using wired connections, and adjusting graphics settings. Understanding input lag and its impact on the game will help improve reaction time and increase overall efficiency in virtual worlds.