The perfect Super Mario Bros. speedrun is now tantalizingly close, just six frames—or one-tenth of a second—away from being achieved by a human. Brazilian speedrunner LeKukie set a new world record on June 3, completing the game in 4 minutes, 54 seconds, and 365 milliseconds in the any% category. This remarkable feat puts him within a hair's breadth of the theoretical perfect run that has only been accomplished by automated tools.
The any% category requires players to finish the game as quickly as possible without regard for completing all content. LeKukie's time is now the fastest ever recorded by a human, and it's a testament to years of dedication and overcoming significant technical hurdles.
Who is LeKukie and Why His Record Matters
LeKukie has been competing in the Super Mario Bros. any% category since 2019. For much of that time, he trained under less-than-ideal conditions: a PlayStation 2 running an emulated version of the NES classic, paired with a controller that introduced noticeable input lag. In a discipline where milliseconds decide records, this delay was a severe handicap.
When his original NES controllers broke, the speedrunning community rallied to fund new equipment for him. Almost immediately, LeKukie's performance skyrocketed, and he became a top-tier competitor. His story highlights the collaborative spirit of the speedrunning community and how crucial proper gear is at the highest level.
The Technique Behind the Frames
LeKukie's technique is as unconventional as his journey. He holds the controller at an unusual angle that allows him to rapidly alternate between buttons—a method that might look awkward but clearly works. Such idiosyncrasies are common among elite speedrunners, who often develop unique grips to shave off precious frames.
In Super Mario Bros., every frame counts. The game runs at 60 frames per second, so six frames represent just one-tenth of a second. To put that in perspective, the blink of an eye lasts about 100-400 milliseconds, meaning LeKukie's gap to perfection is literally faster than a blink.
What Is the Perfect Run?
The speedrunning community has long theorized a mathematically perfect run of Super Mario Bros.—a sequence of inputs that yields the absolute fastest possible completion time. This run has only been achieved by automated tools (TAS, or Tool-Assisted Speedrun), which can execute frame-perfect inputs without human error.
LeKukie's record is the closest a human has come to matching that theoretical limit. The remaining six frames are a testament to the near-impossible precision required to close the gap.
Key Takeaways
- LeKukie set a new any% world record of 4:54.365 on June 3, just six frames from the perfect run.
- He trained for years on an emulator with input lag before the community funded proper equipment.
- His unconventional controller grip allows rapid button alternation crucial for frame-perfect play.
- The perfect run has only been achieved by automated tools, making LeKukie's feat historic.
- The speedrunning community's support was instrumental in his success.
How the Record Compares
To appreciate LeKukie's achievement, consider the progression of Super Mario Bros. any% records over the years. The table below shows key milestones and the gap to the perfect run.
| Runner | Time | Gap to Perfect (frames) |
|---|---|---|
| LeKukie (current WR) | 4:54.365 | 6 |
| Previous human best | ~4:55 | ~30 |
| Theoretical perfect (TAS) | 4:54.265 | 0 |
Note: The theoretical perfect time is derived from TAS runs and community analysis; actual times may vary slightly. The background to this story is set out in Great Planter with Super Mario Bros Decoration!. A related thread runs through Gaming: latest articles. Earlier coverage in AI-Powered Video Game Mashups: The New Trend Explained shows how the argument developed.
What's Next for LeKukie and the Community?
With the record now just six frames from perfection, the question is whether LeKukie—or anyone else—can close the gap. Achieving a perfect run would require an almost superhuman level of consistency and precision, but LeKukie has already proven that he thrives under pressure. A closer look at the same subject appears in Cyberpunk 2077 Player Escapes Night City After Nearly Six Years. Anyone following the wider picture can start with Asus ROG Xbox Ally X20 Review: OLED Display and Premium Price. The same theme surfaces in Google Maps Fruit Fly Brain, Community Trains It to Play Doom, which takes a different angle.
The speedrunning community will undoubtedly continue to analyze his runs, searching for any remaining optimizations. Whether the perfect run is achieved by a human in the near future remains to be seen, but LeKukie's journey from input-lag handicap to world record holder is an inspiring tale of perseverance and community support. Context on how this played out before sits in DIY Miter Box Guide: Perfect Cuts for Frames & Trim. A companion piece, Super Mario Bros. Perfect Speedrun Nears: Just 6 Frames Away, approaches the same subject from another angle.
FAQ
What is the any% category in Super Mario Bros. speedrunning?
Any% is a speedrun category where the goal is to complete the game as quickly as possible without any additional restrictions, such as completing all levels or collecting all items. It is the most popular and competitive category for Super Mario Bros.
How close is LeKukie to the perfect run?
LeKukie's record of 4:54.365 is just six frames (about one-tenth of a second) away from the theoretically perfect run, which has only been achieved by automated tools. This makes his run the closest a human has ever come to perfection.
Why did LeKukie train on a PS2?
LeKukie trained on a PS2 running an emulated version of Super Mario Bros. because his original NES controllers broke. The setup introduced input lag, making it extremely difficult to compete at a high level. The speedrunning community later funded new equipment for him.
What is a TAS run?
TAS stands for Tool-Assisted Speedrun, where a runner uses emulators and scripts to achieve frame-perfect inputs. TAS runs are not considered human records but are used to demonstrate the theoretical limits of a game.