Any% describes a category-less completion approach in speedrunning where the goal is to finish a game as quickly as possible, without predefined restrictions on which content or rules must be followed. This style focuses on pure completion time rather than strict route purity or sequence breaking limits.
Competitive runners use Any% to compare skill, strategy, and execution, stripping optional challenges to reach the ending credits in the shortest measurable window. Understanding this definition is essential for newcomers who want to engage with leaderboards and community records.
How Any% Differs From Other Completion Rules
Speedrunning categories define what is permitted, and Any% sits at the minimal intervention end of the spectrum. The table below contrasts Any% with common rule sets to clarify scope, restrictions, and typical objectives.
| Category | Rules Focus | Permitted Gameplay | Primary Goal |
|---|---|---|---|
| Any% | Minimal | Exploits, glitches, optimized routes | Fastest finish |
| 100% | Moderate | Collect all required items, key events | Complete story and side content |
| Low%, Glitch%, or No-glitch% | Variable | Limits on specific techniques or bugs | Fastest under chosen constraints |
| Historical or Legacy Rules | High | Period-appropriate strategies | Preserve original challenge intent |
Core Techniques in Any% Runs
Speedrunners rely on frame-perfect inputs, route optimization, and deep knowledge of game mechanics to push Any% times downward. Mastery of movement, enemy behavior, and load-screen tricks often separates top placers from casual players.
Movement Optimization
Advanced movement such as bunny hopping, slide canceling, or dash resets reduces travel time between major checkpoints. Runners drill these techniques in isolation before integrating them into full-run attempts.
Exploit and Sequence Break Usage
Sequence breaking allows players to access out-of-order areas to gain advantages or skip bottlenecks. When paired with reliable exploits, it becomes a central pillar of Any% strategy, provided the category rules permit such methods.
Planning and Practice Regimens
Consistent improvement in Any% categories depends on structured practice, segmented drills, and data-driven review. High-level preparation minimizes avoidable mistakes during live attempts.
- Break the game into segments and optimize cutscenes, loading, and menu navigation
- Record and review each run to identify timing losses and decision delays
- Maintain stable hardware and input devices to reduce external variance
- Follow community resources such as route guides and frame data tables
Understanding Leaderboards and Rules
Any% leaderboards reflect the fastest verified completions under agreed-upon rules. Runners must verify platform, starting conditions, and allowed tools to ensure fair comparison with others.
Categories evolve as new discoveries emerge, so staying updated on rule changes and record validation policies is crucial for anyone pursuing competitive legitimacy.
Common Misconceptions About Any%
Some assume Any% means random or unskilled gameplay, but the opposite is true. Precision, planning, and in-depth game knowledge are amplified when unnecessary constraints are removed.
Another myth is that Any% runs are purely luck-based; in reality, top performers rely on repeatable routines and exhaustive preparation to minimize variance.
Refining Your Approach to Any% Speedrunning
Treat Any% as a technical discipline where small gains compound into large time reductions. Targeted practice, tool-assisted analysis, and active community engagement form a strong foundation for meaningful improvement.
FAQ
Reader questions
Does Any% allow game-breaking glitches?
It depends on the specific ruleset, but most Any% categories permit glitches that meaningfully reduce time, provided they do not break game stability or trivialize the entire challenge.
Can Any% records be submitted on console and PC?
Yes, both platforms are commonly accepted, but each run must adhere to the same rules and be verified by an approved authority or tool to ensure consistency across leaderboards.
How do runners decide which sequence breaks to use? Runners evaluate time savings, risk, and reliability, then choose sequences that offer the best balance between speed and feasibility under current category rules. What happens if a mistake happens mid-run?
Highly trained runners adapt by recalibrating their route, using backup plans, or resetting the attempt, aiming to recover lost time without compromising overall category compliance.